Education Portal Whitepaper talks about how a dedicated platform acts as a knowledge management software where there is a seamless interchange of ideas among multiple stakeholders in the organization.
Alcatel-Lucent Cloud Classroom in the Cloud White Paper + InfographicAlcatel-Lucent Cloud
Alcatel-Lucent Classroom in the Cloud strategic white paper explains how a classroom in the cloud building on service provider infrastructure and business models to create a k-20 Education platform that reduces cost, improves engagement and measures student success. Transformational change is required in the area of education to improve outcomes for students. Telecommunications service providers are in a unique position to help educational institutions harness the rapidly expanding base of mobile and connected devices to accelerate the use of digital content in the classroom. By provisioning reliable network infrastructure, supplying standardized devices to all students, and partnering with a flexible teaching and learning application, service providers can create high-value opportunities while delivering effective new digital resources that help educators reduce costs, improve teaching tools, access more meaningful performance analytics, recast student engagement, and remodel educational standards worldwide.
LearningMate’s GoClass is a subscription-based, teacher-centered, classroom workflow- management application. Teachers use GoClass to develop and store lesson-plans in the cloud. In the classroom, they project those lesson-plans at the front of the room and broad- cast them to students’ mobile devices. Students can save content in their own accounts, and can annotate that content and collaborate around it with classmates. They can also access or buy additional related content. GoClass links students notes and annotations to the related lesson plan element by design. Students can elect to share this work with their teacher and can also collaborate with other students working on the same material.
This document discusses trends in higher education and skills needed for 2020. It predicts that by 2020:
- Learning will be ubiquitous, personalized, and accessed through networks rather than individual institutions. Knowledge will be shared openly across the globe.
- Institutions will take on more of a guiding role, teaching thinking processes rather than content. Faculty will act as specialized coaches and knowledge will reside in open networks rather than silos.
- Students will need skills like judgment, transmedia navigation, collective intelligence and negotiation to succeed in this environment where knowledge is shared and learning is collaborative across networks and modalities.
This document provides a business plan summary for Uni-Notes, an online marketplace for university revision notes. It outlines the objective to become the leading online marketplace for university revision notes in the UK. It then discusses the background and emergence of the idea, specifications of the website, team members, and strategic analysis. The document also covers competitor analysis, strengths/weaknesses, opportunities/threats, and plans for revenue generation through commissions on note sales and advertising.
The document describes a reference architecture for deploying Blackboard Learn online learning software on a scalable virtualized infrastructure. Key components of the architecture include:
1) An application tier with Blackboard Learn instances running on virtual machines for flexibility and high utilization. This tier is optimized to support over 100,000 concurrent users.
2) A storage tier using Dell EqualLogic storage arrays to provide pooled resources for virtual machine storage.
3) An optimized Oracle database configuration on powerful Dell servers to handle the database requirements.
4) A network environment and best practices to ensure high performance as the solution scales. Management and monitoring tools help maintain performance and availability.
This white paper analyzes the rise of Massive Open Online Courses (MOOCs) and their implications for higher education. It finds that while MOOCs expand access to education on a large scale, they also face challenges regarding sustainability, pedagogy, completion rates and assessment. MOOCs could disrupt existing higher education models through new business models that leverage online learning. However, widespread adoption of MOOCs may be limited by a reliance on educated, tech-savvy early adopters. The paper concludes that higher education institutions should establish autonomous business units to explore online innovations and their potential impacts.
From Massive Open Online Courses and the "Flipped Classroom" to the Rockstar Teacher, new and emerging digital tools are transforming the way students of all ages learn. Here are the eight key trends responsible for the shift.
This document discusses how emerging web technologies have integrated with pedagogy and increased student academic performance and moral philosophy. It examines how the transition to online teaching programs has fostered a more advanced learning environment, resulting in higher grades. Students have become dependent on software programs and mobile devices to complete coursework. While traditional teaching methods relied on textbooks, students now rely heavily on internet sources. The integration of technology has allowed for more accessible and efficient learning. However, some traditional instructors were reluctant to adopt new technologies. Overall, the increased use of web-based tools appears to have positively impacted student learning and grades.
Alcatel-Lucent Cloud Classroom in the Cloud White Paper + InfographicAlcatel-Lucent Cloud
Alcatel-Lucent Classroom in the Cloud strategic white paper explains how a classroom in the cloud building on service provider infrastructure and business models to create a k-20 Education platform that reduces cost, improves engagement and measures student success. Transformational change is required in the area of education to improve outcomes for students. Telecommunications service providers are in a unique position to help educational institutions harness the rapidly expanding base of mobile and connected devices to accelerate the use of digital content in the classroom. By provisioning reliable network infrastructure, supplying standardized devices to all students, and partnering with a flexible teaching and learning application, service providers can create high-value opportunities while delivering effective new digital resources that help educators reduce costs, improve teaching tools, access more meaningful performance analytics, recast student engagement, and remodel educational standards worldwide.
LearningMate’s GoClass is a subscription-based, teacher-centered, classroom workflow- management application. Teachers use GoClass to develop and store lesson-plans in the cloud. In the classroom, they project those lesson-plans at the front of the room and broad- cast them to students’ mobile devices. Students can save content in their own accounts, and can annotate that content and collaborate around it with classmates. They can also access or buy additional related content. GoClass links students notes and annotations to the related lesson plan element by design. Students can elect to share this work with their teacher and can also collaborate with other students working on the same material.
This document discusses trends in higher education and skills needed for 2020. It predicts that by 2020:
- Learning will be ubiquitous, personalized, and accessed through networks rather than individual institutions. Knowledge will be shared openly across the globe.
- Institutions will take on more of a guiding role, teaching thinking processes rather than content. Faculty will act as specialized coaches and knowledge will reside in open networks rather than silos.
- Students will need skills like judgment, transmedia navigation, collective intelligence and negotiation to succeed in this environment where knowledge is shared and learning is collaborative across networks and modalities.
This document provides a business plan summary for Uni-Notes, an online marketplace for university revision notes. It outlines the objective to become the leading online marketplace for university revision notes in the UK. It then discusses the background and emergence of the idea, specifications of the website, team members, and strategic analysis. The document also covers competitor analysis, strengths/weaknesses, opportunities/threats, and plans for revenue generation through commissions on note sales and advertising.
The document describes a reference architecture for deploying Blackboard Learn online learning software on a scalable virtualized infrastructure. Key components of the architecture include:
1) An application tier with Blackboard Learn instances running on virtual machines for flexibility and high utilization. This tier is optimized to support over 100,000 concurrent users.
2) A storage tier using Dell EqualLogic storage arrays to provide pooled resources for virtual machine storage.
3) An optimized Oracle database configuration on powerful Dell servers to handle the database requirements.
4) A network environment and best practices to ensure high performance as the solution scales. Management and monitoring tools help maintain performance and availability.
This white paper analyzes the rise of Massive Open Online Courses (MOOCs) and their implications for higher education. It finds that while MOOCs expand access to education on a large scale, they also face challenges regarding sustainability, pedagogy, completion rates and assessment. MOOCs could disrupt existing higher education models through new business models that leverage online learning. However, widespread adoption of MOOCs may be limited by a reliance on educated, tech-savvy early adopters. The paper concludes that higher education institutions should establish autonomous business units to explore online innovations and their potential impacts.
From Massive Open Online Courses and the "Flipped Classroom" to the Rockstar Teacher, new and emerging digital tools are transforming the way students of all ages learn. Here are the eight key trends responsible for the shift.
This document discusses how emerging web technologies have integrated with pedagogy and increased student academic performance and moral philosophy. It examines how the transition to online teaching programs has fostered a more advanced learning environment, resulting in higher grades. Students have become dependent on software programs and mobile devices to complete coursework. While traditional teaching methods relied on textbooks, students now rely heavily on internet sources. The integration of technology has allowed for more accessible and efficient learning. However, some traditional instructors were reluctant to adopt new technologies. Overall, the increased use of web-based tools appears to have positively impacted student learning and grades.
This document discusses redefining literacy for the 21st century. It explores how mobile technologies, social networking, and pervasive media are impacting schools and students. Participants will learn about the characteristics of 21st century teaching and learning, and how to access resources to implement 21st century literacy skills in their classrooms. The document provides an overview of 21st century skills like creativity, critical thinking, communication and collaboration that students need. It also discusses frameworks and standards for 21st century learning.
This document provides an overview and instructions for an eBook format called ePUB. It discusses that support for ePUB features varies across devices. It recommends customizing settings like font, size, and layout. It notes that some eBooks include code examples that are best viewed in single column landscape mode. Images are included to mimic the print version code display. Clicking links will show the print-fidelity code image. The back button returns to the previous page.
The document discusses the top 10 IT issues facing higher education in 2013 as identified by the EDUCAUSE IT Issues Panel. The issues reflect increasing connections between external forces, institutional strategies, and information technology. The top issues include leveraging the explosion of wireless devices and developing an institution-wide cloud strategy to help select sourcing solutions. Information technology is seen as key to containing costs, improving student outcomes, developing e-learning strategies, and meeting expectations for contemporary technologies. However, the changing environment is also disrupting IT organizations and requiring new staffing and security models to accommodate greater openness and connectivity.
Over the past decades, information technology has had a disruptive effect on adult education. Today, learners can access libraries from their pocket and shape their thoughts while socializing on networks. The position of educators as ‘knowledgeable others’ has been challenged as experts can be found online and learners can control their own learning. Social media are changing adult education, because they offer tremendous potential to enhance learning processes. But do they really?
Open online courses call for papers sept11Rita Kop
This document calls for chapters on open online learning and teaching for an upcoming book. It outlines that traditional education models are outdated and do not align with today's digital world where learners can access information from anywhere and connect globally. Massive open online courses (MOOCs) are one manifestation of this change, experimenting with open learning environments and new technologies. The book aims to present the latest research on relevant theory and practice contexts through refereed chapters. Authors are invited to submit 2-page abstracts by October 2011 on topics related to open learning such as theoretical perspectives, pedagogy, technologies, case studies, research methods, and critical reflections.
This document summarizes issues with the Common Core State Standards initiative for K-12 education in the United States. It outlines that Common Core has incomplete academic standards, inferior standards compared to alternatives like ACT, and poses privacy concerns regarding student data collection. The document also describes how Common Core transitioned from a voluntary program to being imposed by the U.S. Department of Education through funding incentives, despite claims that it would remain a state-led initiative.
Emerging technologies and the future of libraries (and library systems). Keyn...Ken Chad Consulting Ltd
Global technology trends and new directions in Higher Education will clearly affect the future of academic libraries and the nature of library technology. A common thread is the increasing focus on the user/consumer in an increasingly digital economy. For example a leading information technology research and advisory company, Gartner states ('Top 10 strategic predictions for 2015') that: "Renovating the customer experience is a digital priority." What should libraries and library tech companies do? Ken argues that the first step is looking again at user needs and suggests an innovative and practical methodology to help
Higher education: harness the power of cloudAngela Gardner
In order to retain and recruit
students, higher education
institutions must position themselves
as experts in the learning network
and find more cost-effective ways
to implement IT services. It is time
to take the financial and structural
pressure off of college IT staff by
steering away from the burdensome
cost of maintenance and upgrades,
long lead times for infrastructure
improvements and incompatibilities
between systems and tools.
Moving a system to the cloud can
reduce the cost of ownership by
20 percent. Federal agencies have
already reduced their operating costs
by 30 percent.5 Colleges can expect
to see similar results. The cloud also
allows institutions to pay for what
they use versus building capacities
that are largely unexploited.
Campus Consortium EdTalks: The Future of IT in Education Featuring College of...Campus Consortium
Mark Staples, Chief Information Officer at the College of Charleston, discussed how information technology will evolve to meet the needs of higher education in 2020. He noted that by 2020, higher education will be quite different from today, with more online and hybrid learning approaches. Significant barriers to change include the digital divide, lack of digital literacy skills, and need for new teaching approaches. Information technology leadership will need to shift from a focus on technology to digital strategies, and provide data analytics to support enrollment, retention, and student services.
This document provides an overview of the online education market and the evolution of online learning. It discusses the large size of the US education market and growth of online learning. It also summarizes perspectives on misconceptions about the US education system and reviews commercial online learning platforms, open source alternatives, and new developments like learning object repositories. The document then summarizes factors like private funding, the economic stimulus package, and how universities may benefit from increased education and training, infrastructure, energy and healthcare funding.
This document summarizes a presentation about how Fort Hays State University is leveraging social media and collaborative technologies to enhance learning in the 21st century. It discusses moving from an industrial age teaching paradigm to a "Wikinomics" paradigm focused on collaborative learning and knowledge creation. It then outlines FHSU's strategic plan to develop an institutional ecosystem using social media tools to foster collaboration across different university audiences and integrate decentralized uses into a shared learning commons. Some early action plans and tactics are described, along with critical success factors for managing the strategic plan in real-time.
Evaluating Perceived Quality of B-School WebsitesIOSR Journals
Websites are a window for the world for looking in most of the Information and a gateway for many activities. Websites are not only a necessity but also mandatory for B-Schools. A B-School Website serves as portal to all stakeholders in addition to being an information placeholder. The Websites serves from being an administrative tool to a Learning Management system. The utility and the effectiveness of website depend on the quality of the service it provides to the surfer. A study was undertaken to survey the various features of a B-School Website that could serve as a Quality Function Deployment (QFD) touchstones. In addition, the influence of perceived quality on the user satisfaction was also studied. A focus group of B-School Students evaluated the Websites and scored a checklist cum questionnaire. The results highlight the most frequently found features and the least found features of a B-School Website. The factors that are important for creating a quality website are also found. This study will help the B-school administrators and the Website designers to create a quality and satisfying Websites.
Early Stage Edtech Investment Thesis (Sept 2016)Earnest Sweat
Here is an example of a personal investment thesis that I created to share with venture capital firms. In this example, I provide my personal perspective on the edtech sector. For details on how I build this thesis check out my blog (https://goo.gl/CU4Qid).
Note: Some of the confidential information has been redacted for privacy.
Effectiveness of Information Communication Technologies for Education SystemIOSR Journals
This document discusses the effectiveness of using information and communication technologies (ICT) for education. It begins by outlining how ICT has transformed business, governance, and education over the past 20 years. While ICT is beginning to have a presence in education, its impact has been lacking. The document then discusses how ICT, including e-learning and Web 2.0 tools, can enhance student-centered learning and collaboration. It proposes developing an end-to-end e-learning infrastructure by integrating technologies like the semantic web, grid computing, collaboration tools, and knowledge management. Overall, the document argues that ICT has great potential to improve access to education and support goals like achieving universal primary education.
Effectiveness of Information Communication Technologies for Education SystemIOSR Journals
This document discusses the effectiveness of using information and communication technologies (ICT) for education systems. It begins by outlining how ICT has changed business, governance, and education over the past 20 years. However, its impact on education has been lacking. The document then reviews the objectives and roles of ICT implementation in higher education, and how ICT can help achieve the Millennium Development Goals. It discusses perceptions of e-learning and proposes a semantic grid-based e-learning infrastructure that integrates technologies like the semantic web, grid computing, and knowledge management. Finally, it reviews examples of best practices in semantic grid e-learning systems.
This document discusses the effectiveness of using information and communication technologies (ICT) for education systems. It begins by outlining how ICT has changed business, governance, and education over the past 20 years. However, its impact on education has been lacking. The document then reviews how ICT moves education towards more student-centered learning models and discusses how technologies like Web 2.0 enable collaboration and knowledge sharing. It proposes a semantic grid-based e-learning infrastructure that integrates technologies like the semantic web, grid computing, collaboration tools, and knowledge management. Finally, it reviews examples of best practices in using ICT for education.
This document discusses a case study on using academic portals for knowledge management at IIT Madras in India. It provides background on knowledge management and the benefits of academic portals. A survey was conducted of 100 IIT Madras students to understand their awareness and use of the institution's academic portals. IIT Madras has several portals including ones for general information, the library, faculty/staff, students, and e-learning. The portals provide functions like sharing resources, collaboration tools, and access to databases. However, the study found students' awareness of using the portals for knowledge management was low. The institution needs to increase education on fully utilizing the portals' knowledge management capabilities.
The document provides details about the student's internship project with Unschool, an edtech company. The objectives of the study were to understand customer expectations in markets where the company was unsuccessful in order to provide suggestions. Through surveys of 55 leads, the student found that prospects in these markets placed more importance on practical learning opportunities and prices compared to other platforms. Recommendations included expanding course options, promoting internship opportunities more effectively, and establishing a dedicated market penetration team.
Top 50-edutech-tools-in-higher-education-2019Huy Huynh
This document provides an overview of EdTech tools and the Indian higher education landscape. It discusses key metrics of Indian higher education and analyzes the EdTech ecosystem and its impact on academia. The document also presents research on the global EdTech market trends and potential. It identifies 50 top EdTech tools across different domains like admission, administration, learning, library, placements, and alumni management. The tools are transforming higher education by driving efficiency and improving learning outcomes. The report aims to guide decision makers in selecting the right EdTech solutions.
Enriching E-Learning with web Services for the Creation of Virtual Learning P...IJERDJOURNAL
ABSTRACT:- The study aims at creation of virtual learning environment(VLE) using the context of web services .Now-a-days eLearning is gaining a wide spread acceptance since its inception. Much of the effort is placed on developing rich educational content & create global platform in which Information and Communication Technologies (ICTs) are used to transform education. Therefore education system need to be redesigned in a better way for which amalgamation of web services with eLearning is considered to solve the complex problems. The author tries to describe the web services architecture with the incorporation of eLearning that has defined a new way of learning. With the emergence of computer technology and urbane softwares, there is every possibility of enriching learning experience of students. Gamification, StoryBoard, Bring Your Own Device (BYOD), Localization are considered as supporting services for boosting up knowledge management process. Group Discussions, Twitter chats, Skype calls are performed in social learning. Web 2.0 services such as as blogs promote content creation, wikis make user enable of creating editable contents.
This document discusses redefining literacy for the 21st century. It explores how mobile technologies, social networking, and pervasive media are impacting schools and students. Participants will learn about the characteristics of 21st century teaching and learning, and how to access resources to implement 21st century literacy skills in their classrooms. The document provides an overview of 21st century skills like creativity, critical thinking, communication and collaboration that students need. It also discusses frameworks and standards for 21st century learning.
This document provides an overview and instructions for an eBook format called ePUB. It discusses that support for ePUB features varies across devices. It recommends customizing settings like font, size, and layout. It notes that some eBooks include code examples that are best viewed in single column landscape mode. Images are included to mimic the print version code display. Clicking links will show the print-fidelity code image. The back button returns to the previous page.
The document discusses the top 10 IT issues facing higher education in 2013 as identified by the EDUCAUSE IT Issues Panel. The issues reflect increasing connections between external forces, institutional strategies, and information technology. The top issues include leveraging the explosion of wireless devices and developing an institution-wide cloud strategy to help select sourcing solutions. Information technology is seen as key to containing costs, improving student outcomes, developing e-learning strategies, and meeting expectations for contemporary technologies. However, the changing environment is also disrupting IT organizations and requiring new staffing and security models to accommodate greater openness and connectivity.
Over the past decades, information technology has had a disruptive effect on adult education. Today, learners can access libraries from their pocket and shape their thoughts while socializing on networks. The position of educators as ‘knowledgeable others’ has been challenged as experts can be found online and learners can control their own learning. Social media are changing adult education, because they offer tremendous potential to enhance learning processes. But do they really?
Open online courses call for papers sept11Rita Kop
This document calls for chapters on open online learning and teaching for an upcoming book. It outlines that traditional education models are outdated and do not align with today's digital world where learners can access information from anywhere and connect globally. Massive open online courses (MOOCs) are one manifestation of this change, experimenting with open learning environments and new technologies. The book aims to present the latest research on relevant theory and practice contexts through refereed chapters. Authors are invited to submit 2-page abstracts by October 2011 on topics related to open learning such as theoretical perspectives, pedagogy, technologies, case studies, research methods, and critical reflections.
This document summarizes issues with the Common Core State Standards initiative for K-12 education in the United States. It outlines that Common Core has incomplete academic standards, inferior standards compared to alternatives like ACT, and poses privacy concerns regarding student data collection. The document also describes how Common Core transitioned from a voluntary program to being imposed by the U.S. Department of Education through funding incentives, despite claims that it would remain a state-led initiative.
Emerging technologies and the future of libraries (and library systems). Keyn...Ken Chad Consulting Ltd
Global technology trends and new directions in Higher Education will clearly affect the future of academic libraries and the nature of library technology. A common thread is the increasing focus on the user/consumer in an increasingly digital economy. For example a leading information technology research and advisory company, Gartner states ('Top 10 strategic predictions for 2015') that: "Renovating the customer experience is a digital priority." What should libraries and library tech companies do? Ken argues that the first step is looking again at user needs and suggests an innovative and practical methodology to help
Higher education: harness the power of cloudAngela Gardner
In order to retain and recruit
students, higher education
institutions must position themselves
as experts in the learning network
and find more cost-effective ways
to implement IT services. It is time
to take the financial and structural
pressure off of college IT staff by
steering away from the burdensome
cost of maintenance and upgrades,
long lead times for infrastructure
improvements and incompatibilities
between systems and tools.
Moving a system to the cloud can
reduce the cost of ownership by
20 percent. Federal agencies have
already reduced their operating costs
by 30 percent.5 Colleges can expect
to see similar results. The cloud also
allows institutions to pay for what
they use versus building capacities
that are largely unexploited.
Campus Consortium EdTalks: The Future of IT in Education Featuring College of...Campus Consortium
Mark Staples, Chief Information Officer at the College of Charleston, discussed how information technology will evolve to meet the needs of higher education in 2020. He noted that by 2020, higher education will be quite different from today, with more online and hybrid learning approaches. Significant barriers to change include the digital divide, lack of digital literacy skills, and need for new teaching approaches. Information technology leadership will need to shift from a focus on technology to digital strategies, and provide data analytics to support enrollment, retention, and student services.
This document provides an overview of the online education market and the evolution of online learning. It discusses the large size of the US education market and growth of online learning. It also summarizes perspectives on misconceptions about the US education system and reviews commercial online learning platforms, open source alternatives, and new developments like learning object repositories. The document then summarizes factors like private funding, the economic stimulus package, and how universities may benefit from increased education and training, infrastructure, energy and healthcare funding.
This document summarizes a presentation about how Fort Hays State University is leveraging social media and collaborative technologies to enhance learning in the 21st century. It discusses moving from an industrial age teaching paradigm to a "Wikinomics" paradigm focused on collaborative learning and knowledge creation. It then outlines FHSU's strategic plan to develop an institutional ecosystem using social media tools to foster collaboration across different university audiences and integrate decentralized uses into a shared learning commons. Some early action plans and tactics are described, along with critical success factors for managing the strategic plan in real-time.
Evaluating Perceived Quality of B-School WebsitesIOSR Journals
Websites are a window for the world for looking in most of the Information and a gateway for many activities. Websites are not only a necessity but also mandatory for B-Schools. A B-School Website serves as portal to all stakeholders in addition to being an information placeholder. The Websites serves from being an administrative tool to a Learning Management system. The utility and the effectiveness of website depend on the quality of the service it provides to the surfer. A study was undertaken to survey the various features of a B-School Website that could serve as a Quality Function Deployment (QFD) touchstones. In addition, the influence of perceived quality on the user satisfaction was also studied. A focus group of B-School Students evaluated the Websites and scored a checklist cum questionnaire. The results highlight the most frequently found features and the least found features of a B-School Website. The factors that are important for creating a quality website are also found. This study will help the B-school administrators and the Website designers to create a quality and satisfying Websites.
Early Stage Edtech Investment Thesis (Sept 2016)Earnest Sweat
Here is an example of a personal investment thesis that I created to share with venture capital firms. In this example, I provide my personal perspective on the edtech sector. For details on how I build this thesis check out my blog (https://goo.gl/CU4Qid).
Note: Some of the confidential information has been redacted for privacy.
Effectiveness of Information Communication Technologies for Education SystemIOSR Journals
This document discusses the effectiveness of using information and communication technologies (ICT) for education. It begins by outlining how ICT has transformed business, governance, and education over the past 20 years. While ICT is beginning to have a presence in education, its impact has been lacking. The document then discusses how ICT, including e-learning and Web 2.0 tools, can enhance student-centered learning and collaboration. It proposes developing an end-to-end e-learning infrastructure by integrating technologies like the semantic web, grid computing, collaboration tools, and knowledge management. Overall, the document argues that ICT has great potential to improve access to education and support goals like achieving universal primary education.
Effectiveness of Information Communication Technologies for Education SystemIOSR Journals
This document discusses the effectiveness of using information and communication technologies (ICT) for education systems. It begins by outlining how ICT has changed business, governance, and education over the past 20 years. However, its impact on education has been lacking. The document then reviews the objectives and roles of ICT implementation in higher education, and how ICT can help achieve the Millennium Development Goals. It discusses perceptions of e-learning and proposes a semantic grid-based e-learning infrastructure that integrates technologies like the semantic web, grid computing, and knowledge management. Finally, it reviews examples of best practices in semantic grid e-learning systems.
This document discusses the effectiveness of using information and communication technologies (ICT) for education systems. It begins by outlining how ICT has changed business, governance, and education over the past 20 years. However, its impact on education has been lacking. The document then reviews how ICT moves education towards more student-centered learning models and discusses how technologies like Web 2.0 enable collaboration and knowledge sharing. It proposes a semantic grid-based e-learning infrastructure that integrates technologies like the semantic web, grid computing, collaboration tools, and knowledge management. Finally, it reviews examples of best practices in using ICT for education.
This document discusses a case study on using academic portals for knowledge management at IIT Madras in India. It provides background on knowledge management and the benefits of academic portals. A survey was conducted of 100 IIT Madras students to understand their awareness and use of the institution's academic portals. IIT Madras has several portals including ones for general information, the library, faculty/staff, students, and e-learning. The portals provide functions like sharing resources, collaboration tools, and access to databases. However, the study found students' awareness of using the portals for knowledge management was low. The institution needs to increase education on fully utilizing the portals' knowledge management capabilities.
The document provides details about the student's internship project with Unschool, an edtech company. The objectives of the study were to understand customer expectations in markets where the company was unsuccessful in order to provide suggestions. Through surveys of 55 leads, the student found that prospects in these markets placed more importance on practical learning opportunities and prices compared to other platforms. Recommendations included expanding course options, promoting internship opportunities more effectively, and establishing a dedicated market penetration team.
Top 50-edutech-tools-in-higher-education-2019Huy Huynh
This document provides an overview of EdTech tools and the Indian higher education landscape. It discusses key metrics of Indian higher education and analyzes the EdTech ecosystem and its impact on academia. The document also presents research on the global EdTech market trends and potential. It identifies 50 top EdTech tools across different domains like admission, administration, learning, library, placements, and alumni management. The tools are transforming higher education by driving efficiency and improving learning outcomes. The report aims to guide decision makers in selecting the right EdTech solutions.
Enriching E-Learning with web Services for the Creation of Virtual Learning P...IJERDJOURNAL
ABSTRACT:- The study aims at creation of virtual learning environment(VLE) using the context of web services .Now-a-days eLearning is gaining a wide spread acceptance since its inception. Much of the effort is placed on developing rich educational content & create global platform in which Information and Communication Technologies (ICTs) are used to transform education. Therefore education system need to be redesigned in a better way for which amalgamation of web services with eLearning is considered to solve the complex problems. The author tries to describe the web services architecture with the incorporation of eLearning that has defined a new way of learning. With the emergence of computer technology and urbane softwares, there is every possibility of enriching learning experience of students. Gamification, StoryBoard, Bring Your Own Device (BYOD), Localization are considered as supporting services for boosting up knowledge management process. Group Discussions, Twitter chats, Skype calls are performed in social learning. Web 2.0 services such as as blogs promote content creation, wikis make user enable of creating editable contents.
This document describes the design and implementation of a virtual classroom system. It discusses how traditional classroom teaching has limitations in terms of time and place constraints. A virtual classroom system was developed using PHP and MySQL to address these limitations. The system allows course materials to be presented online using multimedia and hypermedia, providing flexibility and interactivity for learning. It has modules for students to access course content, answer questions, check their performance, and participate in discussion forums. The system aims to enhance the learning experience by making it more flexible and available anywhere with an internet connection.
Online Tutoring Market Size and Trends Analysisvishalsawant85
A new research report by Fact.MR reveals that the global online tutoring market is pegged at US$ 8.36 billion in 2024. Worldwide revenue from online tutoring services is projected to accelerate at a 12.7% CAGR and reach US$ 27.63 billion by the end of 2034.
Graduate School Cyber Portfolio: The Innovative Menu For Sustainable Developmentacijjournal
In today’s milieu, new demands and trends emerge in the field of Education giving teachers of Higher Education Institutions (HEI’s) no choice but to be innovative to cope with the fast changing technology. To be naturally innovative, a graduate school teacher needs to be technologically and pedagogically competent. One of the ways to be on this level is by creating his cyber portfolio to support students’ eportfolio for lifelong learning. Cyber portfolio is an innovative menu for teachers who seek out strategies to integrate technology in their lessons. This paper presents a straightforward preparation on how to innovate a cyber portfolio that has its practical and breakthrough solution against expensive and inflexible vended software which often saddle many universities. Additionally, this cyber portfolio is free and it addresses the 21st century skills of graduate students blended with higher order thinking skills, multiple intelligence, technology and multimedia.
This document discusses the future of education and the transition to online and virtual learning. It notes that by 2020, online education will dominate university and school learning. This will allow for more effective use of resources and delivery of courseware anywhere, anytime. Developing countries are also expanding investments in schools and universities to grow their skilled workforces. National and international initiatives are working to support teachers in facilitating new learning models and using technology effectively in the classroom.
The document discusses strategies from a strategic technology plan to transform the community and technical college system in Washington state through leveraging technology. The five strategies include: creating online teaching and learning tools; creating a seamless online student services system; creating lifelong learning for faculty and staff; using data to drive improvement; and treating information technology as a centrally funded service. It also discusses recommendations around open educational resources, the role of bookstores in providing open textbooks, and legislation related to online learning.
An Exploratory Case Study What Makes A Good School Website Investigation Of...Audrey Britton
This document provides an overview of a case study that examined school district websites across different socioeconomic levels on Long Island, New York. It reviewed literature on qualities of effective websites, tools for evaluating websites, and how websites can promote parental involvement. The study analyzed 50 school district websites using tools to assess website quality, content, and accessibility. It found that most sites provided basic information but lacked resources like homework help, classroom pages, and examples of student work. The document concludes that websites generally failed to provide useful online resources, regardless of socioeconomic status.
Post 3. models of evaluation in educational technologymazin
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It's Time for Learning to Go Back to School: Next-Generation Approaches Enric...Cognizant
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Partner Portal Whitepaper throws the light on streamlining partner engagement with organizations through a dedicated partner portal and enhances the combined productivity.
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Hand Rolled Applicative User ValidationCode KataPhilip Schwarz
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The goal is not to write perfect code showcasing validation, but rather, to provide a small, rough-and ready exercise to reinforce your muscle-memory.
Despite its grandiose-sounding title, this deck consists of just three slides showing the Scala 3 code to be rewritten whenever the details of the operators begin to fade away.
The code is my rough and ready translation of a Haskell user-validation program found in a book called Finding Success (and Failure) in Haskell - Fall in love with applicative functors.
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AI Fusion Buddy Review: Brand New, Groundbreaking Gemini-Powered AI AppGoogle
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Essentials of Automations: The Art of Triggers and Actions in FMESafe Software
In this second installment of our Essentials of Automations webinar series, we’ll explore the landscape of triggers and actions, guiding you through the nuances of authoring and adapting workspaces for seamless automations. Gain an understanding of the full spectrum of triggers and actions available in FME, empowering you to enhance your workspaces for efficient automation.
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Whether you’re tweaking your current setup or building from the ground up, this session will arm you with the tools and insights needed to transform your FME usage into a powerhouse of productivity. Join us to discover effective strategies that simplify complex processes, enhancing your productivity and transforming your data management practices with FME. Let’s turn complexity into clarity and make your workspaces work wonders!
2. CONTENTS
08
DEDICATED PORTAL FOR
SCHOOL/COLLEGE
13
PORTAL : SYSTEM STRUCTURE
09
SCHOOL MANAGEMENT
PORTAL FEATURES
07
THE IDEA: DIGITAL EDUCATION
06
EDUCATION VIA PORTALS
ON THE INTERNET
04
MAKING THE LEARNING PROCESS
MORE LEARNED WITH PORTAL
3. 28
EDUCATING THE EDUCATION OF
TOMORROW WITH PORTAL
26
FEATURES THAT E-LEARNING
PORTAL RENDERS
25
ARCHITECTURE AND MODES
OF INTERACTION
24
VIRTUAL CLASSROOMS
15
PORTAL SYSTEM FLOW
22
E-LEARNING PORTAL FOR
ONLINE EDUCATION
4. MAKING THE LEARNING PROCESS
MORE LEARNED WITH PORTAL
Web portals can serve as powerful tools to help institutions suc
universities, colleges, schools, and other learning hubs improve
collaborative activities. The Education Portal facilitates knowl
acquisition, sharing, and discovery for its users by allowing
institutions to publish documents, share ideas collaboratively and s
information and knowledge in easily searchable repositories. Po
are increasingly becoming an important aspect of the informa
technology infrastructure of the education industry as it seek
integrate the vast intellectual resources within a central virtual s
with an easily accessible web interface.
This whitepaper explores the process to comprehend and address
needs of the education industry that transforms into a digital plat
for students to learn in a smarter, efficient and an interactive man
The paper will also describe the development process, le
management and student experience along with future direction
make the education portal a valuable knowledge management too
universities, colleges, schools and etc.
MAKING THE LEARNING PROCESS
MORE LEARNED WITH PORTAL
Web portals can serve as powerful tools to help institutions such as
universities, colleges, schools, and other learning hubs improve their
collaborative activities. The Education Portal facilitates knowledge
acquisition, sharing, and discovery for its users by allowing the
institutions to publish documents, share ideas collaboratively and store
information and knowledge in easily searchable repositories. Portals
are increasingly becoming an important aspect of the information
technology infrastructure of the education industry as it seeks to
integrate the vast intellectual resources within a central virtual space
with an easily accessible web interface.
This whitepaper explores the process to comprehend and address the
needs of the education industry that transforms into a digital platform
for students to learn in a smarter, efficient and an interactive manner.
The paper will also describe the development process, lesson
management and student experience along with future directions to
make the education portal a valuable knowledge management tool for
universities, colleges, schools and etc.
MAKING THE LEARNING PRO
MORE LEARNED WITH PORT
Web portals can serve as powerful tools to help i
universities, colleges, schools, and other learning
collaborative activities. The Education Portal fac
acquisition, sharing, and discovery for its users
institutions to publish documents, share ideas collab
information and knowledge in easily searchable r
are increasingly becoming an important aspect
technology infrastructure of the education indus
integrate the vast intellectual resources within a ce
with an easily accessible web interface.
This whitepaper explores the process to comprehen
needs of the education industry that transforms into
for students to learn in a smarter, efficient and an
The paper will also describe the developmen
management and student experience along with f
make the education portal a valuable knowledge m
universities, colleges, schools and etc.
MAKING THE LEARNING PROCESS
MORE LEARNED WITH PORTAL
Web portals can serve as powerful tools to help institutions such as
universities, colleges, schools, and other learning hubs improve their
collaborative activities. The Education Portal facilitates knowledge
acquisition, sharing, and discovery for its users by allowing the
institutions to publish documents, share ideas collaboratively and store
information and knowledge in easily searchable repositories. Portals
are increasingly becoming an important aspect of the information
technology infrastructure of the education industry as it seeks to
integrate the vast intellectual resources within a central virtual space
with an easily accessible web interface.
This whitepaper explores the process to comprehend and address the
needs of the education industry that transforms into a digital platform
for students to learn in a smarter, efficient and an interactive manner.
The paper will also describe the development process, lesson
management and student experience along with future directions to
make the education portal a valuable knowledge management tool for
universities, colleges, schools and etc.
VISION DOCUMENT
EDUCATION PORTAL 04
So
Ed
Some cruc
Education
The g
comp
perio
incre
The g
CAGR
In a r
repor
stude
D2L B
winn
Black
instit
heels
previ
MAKING THE LEARNING PRO
MORE LEARNED WITH PORT
Web portals can serve as powerful tools to help i
universities, colleges, schools, and other learning
collaborative activities. The Education Portal fac
acquisition, sharing, and discovery for its users
institutions to publish documents, share ideas collab
information and knowledge in easily searchable r
are increasingly becoming an important aspect
technology infrastructure of the education indus
integrate the vast intellectual resources within a ce
This whitepaper explores the process to comprehen
needs of the education industry that transforms into
for students to learn in a smarter, efficient and an
The paper will also describe the developmen
management and student experience along with f
make the education portal a valuable knowledge m
So
Ed
Some cruc
Education
The g
comp
perio
incre
The g
CAGR
In a r
repor
stude
D2L B
winn
Black
instit
heels
previ
Web portals can serve as powerful tools to help institutions suc
universities, colleges, schools, and other learning hubs improve
collaborative activities. The Education Portal facilitates knowl
acquisition, sharing, and discovery for its users by allowing
institutions to publish documents, share ideas collaboratively and s
information and knowledge in easily searchable repositories. Po
are increasingly becoming an important aspect of the informa
technology infrastructure of the education industry as it seek
integrate the vast intellectual resources within a central virtual s
This whitepaper explores the process to comprehend and address
needs of the education industry that transforms into a digital plat
for students to learn in a smarter, efficient and an interactive man
The paper will also describe the development process, le
management and student experience along with future direction
make the education portal a valuable knowledge management too
O
T
dus
f
o
omp
o
e
D2L B
heels
evi
O
T
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f
o
omp
o
e
D2L B
heels
evi
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eir
ge
he
re
ls
on
to
ce
he
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er.
on
to
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CESS
os
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und a
s
CESS
os
e
und a
s
as
eir
ge
he
re
ls
on
to
ce
he
m
er.
on
to
or
CESS
AL
titutions such as
bs improve their
tates knowledge
by allowing the
atively and store
ositories. Portals
the information
as it seeks to
ral virtual space
and address the
digital platform
eractive manner.
process, lesson
ure directions to
agement tool for
e crucial reports containing critical data explain the boom of
ation Portals, are as below:
The global online education market is projected to witness a
compound annual growth rate of 10.26% during the forecast
period to reach a total market size of US$286.62 billion by 2023,
increasing from US$159.52 billion in 2017.
The global e-learning market is forecast to grow at more than 7%
CAGR to cross $300 billion in next 6 to 8 years.
In a recent State of Higher Ed LMS Market for the US and Canada
report (Fall 2017), 87 percent of institutions and 91 percent of
student enrollments rely upon Blackboard, Canvas, Moodle, or
D2L Brightspace, but the PCMag reviews showed a different four
winning the Editors’ Choice awards (above bullet points).
Blackboard remains the most popular LMS (28 percent of
institutions and 37 percent of enrollment), Canvas is hot on its
heels, accounting for 21 percent of institutions (up from 17 the
previous year) and 27 percent of enrollment.
l reports containing critical data explain the boom of
rtals, are as below:
bal online education market is projected to witness a
und annual growth rate of 10.26% during the forecast
to reach a total market size of US$286.62 billion by 2023,
ng from US$159.52 billion in 2017.
bal e-learning market is forecast to grow at more than 7%
o cross $300 billion in next 6 to 8 years.
ent State of Higher Ed LMS Market for the US and Canada
Fall 2017), 87 percent of institutions and 91 percent of
enrollments rely upon Blackboard, Canvas, Moodle, or
ghtspace, but the PCMag reviews showed a different four
g the Editors’ Choice awards (above bullet points).
oard remains the most popular LMS (28 percent of
ons and 37 percent of enrollment), Canvas is hot on its
accounting for 21 percent of institutions (up from 17 the
s year) and 27 percent of enrollment.
CESS
AL
titutions such as
bs improve their
tates knowledge
by allowing the
atively and store
ositories. Portals
the information
as it seeks to
ral virtual space
and address the
digital platform
eractive manner.
process, lesson
ure directions to
agement tool for
VISION DOCUMENT
EDUCATION PORTAL 05
Some crucial reports containing critical data explain the boom of
Education Portals, are as below:
The global online education market is projected to witness a
compound annual growth rate of 10.26% during the forecast
period to reach a total market size of US$286.62 billion by 2023,
increasing from US$159.52 billion in 2017.
The global e-learning market is forecast to grow at more than 7%
CAGR to cross $300 billion in next 6 to 8 years.
In a recent State of Higher Ed LMS Market for the US and Canada
report (Fall 2017), 87 percent of institutions and 91 percent of
student enrollments rely upon Blackboard, Canvas, Moodle, or
D2L Brightspace, but the PCMag reviews showed a different four
winning the Editors’ Choice awards (above bullet points).
Blackboard remains the most popular LMS (28 percent of
institutions and 37 percent of enrollment), Canvas is hot on its
heels, accounting for 21 percent of institutions (up from 17 the
previous year) and 27 percent of enrollment.
1
2
3
Some crucial reports containing critical data explain the boom of
Education Portals, are as below:
The global online education market is projected to witness a
compound annual growth rate of 10.26% during the forecast
period to reach a total market size of US$286.62 billion by 2023,
increasing from US$159.52 billion in 2017.
The global e-learning market is forecast to grow at more than 7%
CAGR to cross $300 billion in next 6 to 8 years.
In a recent State of Higher Ed LMS Market for the US and Canada
report (Fall 2017), 87 percent of institutions and 91 percent of
student enrollments rely upon Blackboard, Canvas, Moodle, or
D2L Brightspace, but the PCMag reviews showed a different four
winning the Editors’ Choice awards (above bullet points).
Blackboard remains the most popular LMS (28 percent of
institutions and 37 percent of enrollment), Canvas is hot on its
heels, accounting for 21 percent of institutions (up from 17 the
previous year) and 27 percent of enrollment.
e crucial reports containing critical data explain the boom of
ation Portals, are as below:
The global online education market is projected to witness a
compound annual growth rate of 10.26% during the forecast
period to reach a total market size of US$286.62 billion by 2023,
increasing from US$159.52 billion in 2017.
The global e-learning market is forecast to grow at more than 7%
CAGR to cross $300 billion in next 6 to 8 years.
In a recent State of Higher Ed LMS Market for the US and Canada
report (Fall 2017), 87 percent of institutions and 91 percent of
student enrollments rely upon Blackboard, Canvas, Moodle, or
D2L Brightspace, but the PCMag reviews showed a different four
winning the Editors’ Choice awards (above bullet points).
Blackboard remains the most popular LMS (28 percent of
institutions and 37 percent of enrollment), Canvas is hot on its
heels, accounting for 21 percent of institutions (up from 17 the
previous year) and 27 percent of enrollment.
E
O
Be
an
ed
un
ev
cu
ca
Or
In
l reports containing critical data explain the boom of
rtals, are as below:
bal online education market is projected to witness a
und annual growth rate of 10.26% during the forecast
to reach a total market size of US$286.62 billion by 2023,
ng from US$159.52 billion in 2017.
bal e-learning market is forecast to grow at more than 7%
o cross $300 billion in next 6 to 8 years.
ent State of Higher Ed LMS Market for the US and Canada
Fall 2017), 87 percent of institutions and 91 percent of
enrollments rely upon Blackboard, Canvas, Moodle, or
ghtspace, but the PCMag reviews showed a different four
g the Editors’ Choice awards (above bullet points).
oard remains the most popular LMS (28 percent of
ons and 37 percent of enrollment), Canvas is hot on its
accounting for 21 percent of institutions (up from 17 the
s year) and 27 percent of enrollment.
0
100
200
300
Global Online Education Market
286.62
159.52
20232017
TotalMarketShare(inBillions)
Expected Growth by 2023
E
O
Be
an
ed
un
ev
cu
ca
Or
In
E
O
n
E
O
n
E
O
E
O
6. DUC
N THE INTERNET
a
DUC
N THE INTERNET
DUC
N THE INTERNET
DUCATION VIA PORTALS
N THE INTERNET
re going on to describe what services seem to make most sense for
ducation portal, it is necessary to address the range of existing
ation portals on the Internet. This exercise highlights the
rstanding of the scope of a dedicated education portal. Our
uations demonstrated that there is a good range of web portals
ntly available in the market with broad functionality. The various
gories into which these portals fit are Networking Portals,
nizational Portals, and Resource-based Portals.
Web portals that provide various individuals (educators, learners,
managers, and administrators) with a central point to access
various educational tools and facilities (online and offline).
An Organizational Portal is a portal constructed by a specific
organization whose core business is to deliver educational
materials and resource materials.
is a portal, which provides access to various educational resources
online. Generally, these types of portals contain adequate search
facilities, links to other relevant organizations or institutions as
well as subscription services.
any instances, these services are merged in a single portal.
DUC
N THE INTERNET
a
EDUCATION VIA PORTALS
ON THE INTERNET
Before going on to describe what services seem to make most sense for
an education portal, it is necessary to address the range of existing
education portals on the Internet. This exercise highlights the
understanding of the scope of a dedicated education portal. Our
evaluations demonstrated that there is a good range of web portals
currently available in the market with broad functionality. The various
categories into which these portals fit are Networking Portals,
Organizational Portals, and Resource-based Portals.
NETWORKING PORTALS
Web portals that provide various individuals (educators, learners,
managers, and administrators) with a central point to access
various educational tools and facilities (online and offline).
ORGANIZATIONAL PORTALS
An Organizational Portal is a portal constructed by a specific
organization whose core business is to deliver educational
materials and resource materials.
RESOURCE-BASED PORTAL
is a portal, which provides access to various educational resources
online. Generally, these types of portals contain adequate search
facilities, links to other relevant organizations or institutions as
well as subscription services.
In many instances, these services are merged in a single portal.
EDUCATION VIA PORTALS
ON THE INTERNET
Before going on to describe what services seem to make most sense for
an education portal, it is necessary to address the range of existing
education portals on the Internet. This exercise highlights the
understanding of the scope of a dedicated education portal. Our
evaluations demonstrated that there is a good range of web portals
currently available in the market with broad functionality. The various
categories into which these portals fit are Networking Portals,
Organizational Portals, and Resource-based Portals.
NETWORKING PORTALS
Web portals that provide various individuals (educators, learners,
managers, and administrators) with a central point to access
various educational tools and facilities (online and offline).
ORGANIZATIONAL PORTALS
An Organizational Portal is a portal constructed by a specific
organization whose core business is to deliver educational
materials and resource materials.
RESOURCE-BASED PORTAL
is a portal, which provides access to various educational resources
online. Generally, these types of portals contain adequate search
facilities, links to other relevant organizations or institutions as
well as subscription services.
In many instances, these services are merged in a single portal.
VISION DOCUMENT
EDUCATION PORTAL 06
EDUCATION VIA PORTALS
ON THE INTERNET
Before going on to describe what services seem to make most sense for
an education portal, it is necessary to address the range of existing
education portals on the Internet. This exercise highlights the
understanding of the scope of a dedicated education portal. Our
evaluations demonstrated that there is a good range of web portals
currently available in the market with broad functionality. The various
categories into which these portals fit are Networking Portals,
Organizational Portals, and Resource-based Portals.
NETWORKING PORTALS
Web portals that provide various individuals (educators, learners,
managers, and administrators) with a central point to access
various educational tools and facilities (online and offline).
ORGANIZATIONAL PORTALS
An Organizational Portal is a portal constructed by a specific
organization whose core business is to deliver educational
materials and resource materials.
RESOURCE-BASED PORTAL
is a portal, which provides access to various educational resources
online. Generally, these types of portals contain adequate search
facilities, links to other relevant organizations or institutions as
well as subscription services.
In many instances, these services are merged in a single portal.
DUCATION VIA PORTALS
N THE INTERNET
re going on to describe what services seem to make most sense for
ducation portal, it is necessary to address the range of existing
ation portals on the Internet. This exercise highlights the
rstanding of the scope of a dedicated education portal. Our
uations demonstrated that there is a good range of web portals
ntly available in the market with broad functionality. The various
gories into which these portals fit are Networking Portals,
nizational Portals, and Resource-based Portals.
NETWORKING PORTALS
Web portals that provide various individuals (educators, learners,
managers, and administrators) with a central point to access
various educational tools and facilities (online and offline).
ORGANIZATIONAL PORTALS
An Organizational Portal is a portal constructed by a specific
organization whose core business is to deliver educational
materials and resource materials.
RESOURCE-BASED PORTAL
is a portal, which provides access to various educational resources
online. Generally, these types of portals contain adequate search
facilities, links to other relevant organizations or institutions as
well as subscription services.
any instances, these services are merged in a single portal.
EDUCATING THE EDU
TOMORROW WITH P
Web portals have been used to automa
functions in higher education. The lates
education has been to create a poi
functions for students, such as registra
records, or for staff, such as timesheet
this way, use of portals maximizes
students’ time.
A university portal conventionally offe
into the university. Parents are eager
experiencing. State legislators and cit
what their tax money is being used
contribute to the state’s well-being a
current wonderful and challenging
positioned by portals is the idea of cre
systems whose chief purpose is to
EDUCATING THE EDUCAT
TOMORROW WITH PORT
Web portals have been used to automate and s
functions in higher education. The latest applica
education has been to create a point of ac
functions for students, such as registration, fina
records, or for staff, such as timesheets, leave
this way, use of portals maximizes the eff
students’ time.
A university portal conventionally offers other
into the university. Parents are eager to see
experiencing. State legislators and citizens ar
what their tax money is being used for and
contribute to the state’s well-being and econ
current wonderful and challenging aspect
positioned by portals is the idea of creating an
systems whose chief purpose is to uphold
EDUCATING THE EDUCATION
TOMORROW WITH PORTAL
Web portals have been used to automate and streamlin
functions in higher education. The latest application of
education has been to create a point of access fo
functions for students, such as registration, financial ai
records, or for staff, such as timesheets, leave balances
this way, use of portals maximizes the efficient us
students’ time.
A university portal conventionally offers other stakeho
into the university. Parents are eager to see what th
experiencing. State legislators and citizens are very i
what their tax money is being used for and how th
contribute to the state’s well-being and economic im
current wonderful and challenging aspect of we
positioned by portals is the idea of creating and manag
systems whose chief purpose is to uphold positiv
EDUCATING THE EDUCATION OF
TOMORROW WITH PORTAL
Web portals have been used to automate and streamline admin
functions in higher education. The latest application of portals i
education has been to create a point of access for admin
functions for students, such as registration, financial aid, and a
records, or for staff, such as timesheets, leave balances and the
this way, use of portals maximizes the efficient use of st
students’ time.
A university portal conventionally offers other stakeholders a v
into the university. Parents are eager to see what their child
experiencing. State legislators and citizens are very inquisitiv
what their tax money is being used for and how the univer
contribute to the state’s well-being and economic improveme
current wonderful and challenging aspect of web mana
positioned by portals is the idea of creating and managing info
systems whose chief purpose is to uphold positive relat
TING THE EDU
OW WITH P
T
a
c
na
on
TION
us
th
m
a
o
EDUCATING THE EDU
TOMORROW WITH P
Web portals have been used to automa
functions in higher education. The lates
education has been to create a poi
functions for students, such as registra
records, or for staff, such as timesheet
this way, use of portals maximizes
A university portal conventionally offe
into the university. Parents are eager
experiencing. State legislators and cit
what their tax money is being used
contribute to the state’s well-being a
current wonderful and challenging
positioned by portals is the idea of cre
systems whose chief purpose is to
EDUCATING THE EDUCAT
TOMORROW WITH PORT
Web portals have been used to automate and s
functions in higher education. The latest applica
education has been to create a point of ac
functions for students, such as registration, fina
records, or for staff, such as timesheets, leave
this way, use of portals maximizes the eff
A university portal conventionally offers other
into the university. Parents are eager to see
experiencing. State legislators and citizens ar
what their tax money is being used for and
contribute to the state’s well-being and econ
current wonderful and challenging aspect
positioned by portals is the idea of creating an
systems whose chief purpose is to uphold
EDUCATING THE EDUCATION
Web portals have been used to automate and streamlin
functions in higher education. The latest application of
education has been to create a point of access fo
functions for students, such as registration, financial ai
records, or for staff, such as timesheets, leave balances
this way, use of portals maximizes the efficient us
A university portal conventionally offers other stakeho
into the university. Parents are eager to see what th
experiencing. State legislators and citizens are very i
what their tax money is being used for and how th
contribute to the state’s well-being and economic im
current wonderful and challenging aspect of we
positioned by portals is the idea of creating and manag
systems whose chief purpose is to uphold positiv
Web portals have been used to automate and streamline admin
functions in higher education. The latest application of portals i
education has been to create a point of access for admin
functions for students, such as registration, financial aid, and a
records, or for staff, such as timesheets, leave balances and the
this way, use of portals maximizes the efficient use of st
A university portal conventionally offers other stakeholders a v
into the university. Parents are eager to see what their child
experiencing. State legislators and citizens are very inquisitiv
what their tax money is being used for and how the univer
contribute to the state’s well-being and economic improveme
current wonderful and challenging aspect of web mana
positioned by portals is the idea of creating and managing info
systems whose chief purpose is to uphold positive relat
It
TING THE EDU
OW WITH P
TTION
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TING THE EDU
OW WITH P
TTION
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TING THE EDU
OW WITH P
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7. C
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cia
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cia
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d
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CATION OF
ORTAL
and streamline administrative
application of portals in higher
of access for administrative
n, financial aid, and academic
eave balances and the like. In
he efficient use of staff and
other stakeholders a vital link
o see what their children are
ens are very inquisitive about
r and how the university can
d economic improvement. The
spect of web management
ng and managing information
uphold positive relationships
ON OF
L
amline administrative
on of portals in higher
ss for administrative
cial aid, and academic
lances and the like. In
ent use of staff and
akeholders a vital link
hat their children are
very inquisitive about
ow the university can
mic improvement. The
f web management
managing information
positive relationships
OF
administrative
rtals in higher
administrative
and academic
nd the like. In
of staff and
ers a vital link
r children are
uisitive about
university can
ovement. The
management
g information
relationships
rative
higher
rative
demic
ke. In
and
al link
n are
about
y can
t. The
ement
mation
nships
VISION DOCUMENT
EDUCATION PORTAL 07
THE IDEA: DIGITAL EDUCATION
The education sector is booming at maximum pace but it is also
standing out of the identity parameters of enterprises or any other
business model. Moreover, the advancement of school education is also
taking an active part in the online revolution. It is operating into two
different models to cater to the learning needs of students of all ages,
interests, and demands. These two digital education solution models
are as below:
Dedicated Portal for Schools, Colleges, and Institutions
Online Education Portal
Let us go through the concept and convenience model of these Portals
for better understanding of their scope, abilities, and processings.
CATION OF
ORTAL
and streamline administrative
application of portals in higher
of access for administrative
n, financial aid, and academic
eave balances and the like. In
he efficient use of staff and
other stakeholders a vital link
o see what their children are
ens are very inquisitive about
r and how the university can
d economic improvement. The
spect of web management
ng and managing information
uphold positive relationships
ON OF
L
amline administrative
on of portals in higher
ss for administrative
cial aid, and academic
lances and the like. In
ent use of staff and
akeholders a vital link
hat their children are
very inquisitive about
ow the university can
mic improvement. The
f web management
managing information
positive relationships
OF
administrative
rtals in higher
administrative
and academic
nd the like. In
of staff and
ers a vital link
r children are
uisitive about
university can
ovement. The
management
g information
relationships
rative
higher
rative
demic
ke. In
and
al link
n are
about
y can
t. The
ement
mation
nships
8. VISION DOCUMENT
EDUCATION PORTAL 08
DEDICATED PORTAL FOR
SCHOOL/COLLEGE
With the advancement of technology, students and parents are also
advancing by participating more actively in accessing information about
what they are being taught and how. This advancement compels
educational institutes to keep their learning process updated with the
latest innovations and enhancements. Education Portal is one such
technically advanced and enhanced tool that performs as an innovative
solution. The portal-based information sharing and processing add
convenience as well as transparency for the students, parents, and
teachers.
Taking parallel objectives, Education portal also makes the learning
process interactive. From class schedules to homework management,
parents, teachers, and students all have real-time access to check the
learning progress and student’s engagement with it. Apart from the
streamlined learning platform the Portal also assists institutions in
systemizing their admin process.
1
9. VISION DOCUMENT
EDUCATION PORTAL 09
SCHOOL MANAGEMENT
PORTAL FEATURES
The School Information Management
System(SIMS) provides the following School
Administration based features:
School Administrators are able to:
PERSONNEL MANAGEMENT:
Manage Teachers (Add/update teachers’
personal information, Assign Teachers to
classes as class or subject teachers).
Manage Subjects (Add, update, and
delete subjects).
Manage Classes (Create classes, and
assign subjects to classes).
Send announcements to
parents/guardians through SMS and
email.
ENROLMENT MANAGEMENT:
Add, update, delete or print student
details, parent details, medical records
etc.
GRADE BOOK MANAGEMENT:
Subject teachers in each class are able to
record each pupil’s end of term
marks/grades.
Class teachers are able to view, print or
send end of term results to parents and
guardians through SMS and email.
All Test papers for any year or term can
be easily stored and accessed.
SCHOOL MANAGEMENT
PORTAL FEATURES
The School Information Management
System(SIMS) provides the following School
Administration based features:
School Administrators are able to:
PERSONNEL MANAGEMENT:
Manage Teachers (Add/update teachers’
personal information, Assign Teachers to
classes as class or subject teachers).
Manage Subjects (Add, update, and
delete subjects).
Manage Classes (Create classes, and
assign subjects to classes).
Send announcements to
parents/guardians through SMS and
email.
ENROLMENT MANAGEMENT:
Add, update, delete or print student
details, parent details, medical records
etc.
GRADE BOOK MANAGEMENT:
Subject teachers in each class are able to
record each pupil’s end of term
marks/grades.
Class teachers are able to view, print or
send end of term results to parents and
guardians through SMS and email.
All Test papers for any year or term can
be easily stored and accessed.
SCHOOL MANAGEMENT
PORTAL FEATURES
The School Information Management
System(SIMS) provides the following School
Administration based features:
School Administrators are able to:
PERSONNEL MANAGEMENT:
Manage Teachers (Add/update teachers’
personal information, Assign Teachers to
classes as class or subject teachers).
Manage Subjects (Add, update, and
delete subjects).
Manage Classes (Create classes, and
assign subjects to classes).
Send announcements to
parents/guardians through SMS and
email.
ENROLMENT MANAGEMENT:
Add, update, delete or print student
details, parent details, medical records
etc.
GRADE BOOK MANAGEMENT:
Subject teachers in each class are able to
record each pupil’s end of term
marks/grades.
Class teachers are able to view, print or
send end of term results to parents and
guardians through SMS and email.
All Test papers for any year or term can
be easily stored and accessed.
10. Parents can receive results of their
children for any term and year of their
child’s schooling.
Teachers and parents can track the
performance of each pupil in each subject
from the time of admission up to
graduation.
ACCOUNTS:
School administrators are able to define
when the fees are payable at the school
and how much is payable per year.
School accountants are able to record
pupil payments and school transactions
(i.e. income and expenditure).
TIME TABLE MANAGEMENT:
Teachers can create classes, assign
subjects for those classes, and generate
master timetables for the class as well as
themselves, very easily.
CALENDAR OF EVENTS:
Schools are able to keep all their events
in one place. This can work as a
notification to show what all events they
held during the year and their success.
PHOTO GALLERY:
Schools can have a photo gallery to put
up pictures of campus events. This way
students, parents, and teachers can
access them whenever they want and at
any time rather than restricting them to a
notice board in some office.
VISION DOCUMENT
EDUCATION PORTAL 10
Parents can receive results of their
children for any term and year of their
child’s schooling.
Teachers and parents can track the
performance of each pupil in each subject
from the time of admission up to
graduation.
ACCOUNTS:
School administrators are able to define
when the fees are payable at the school
and how much is payable per year.
School accountants are able to record
pupil payments and school transactions
(i.e. income and expenditure).
TIME TABLE MANAGEMENT:
Teachers can create classes, assign
subjects for those classes, and generate
master timetables for the class as well as
themselves, very easily.
CALENDAR OF EVENTS:
Schools are able to keep all their events
in one place. This can work as a
notification to show what all events they
held during the year and their success.
PHOTO GALLERY:
Schools can have a photo gallery to put
up pictures of campus events. This way
students, parents, and teachers can
access them whenever they want and at
any time rather than restricting them to a
notice board in some office.
Parents can receive results of their
children for any term and year of their
child’s schooling.
Teachers and parents can track the
performance of each pupil in each subject
from the time of admission up to
graduation.
ACCOUNTS:
School administrators are able to define
when the fees are payable at the school
and how much is payable per year.
School accountants are able to record
pupil payments and school transactions
(i.e. income and expenditure).
TIME TABLE MANAGEMENT:
Teachers can create classes, assign
subjects for those classes, and generate
master timetables for the class as well as
themselves, very easily.
CALENDAR OF EVENTS:
Schools are able to keep all their events
in one place. This can work as a
notification to show what all events they
held during the year and their success.
PHOTO GALLERY:
Schools can have a photo gallery to put
up pictures of campus events. This way
students, parents, and teachers can
access them whenever they want and at
any time rather than restricting them to a
notice board in some office.
11. FORUM FOR TEACHER DISCUSSIONS:
SIMS can have a platform where teac
can have discussions and brainstorm
ideas. It can be a place to keep all th
ideas noted down so one can go back
easily.
REPORTS:
School administrators are able to run
reports (both textual and graphical)
school administration data, such as l
and number of current teachers, clas
and subjects offered at the school.
Enrollment (e.g. enrollments per term
and year, pupils who completed or
stopped school per year including rea
for stopping such as financial reason
failing grades, etc.)
Accounts such as a summary of paym
per year, pupil payment details per y
etc.
Grade report, of each year. Students
ranging from top of the class to
underwhelming performing ones, as
as the students who are topping thei
class, can all be looked at. Here is an
example of an annual grade report:
FORUM FOR TEACHER DISCUSSIONS:
SIMS can have a platform where teachers
can have discussions and brainstorm
ideas. It can be a place to keep all the
ideas noted down so one can go back to it
easily.
REPORTS:
School administrators are able to run
reports (both textual and graphical) on
school administration data, such as list
and number of current teachers, classes,
and subjects offered at the school.
Enrollment (e.g. enrollments per term,
and year, pupils who completed or
stopped school per year including reasons
for stopping such as financial reasons,
failing grades, etc.)
Accounts such as a summary of payments
per year, pupil payment details per year,
etc.
Grade report, of each year. Students
ranging from top of the class to
underwhelming performing ones, as well
as the students who are topping their
class, can all be looked at. Here is an
example of an annual grade report:
VISION DOCUMENT
EDUCATION PORTAL 11
FORUM FOR TEACHER DISCUSSIONS:
SIMS can have a platform where teachers
can have discussions and brainstorm
ideas. It can be a place to keep all the
ideas noted down so one can go back to it
easily.
REPORTS:
School administrators are able to run
reports (both textual and graphical) on
school administration data, such as list
and number of current teachers, classes,
and subjects offered at the school.
Enrollment (e.g. enrollments per term,
and year, pupils who completed or
stopped school per year including reasons
for stopping such as financial reasons,
failing grades, etc.)
Accounts such as a summary of payments
per year, pupil payment details per year,
etc.
Grade report, of each year. Students
ranging from top of the class to
underwhelming performing ones, as well
as the students who are topping their
class, can all be looked at. Here is an
example of an annual grade report:
SIMS can have a platform where teac
can have discussions and brainstorm
ideas. It can be a place to keep all th
ideas noted down so one can go back
School administrators are able to run
reports (both textual and graphical)
school administration data, such as l
and number of current teachers, clas
Enrollment (e.g. enrollments per term
and year, pupils who completed or
stopped school per year including rea
for stopping such as financial reason
Accounts such as a summary of paym
per year, pupil payment details per y
Grade report, of each year. Students
ranging from top of the class to
underwhelming performing ones, as
as the students who are topping thei
class, can all be looked at. Here is an
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EDUCATION PORTAL 12
Above 80% Below 50%Between
80% & 60%
35 % Students
60 % Students
5 % Students
End of year Results: Grade 5
This is an example of the kind of report that an Education portal can
generate. Yealy round up of marks of each school year, as well as other
types of reports, per student, per year, among others mentioned above.
13. VISION DOCUMENT
EDUCATION PORTAL 13
PORTAL : SYSTEM STRUCTURE
The system will consider teachers, students, and directors as
commanding users. It will have an administrator who will be
responsible for troubleshooting and failure recovering. Additionally, the
administrator will define new users, give privileges, freeze account,
delete accounts, update the system by adding new functions and
maintain the system security. This system would also provide engaging
communication between the school administrative members, teachers,
students, parents, and directors. Such features provide an easy,
user-friendly, and fast communication. Along with it, the portal will
also reduce paper communication drastically. Teachers will also be able
to reach students easily and will be more in contact with them.
Parallelly, students will also get an interactive mode of learning that is
transparent, easily accessible via portal. Parents will also be able to
follow up for the academic and behavioral information of their children
conveniently.
14. VISION DOCUMENT
EDUCATION PORTAL 14
DATABASE
Parents
Students Marks
School Schedule
HomeWork
Exit
Students
Students Marks
School Schedule
HomeWork
Exit
Teachers
HomeWork
Management
School Schedule
Students Marks
Homepage
Exit
Directors
Student Management
Teacher management
Parents Management
Section Management
Class Management
Homeroom Teacher
Teacher Distribution
School Schedule
My File
Exit
Administrators
Course Management
School Management
Class Management
My file
Exit
Organizational
Task
Portal Access
and Usability
Portal Access
and Usability
Security and
admin tasks
15. ADMINISTRATORS
The Administrator page consists of
different functions that mainly provide
the control of the system. The
administrative functions within the
system are:
SCHOOLS MANAGEMENT
Manage school operations by listing
tasks, fee routines, teacher listings,
co-curricular activities, etc.
COURSE MANAGEMENT
Portal helps to manage, and monitor
courses, teaching strategy, and
progress. They can also add and delete
courses.
CLASS MANAGEMENT
This feature keeps track of curriculum
progress in all classesm individually. It
also enables the administrator to
assign classrooms, conference rooms,
auditorium, and other parts of the
infrastructure.
MY FILE
Security function that allows changing
password.
EXIT
End of work.
VISION DOCUMENT
EDUCATION PORTAL 15
ADMINISTRATORS
The Administrator page consists of
different functions that mainly provide
the control of the system. The
administrative functions within the
system are:
SCHOOLS MANAGEMENT
Manage school operations by listing
tasks, fee routines, teacher listings,
co-curricular activities, etc.
COURSE MANAGEMENT
Portal helps to manage, and monitor
courses, teaching strategy, and
progress. They can also add and delete
courses.
CLASS MANAGEMENT
This feature keeps track of curriculum
progress in all classesm individually. It
also enables the administrator to
assign classrooms, conference rooms,
auditorium, and other parts of the
infrastructure.
MY FILE
Security function that allows changing
password.
EXIT
End of work.
1
PORTAL SYSTEM FLOW
ADMINISTRATORS
The Administrator page consists of
different functions that mainly provide
the control of the system. The
administrative functions within the
system are:
SCHOOLS MANAGEMENT
Manage school operations by listing
tasks, fee routines, teacher listings,
co-curricular activities, etc.
COURSE MANAGEMENT
Portal helps to manage, and monitor
courses, teaching strategy, and
progress. They can also add and delete
courses.
CLASS MANAGEMENT
This feature keeps track of curriculum
progress in all classesm individually. It
also enables the administrator to
assign classrooms, conference rooms,
auditorium, and other parts of the
infrastructure.
MY FILE
Security function that allows changing
password.
EXIT
End of work.
16. DIRECTORS
The directors’ page consists of
different functions that provide an
administrative operation of the sch
organization. It is important to no
that the director of the organizatio
will also have all the features tha
administrative department has. Th
administrative functions of the sch
organization are the following:
FACULTY MANAGEMENT
Controls the security of teacher’s
accounts by changing passwords f
teachers.
STUDENTS’ MANAGEMENT
Add comprehensive information ab
students in their profiles which is
required for managing each studen
individually.
PARENTS’ MANAGEMENT
Control the parent’s accounts by
connecting parents’ profiles with t
children’s.
CLASS’S MANAGEMENT
Controls the administrative tasks o
the classes, like maintaining
attendance of students, managing
leaves, etc.
DIRECTORS
The directors’ page consists of
different functions that provide an
administrative operation of the school
organization. It is important to note
that the director of the organization
will also have all the features that the
administrative department has. The
administrative functions of the school
organization are the following:
FACULTY MANAGEMENT
Controls the security of teacher’s
accounts by changing passwords for
teachers.
STUDENTS’ MANAGEMENT
Add comprehensive information about
students in their profiles which is
required for managing each student
individually.
PARENTS’ MANAGEMENT
Control the parent’s accounts by
connecting parents’ profiles with their
children’s.
CLASS’S MANAGEMENT
Controls the administrative tasks of
the classes, like maintaining
attendance of students, managing sick
leaves, etc.
VISION DOCUMENT
EDUCATION PORTAL 16
2 DIRECTORS
The directors’ page consists of
different functions that provide an
administrative operation of the school
organization. It is important to note
that the director of the organization
will also have all the features that the
administrative department has. The
administrative functions of the school
organization are the following:
FACULTY MANAGEMENT
Controls the security of teacher’s
accounts by changing passwords for
teachers.
STUDENTS’ MANAGEMENT
Add comprehensive information about
students in their profiles which is
required for managing each student
individually.
PARENTS’ MANAGEMENT
Control the parent’s accounts by
connecting parents’ profiles with their
children’s.
CLASS’S MANAGEMENT
Controls the administrative tasks of
the classes, like maintaining
attendance of students, managing sick
leaves, etc.
a
on ab
g
administrative operation of the sch
organization. It is important to no
that the director of the organizatio
will also have all the features tha
administrative department has. Th
administrative functions of the sch
accounts by changing passwords f
Add comprehensive information ab
required for managing each studen
connecting parents’ profiles with t
Controls the administrative tasks o
attendance of students, managing
ab
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on ab
g
17. uuut
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ck
VISION DOCUMENT
EDUCATION PORTAL 17
SECTIONS’ MANAGEMENT
Add a new section for a particular
school and the amendment to the
existing personnel’s profiles.
TEACHERS’ DISTRIBUTION
Distribution of teachers to each grade
according to subjects assigned to those
teachers.
STUDENTS’ REGISTRATION
Control the registration operation for
the students and align them with the
right class, school calendar, section,
and parent accounts.
SCHOOL SCHEDULE
See the course schedule.
HOMEROOM TEACHER
Determine the homeroom teacher.
MY FILE
Security function that allows changing
the passwords.
Exit
End of work.
SECTIONS’ MANAGEMENT
Add a new section for a particular
school and the amendment to the
existing personnel’s profiles.
TEACHERS’ DISTRIBUTION
Distribution of teachers to each grade
according to subjects assigned to those
teachers.
STUDENTS’ REGISTRATION
Control the registration operation for
the students and align them with the
right class, school calendar, section,
and parent accounts.
SCHOOL SCHEDULE
See the course schedule.
HOMEROOM TEACHER
Determine the homeroom teacher.
MY FILE
Security function that allows changing
the passwords.
Exit
End of work.
SECTIONS’ MANAGEMENT
Add a new section for a particular
school and the amendment to the
existing personnel’s profiles.
TEACHERS’ DISTRIBUTION
Distribution of teachers to each grade
according to subjects assigned to those
teachers.
STUDENTS’ REGISTRATION
Control the registration operation for
the students and align them with the
right class, school calendar, section,
and parent accounts.
SCHOOL SCHEDULE
See the course schedule.
HOMEROOM TEACHER
Determine the homeroom teacher.
MY FILE
Security function that allows changing
the passwords.
Exit
End of work.
SECTIONS’ MANAGEMENT
Add a new section for a particular
school and the amendment to the
existing personnel’s profiles.
TEACHERS’ DISTRIBUTION
Distribution of teachers to each grade
according to subjects assigned to those
teachers.
STUDENTS’ REGISTRATION
Control the registration operation for
the students and align them with the
right class, school calendar, section,
and parent accounts.
SCHOOL SCHEDULE
See the course schedule.
HOMEROOM TEACHER
Determine the homeroom teacher.
MY FILE
Security function that allows changing
the passwords.
Exit
End of work.
18. VISION DOCUMENT
EDUCATION PORTAL 18
STUDENTS
The students’ page consists of different
functions that allow the students to view
student related tasks and
download/upload homework. The view
functions of the students’ page are the
following
HOMEWORK
The portal will exhibit the homework
that the teacher assigns students.
Furthermore, provides the possibility for
the students to answer and re-send their
homework to the teacher in order to be
evaluated.
SCHOOL SCHEDULE
This function allows the student to see
the course schedule, as well as their
daily class schedule.
COURSE MARKS
This function allows the student to see
marks of the subjects and courses they
have taken throughout the year.
ATTENDANCE
It lets the students see their attendance,
so they can make sure they are marked
present in each class they attend. This
also enables them to have a clear view
of class(es) that they may be lagging in.
3
19. VISION DOCUMENT
EDUCATION PORTAL 19
LEAVE MANAGEMENT
This module allows the student to
submit the reasons for a leave of
absence, as well as upload a scan or
image of a doctor’s certificate. This
leave can then be approved by the
teacher or the administrationand be
converted into attendance, if and when
required.
EXIT
End of work.
20. VISION DOCUMENT
EDUCATION PORTAL 20
TEACHERS
The teachers’ page consists of different
functions that provide administrative
functions at the class level, which are:
HOMEWORK MANAGEMENT
It represents the communication
between students and teachers. Here
the portal allows the teacher to upload
homework assignments, assign it to
students, receive the homework from
students and grade them.
SCHOOL SCHEDULE
It provides the course schedule to help
them make the lesson plans and keep
track of the overall course schedule.
STUDENTS’ MARKS
This function can be used to feed in
students’ marks as well as modify them
if necessary. The teacher can also set
grading parameters based on the
marks. Individual grades of each paper
can define the overall grade of the
student.
HOMEPAGE
This shows the teacher all the courses
they teach in what class. As well as the
number of classes they have taken for
each course.
EXIT
End of work.
4
21. VISION DOCUMENT
EDUCATION PORTAL 21
PARENTS
The parents’ page consists of
different functions that give them
access to view the status of their
child/children in the school. The
functions that are found in the
parent page are the following:
STUDENTS MARKS
Allow the parents to see the marks
of all the courses that their child is
studying.
HOMEWORK
Allow the parents to see the
homework that the teacher sent to
the student, as well as the current
status of the homework which
includes statuses like due,
completed or in progress.
SCHOOL SCHEDULE
Allow the parents to see the course
schedule.
EXIT
End of work.
5
22. VISION DOCUMENT
EDUCATION PORTAL 22
E-LEARNING PORTAL
FOR ONLINE EDUCATION
Online Education is one of the most advancing revolutions in the
education industry. It is trending broadly and gaining colossal traction
on the global platform at a good pace. Though online learning has its
own limitations, it is a pretty productive option for millions of students
worldwide who are willing to learn things that are not available around
them. Studies show that today, students are increasingly opting for
more online degree programs than ever and taking at least one course
with their interest through a suitable online platform.
Certainly, online education holds the potential to gain polarity with its
attributes to the numerous advantages the platform offers. With this
potential, eLearning and online education have revolutionized the
contemporary education system, opening up some great opportunities
for educators as well as learners. The online education has shifted the
paradigm, and surely the future of education which is going to be more
glorious.
The global Online Education Market is also increasingly gaining
momentum thanks to technological advancements. These
advancements are proving to be impactful for enhancing the quality of
education, making it accessible remotely as well as making the
administrative process of education more efficient.
2
24. VIRTUAL CLASSROOMS
The terms Virtual classroom and Web classroom are often used in the
context of contemporary distance education and Web-Based Education
(WBE) to denote any means of live or pre-programmed Internet
broadcast of information and/or a Web-based environment meant to
support teaching and learning. When learners and teachers "meet" in
the virtual classroom, they actually simultaneously access a particular
URL that is dispensing information. Such a computer-accessible, online
learning environment can fulfill many of the learning facilitation roles
of a physical classroom in more or less the same way a blackboard does
for a real classroom. In fact, virtual classrooms are often modeled after
the metaphor of a physical classroom.
The interface of the supporting software may present a desk for each
student, a teacher's desk, cupboards for resources, presentation board
(virtual blackboard), module/assignment notebook, tools for chat and
written communication among the teacher and the class or among the
peer, access to online resources and tests, and even classroom posters.
Note a difference between classrooms with physically present learners
and virtual classrooms with remote interaction. In the former, Web
technologies and other electronic devices and tools support teaching,
learning, and communication in addition to live
interaction among the students and the
teacher(s). Such classrooms are also often called
Web classrooms but are in fact
technology-enriched typical teacher-moderated
classroom situations with physical presence of
both the students and the teachers. In the latter case,
physically remote students and teachers u s e
appropriate software environments
and Web technologies as the means
to interact, both synchronously and
asynchronously.
25. VISION DOCUMENT
EDUCATION PORTAL 25
ARCHITECTURE AND MODES
OF INTERACTION
Architecturally, a web classroom is usually a client-server learning
environment. Students and teachers work in a real or in a virtual
classroom; in both cases, students can learn either individually or
collaboratively. The web technology connects the teachers on the server
side and the students on the client side.
There are at least four modes of a student's interaction with a virtual
classroom:
Authentication
logging in for a new session.
Learning
Browsing, selecting and then consuming the material
provided. The consumption of the content depends on the
type. It is possible to have learning content in text, audio
we well as video format.
Assessment
Answering questions the system asks after the le arning of
a module is completed.
Validation
The mode in which the system checks and updates the student
module by estimating the student's knowledge about different
topics from the material they were supposed to learn.
26. Some crucial
Education Por
The glob
compou
period to
increasin
The glob
CAGR to
In a rece
report (F
student
D2L Brig
winning
Blackbo
institutio
heels, ac
previous
Some crucial reports
Education Portals, are
The global onlin
compound annu
period to reach a
increasing from U
The global e-lea
CAGR to cross $3
In a recent State
report (Fall 2017
student enrollme
D2L Brightspace
winning the Edit
Blackboard rema
institutions and
heels, accountin
previous year) an
Some crucial reports contain
Education Portals, are as belo
The global online educat
compound annual growt
period to reach a total m
increasing from US$159.
The global e-learning m
CAGR to cross $300 billio
In a recent State of High
report (Fall 2017), 87 pe
student enrollments rely
D2L Brightspace, but the
winning the Editors’ Choi
Blackboard remains the
institutions and 37 perce
heels, accounting for 21
previous year) and 27 pe
VISION DOCUMENT
EDUCATION PORTAL 26
FEATURES THAT E-LEARNING
PORTAL RENDERS
Video conferencing.
Digital video (searching digital video libraries and live digital video
transmission).
Internet television (high definition TV transmission over the
Internet).
Streaming media Webcasts (playing multimedia contents as they
get downloaded, without waiting for the entire download to
complete).
A range of different local student computers (desktops, notebooks,
tablets, etc.), all locally networked and with access to the
Internet.
Live board and other devices and accessories. Likewise, depending
on the domain and the pedagogical setting, different specific
software components can be involved as well.
Specific workspace tools for different domains, integrated with
visual modeling languages and various construction kits (e.g.,
entity relationship modeling elements for the domain of database
design), to help the students learn more efficiently by solving
problems in the domain of interest.
Different modeling and simulation tools, all with specific
domain-related functionality and semantics; these can be
defined externally, in the form of tool palettes that encapsulate
domain dependent semantics.
Some crucial reports contain
Education Portals, are as belo
The global online educat
compound annual growt
period to reach a total m
increasing from US$159.
The global e-learning m
CAGR to cross $300 billio
In a recent State of High
report (Fall 2017), 87 pe
student enrollments rely
D2L Brightspace, but the
winning the Editors’ Choi
Blackboard remains the
institutions and 37 perce
heels, accounting for 21
previous year) and 27 pe
Some crucial
Education Por
The glob
compou
period to
increasin
The glob
CAGR to
In a rece
report (F
student
D2L Brig
winning
Blackbo
institutio
heels, ac
previous
Some crucial reports
Education Portals, are
The global onlin
compound annu
period to reach a
increasing from U
The global e-lea
CAGR to cross $3
In a recent State
report (Fall 2017
student enrollme
D2L Brightspace
winning the Edit
Blackboard rema
institutions and
heels, accountin
previous year) an
at
t
$159.
g m
o
e, but the
e
or 21
at
t
$159.
g m
o
e, but the
e
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27. eports containing critical data explain the boom of
s, are as below:
online education market is projected to witness a
annual growth rate of 10.26% during the forecast
each a total market size of US$286.62 billion by 2023,
from US$159.52 billion in 2017.
e-learning market is forecast to grow at more than 7%
oss $300 billion in next 6 to 8 years.
State of Higher Ed LMS Market for the US and Canada
l 2017), 87 percent of institutions and 91 percent of
rollments rely upon Blackboard, Canvas, Moodle, or
space, but the PCMag reviews showed a different four
e Editors’ Choice awards (above bullet points).
d remains the most popular LMS (28 percent of
s and 37 percent of enrollment), Canvas is hot on its
ounting for 21 percent of institutions (up from 17 the
ear) and 27 percent of enrollment.
ontaining critical data explain the boom of
s below:
education market is projected to witness a
growth rate of 10.26% during the forecast
otal market size of US$286.62 billion by 2023,
$159.52 billion in 2017.
ing market is forecast to grow at more than 7%
0 billion in next 6 to 8 years.
Higher Ed LMS Market for the US and Canada
87 percent of institutions and 91 percent of
ts rely upon Blackboard, Canvas, Moodle, or
ut the PCMag reviews showed a different four
’ Choice awards (above bullet points).
s the most popular LMS (28 percent of
percent of enrollment), Canvas is hot on its
or 21 percent of institutions (up from 17 the
27 percent of enrollment.
i
C
of en
i
C
of en
EDU
ON
Before
an ed
educa
under
evalu
curren
categ
Organ
In ma
eports containing critical data explain the boom of
s, are as below:
online education market is projected to witness a
annual growth rate of 10.26% during the forecast
each a total market size of US$286.62 billion by 2023,
from US$159.52 billion in 2017.
e-learning market is forecast to grow at more than 7%
oss $300 billion in next 6 to 8 years.
State of Higher Ed LMS Market for the US and Canada
l 2017), 87 percent of institutions and 91 percent of
rollments rely upon Blackboard, Canvas, Moodle, or
space, but the PCMag reviews showed a different four
e Editors’ Choice awards (above bullet points).
d remains the most popular LMS (28 percent of
s and 37 percent of enrollment), Canvas is hot on its
ounting for 21 percent of institutions (up from 17 the
ear) and 27 percent of enrollment.
EDUCAT
ON THE
Before going o
an education
education po
understanding
evaluations d
currently avai
categories in
Organizationa
NETWO
Web por
manage
various
ORGANI
An Orga
organiza
materia
RESOUR
is a port
online. G
facilities
well as
In many insta
ontaining critical data explain the boom of
s below:
education market is projected to witness a
growth rate of 10.26% during the forecast
otal market size of US$286.62 billion by 2023,
$159.52 billion in 2017.
ing market is forecast to grow at more than 7%
0 billion in next 6 to 8 years.
Higher Ed LMS Market for the US and Canada
87 percent of institutions and 91 percent of
ts rely upon Blackboard, Canvas, Moodle, or
ut the PCMag reviews showed a different four
’ Choice awards (above bullet points).
s the most popular LMS (28 percent of
percent of enrollment), Canvas is hot on its
or 21 percent of institutions (up from 17 the
27 percent of enrollment.
g critical data explain the boom of
n market is projected to witness a
ate of 10.26% during the forecast
ket size of US$286.62 billion by 2023,
billion in 2017.
ket is forecast to grow at more than 7%
in next 6 to 8 years.
Ed LMS Market for the US and Canada
ent of institutions and 91 percent of
pon Blackboard, Canvas, Moodle, or
CMag reviews showed a different four
awards (above bullet points).
ost popular LMS (28 percent of
of enrollment), Canvas is hot on its
rcent of institutions (up from 17 the
ent of enrollment.
ome crucial reports containing critical data explain the boom of
ducation Portals, are as below:
The global online education market is projected to witness a
compound annual growth rate of 10.26% during the forecast
period to reach a total market size of US$286.62 billion by 2023,
increasing from US$159.52 billion in 2017.
The global e-learning market is forecast to grow at more than 7%
CAGR to cross $300 billion in next 6 to 8 years.
In a recent State of Higher Ed LMS Market for the US and Canada
report (Fall 2017), 87 percent of institutions and 91 percent of
student enrollments rely upon Blackboard, Canvas, Moodle, or
D2L Brightspace, but the PCMag reviews showed a different four
winning the Editors’ Choice awards (above bullet points).
Blackboard remains the most popular LMS (28 percent of
institutions and 37 percent of enrollment), Canvas is hot on its
heels, accounting for 21 percent of institutions (up from 17 the
previous year) and 27 percent of enrollment.
EDUCATION
ON THE INT
Before going on to des
an education portal,
education portals o
understanding of the
evaluations demonstr
currently available in
categories into whic
Organizational Portal
NETWORKING P
Web portals tha
managers, and a
various educatio
ORGANIZATION
An Organization
organization wh
materials and re
RESOURCE-BASE
is a portal, whic
online. Generally
facilities, links to
well as subscrip
In many instances, the
g critical data explain the boom of
n market is projected to witness a
ate of 10.26% during the forecast
ket size of US$286.62 billion by 2023,
billion in 2017.
ket is forecast to grow at more than 7%
in next 6 to 8 years.
Ed LMS Market for the US and Canada
ent of institutions and 91 percent of
pon Blackboard, Canvas, Moodle, or
CMag reviews showed a different four
awards (above bullet points).
ost popular LMS (28 percent of
of enrollment), Canvas is hot on its
rcent of institutions (up from 17 the
ent of enrollment.
VISION DOCUMENT
EDUCATION PORTAL 27
General "discussion board".
Editing tool for taking and collecting individual notes.
Hooks to standard text processors, spreadsheet programs,
and other frequently used applications.
Intelligent monitoring tools that can give both individual feedback
and information for the teacher. The teacher can use such
information to possibly enforce independent thinking and more
active participation by some students.
Student tracking tools; for example, when a student finishes
navigating a particular module, the system may record it so that
the next time it will automatically bring the student to the next
module or "learning space".
Collaborative learning support tools (such as shared and private
workspace environments, tools for exchanging settings and data
between learners and groups, chat rooms, and discussion forums).
Specific problem-creation tools for teachers to prepare initial
problem descriptions for students to solve, using some
corresponding visually oriented languages.
Specific help-creation tools for teachers to help the students when
solving problems (by providing hints, using annotation elements
and free-hand input).
Electronic grade book for teachers; students can also see their own
grades and compare them to class averages.
EDUCATION
ON THE INT
Before going on to des
an education portal,
education portals o
understanding of the
evaluations demonstr
currently available in
categories into whic
Organizational Portal
NETWORKING P
Web portals tha
managers, and a
various educatio
ORGANIZATION
An Organization
organization wh
materials and re
RESOURCE-BASE
is a portal, whic
online. Generally
facilities, links to
well as subscrip
In many instances, the
EDU
ON
Before
an ed
educa
under
evalu
curren
categ
Organ
In ma
EDUCAT
ON THE
Before going o
an education
education po
understanding
evaluations d
currently avai
categories in
Organizationa
NETWO
Web por
manage
various
ORGANI
An Orga
organiza
materia
RESOUR
is a port
online. G
facilities
well as
In many insta
TION
ON THE INT
es
al
P
s tha
o
e
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c
o
p
es, the
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es
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s tha
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c
o
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28. CATION VIA PORTALS
THE INTERNET
oing on to describe what services seem to make most sense for
ation portal, it is necessary to address the range of existing
on portals on the Internet. This exercise highlights the
anding of the scope of a dedicated education portal. Our
ons demonstrated that there is a good range of web portals
y available in the market with broad functionality. The various
es into which these portals fit are Networking Portals,
ational Portals, and Resource-based Portals.
eb portals that provide various individuals (educators, learners,
anagers, and administrators) with a central point to access
rious educational tools and facilities (online and offline).
Organizational Portal is a portal constructed by a specific
ganization whose core business is to deliver educational
aterials and resource materials.
a portal, which provides access to various educational resources
line. Generally, these types of portals contain adequate search
cilities, links to other relevant organizations or institutions as
ell as subscription services.
instances, these services are merged in a single portal.
ION VIA PORTALS
NTERNET
to describe what services seem to make most sense for
ortal, it is necessary to address the range of existing
als on the Internet. This exercise highlights the
of the scope of a dedicated education portal. Our
monstrated that there is a good range of web portals
ble in the market with broad functionality. The various
which these portals fit are Networking Portals,
Portals, and Resource-based Portals.
ING PORTALS
ls that provide various individuals (educators, learners,
and administrators) with a central point to access
ucational tools and facilities (online and offline).
ATIONAL PORTALS
ational Portal is a portal constructed by a specific
on whose core business is to deliver educational
and resource materials.
-BASED PORTAL
, which provides access to various educational resources
nerally, these types of portals contain adequate search
nks to other relevant organizations or institutions as
bscription services.
es, these services are merged in a single portal.
VIA PO
RNET
i
a
e
u
p
t
serv
VIA PO
RNET
i
a
e
u
p
t
serv
CATION VIA PORTALS
THE INTERNET
oing on to describe what services seem to make most sense for
ation portal, it is necessary to address the range of existing
on portals on the Internet. This exercise highlights the
anding of the scope of a dedicated education portal. Our
ons demonstrated that there is a good range of web portals
y available in the market with broad functionality. The various
es into which these portals fit are Networking Portals,
ational Portals, and Resource-based Portals.
TWORKING PORTALS
eb portals that provide various individuals (educators, learners,
anagers, and administrators) with a central point to access
rious educational tools and facilities (online and offline).
RGANIZATIONAL PORTALS
Organizational Portal is a portal constructed by a specific
ganization whose core business is to deliver educational
aterials and resource materials.
SOURCE-BASED PORTAL
a portal, which provides access to various educational resources
line. Generally, these types of portals contain adequate search
cilities, links to other relevant organizations or institutions as
ell as subscription services.
instances, these services are merged in a single portal.
ION VIA PORTALS
NTERNET
to describe what services seem to make most sense for
ortal, it is necessary to address the range of existing
als on the Internet. This exercise highlights the
of the scope of a dedicated education portal. Our
monstrated that there is a good range of web portals
ble in the market with broad functionality. The various
which these portals fit are Networking Portals,
Portals, and Resource-based Portals.
ING PORTALS
ls that provide various individuals (educators, learners,
and administrators) with a central point to access
ucational tools and facilities (online and offline).
ATIONAL PORTALS
ational Portal is a portal constructed by a specific
on whose core business is to deliver educational
and resource materials.
-BASED PORTAL
, which provides access to various educational resources
nerally, these types of portals contain adequate search
nks to other relevant organizations or institutions as
bscription services.
es, these services are merged in a single portal.
VIA PORTALS
RNET
ibe what services seem to make most sense for
is necessary to address the range of existing
the Internet. This exercise highlights the
cope of a dedicated education portal. Our
ed that there is a good range of web portals
e market with broad functionality. The various
these portals fit are Networking Portals,
and Resource-based Portals.
RTALS
rovide various individuals (educators, learners,
ministrators) with a central point to access
l tools and facilities (online and offline).
PORTALS
Portal is a portal constructed by a specific
e core business is to deliver educational
urce materials.
PORTAL
provides access to various educational resources
hese types of portals contain adequate search
ther relevant organizations or institutions as
n services.
services are merged in a single portal.
EDUCATION VIA PORTALS
ON THE INTERNET
Before going on to describe what services seem to make most sense for
an education portal, it is necessary to address the range of existing
education portals on the Internet. This exercise highlights the
understanding of the scope of a dedicated education portal. Our
evaluations demonstrated that there is a good range of web portals
currently available in the market with broad functionality. The various
categories into which these portals fit are Networking Portals,
Organizational Portals, and Resource-based Portals.
NETWORKING PORTALS
Web portals that provide various individuals (educators, learners,
managers, and administrators) with a central point to access
various educational tools and facilities (online and offline).
ORGANIZATIONAL PORTALS
An Organizational Portal is a portal constructed by a specific
organization whose core business is to deliver educational
materials and resource materials.
RESOURCE-BASED PORTAL
is a portal, which provides access to various educational resources
online. Generally, these types of portals contain adequate search
facilities, links to other relevant organizations or institutions as
well as subscription services.
In many instances, these services are merged in a single portal.
VIA PORTALS
RNET
ibe what services seem to make most sense for
is necessary to address the range of existing
the Internet. This exercise highlights the
cope of a dedicated education portal. Our
ed that there is a good range of web portals
e market with broad functionality. The various
these portals fit are Networking Portals,
and Resource-based Portals.
RTALS
rovide various individuals (educators, learners,
ministrators) with a central point to access
l tools and facilities (online and offline).
PORTALS
Portal is a portal constructed by a specific
e core business is to deliver educational
urce materials.
PORTAL
provides access to various educational resources
hese types of portals contain adequate search
ther relevant organizations or institutions as
n services.
services are merged in a single portal.
EDUCATING THE EDUCATION O
TOMORROW WITH PORTAL
Web portals have been used to automate and streamline a
functions in higher education. The latest application of por
education has been to create a point of access for a
functions for students, such as registration, financial aid, a
records, or for staff, such as timesheets, leave balances an
this way, use of portals maximizes the efficient use
students’ time.
A university portal conventionally offers other stakeholder
into the university. Parents are eager to see what their
experiencing. State legislators and citizens are very inqu
what their tax money is being used for and how the u
contribute to the state’s well-being and economic impro
current wonderful and challenging aspect of web
positioned by portals is the idea of creating and managing
systems whose chief purpose is to uphold positive
EDUCATING THE EDUCATION OF
TOMORROW WITH PORTAL
Web portals have been used to automate and streamline administr
functions in higher education. The latest application of portals in h
education has been to create a point of access for administr
functions for students, such as registration, financial aid, and acad
records, or for staff, such as timesheets, leave balances and the lik
this way, use of portals maximizes the efficient use of staff
students’ time.
A university portal conventionally offers other stakeholders a vita
into the university. Parents are eager to see what their children
experiencing. State legislators and citizens are very inquisitive a
what their tax money is being used for and how the university
contribute to the state’s well-being and economic improvement.
current wonderful and challenging aspect of web managem
positioned by portals is the idea of creating and managing informa
systems whose chief purpose is to uphold positive relation
EDUCATING THE EDUCATION OF
TOMORROW WITH PORTAL
Web portals have been used to automate and streamline administrative
functions in higher education. The latest application of portals in higher
education has been to create a point of access for administrative
functions for students, such as registration, financial aid, and academic
records, or for staff, such as timesheets, leave balances and the like. In
this way, use of portals maximizes the efficient use of staff and
students’ time.
A university portal conventionally offers other stakeholders a vital link
into the university. Parents are eager to see what their children are
experiencing. State legislators and citizens are very inquisitive about
what their tax money is being used for and how the university can
contribute to the state’s well-being and economic improvement. The
current wonderful and challenging aspect of web management
positioned by portals is the idea of creating and managing information
systems whose chief purpose is to uphold positive relationships
VISION DOCUMENT
EDUCATION PORTAL 28
EDUCATING THE EDUCATION OF
TOMORROW WITH PORTAL
Web portals have been used to automate and streamline administrative
functions in higher education. The latest application of portals in higher
education has been to create a point of access for administrative
functions for students, such as registration, financial aid, and academic
records, or for staff, such as timesheets, leave balances and the like. In
this way, use of portals maximizes the efficient use of staff and
students’ time.
A university portal conventionally offers other stakeholders a vital link
into the university. Parents are eager to see what their children are
experiencing. State legislators and citizens are very inquisitive about
what their tax money is being used for and how the university can
contribute to the state’s well-being and economic improvement. The
current wonderful and challenging aspect of web management
positioned by portals is the idea of creating and managing information
systems whose chief purpose is to uphold positive relationships
be
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im
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ed
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de
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increasing
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improved
portals to
leverage t
organizatio
Portals al
defined un
to both exp
people are
terms of co
improve th
shared bu
practices,
through te
review, and
through th
message
informatio
The role
educati
While the
of higher e
long as t
participate
departmen
EDUCATING THE EDUCATION O
Web portals have been used to automate and streamline a
functions in higher education. The latest application of por
education has been to create a point of access for a
functions for students, such as registration, financial aid, a
records, or for staff, such as timesheets, leave balances an
this way, use of portals maximizes the efficient use
A university portal conventionally offers other stakeholder
into the university. Parents are eager to see what their
experiencing. State legislators and citizens are very inqu
what their tax money is being used for and how the u
contribute to the state’s well-being and economic impro
current wonderful and challenging aspect of web
positioned by portals is the idea of creating and managing
systems whose chief purpose is to uphold positive
Web portals have been used to automate and streamline administr
functions in higher education. The latest application of portals in h
education has been to create a point of access for administr
functions for students, such as registration, financial aid, and acad
records, or for staff, such as timesheets, leave balances and the lik
this way, use of portals maximizes the efficient use of staff
A university portal conventionally offers other stakeholders a vita
into the university. Parents are eager to see what their children
experiencing. State legislators and citizens are very inquisitive a
what their tax money is being used for and how the university
contribute to the state’s well-being and economic improvement.
current wonderful and challenging aspect of web managem
positioned by portals is the idea of creating and managing informa
systems whose chief purpose is to uphold positive relation
be
Th
inc
an
im
po
lev
or
Po
de
to
pe
te
im
sh
pr
th
rev
th
me
inf
Th
ed
W
of
lo
pa
de
between a
They furth
increasing
and resear
improved
portals to
leverage t
organizatio
Portals al
defined un
to both exp
people are
terms of co
improve th
shared bu
practices,
through te
review, and
through th
message
informatio
The role
educati
While the
of higher e
long as t
participate
departmen
TION O
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29. ant
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s
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of k
ministrative
s in higher
ministrative
d academic
the like. In
staff and
a vital link
hildren are
tive about
versity can
ment. The
anagement
nformation
ationships
ve
er
ve
mic
In
nd
nk
re
ut
an
he
nt
on
ps
een an institution’s stakeholders and the institution. That’s new!
further suggest that portals represent new strategic means of
asing a university’s competitive position by fostering innovation
research activities that can lead to greater acquisition of grants and
oved prestige for the university. By harnessing the capability of
als to create learning and research communities, portals can
age the huge intellectual capital base contained within the
nization via collaborative, synergistic activities.
als also serve to empower individuals within a more broadly
ed university community. By delivering quick and easy accessibility
oth explicit and tacit knowledge as well as communities of practice,
le are not restricted by geographic or other physical barriers in
s of communicating and exploring new knowledge. The portal will
ove the efficiency of knowledge exchange and deliver a set of
ed business objectives that include communications around best
tices, a gateway to research on the use of teaching and learning
ugh technology, professional development, policy development and
w, and resource development. Portals facilitate knowledge transfer
ugh the inclusion of multiple communication channels, such as
age boards and directories; moving beyond the one-sided
mation exchange found in traditional web sites.
role of knowledge management in higher
cation:
e the concept of knowledge management may be new, institutions
gher education have been creating and disseminating knowledge as
as they’ve existed, through research and teaching. Faculty
cipate in knowledge transfer internally, within their respective
rtments, and externally, through their communities of practice.
nstitution’s stakeholders and the institution. That’s new!
suggest that portals represent new strategic means of
university’s competitive position by fostering innovation
activities that can lead to greater acquisition of grants and
estige for the university. By harnessing the capability of
reate learning and research communities, portals can
huge intellectual capital base contained within the
via collaborative, synergistic activities.
serve to empower individuals within a more broadly
rsity community. By delivering quick and easy accessibility
cit and tacit knowledge as well as communities of practice,
ot restricted by geographic or other physical barriers in
municating and exploring new knowledge. The portal will
efficiency of knowledge exchange and deliver a set of
ess objectives that include communications around best
gateway to research on the use of teaching and learning
nology, professional development, policy development and
esource development. Portals facilitate knowledge transfer
inclusion of multiple communication channels, such as
ards and directories; moving beyond the one-sided
exchange found in traditional web sites.
of knowledge management in higher
n:
ncept of knowledge management may be new, institutions
cation have been creating and disseminating knowledge as
y’ve existed, through research and teaching. Faculty
n knowledge transfer internally, within their respective
, and externally, through their communities of practice.
ministrative
s in higher
ministrative
d academic
the like. In
staff and
a vital link
hildren are
tive about
versity can
ment. The
anagement
nformation
ationships
ve
er
ve
mic
In
nd
nk
re
ut
an
he
nt
on
ps
VISION DOCUMENT
EDUCATION PORTAL 29
between an institution’s stakeholders and the institution. That’s new!
They further suggest that portals represent new strategic means of
increasing a university’s competitive position by fostering innovation
and research activities that can lead to greater acquisition of grants and
improved prestige for the university. By harnessing the capability of
portals to create learning and research communities, portals can
leverage the huge intellectual capital base contained within the
organization via collaborative, synergistic activities.
Portals also serve to empower individuals within a more broadly
defined university community. By delivering quick and easy accessibility
to both explicit and tacit knowledge as well as communities of practice,
people are not restricted by geographic or other physical barriers in
terms of communicating and exploring new knowledge. The portal will
improve the efficiency of knowledge exchange and deliver a set of
shared business objectives that include communications around best
practices, a gateway to research on the use of teaching and learning
through technology, professional development, policy development and
review, and resource development. Portals facilitate knowledge transfer
through the inclusion of multiple communication channels, such as
message boards and directories; moving beyond the one-sided
information exchange found in traditional web sites.
The Role of Knowledge Management in Higher
Education:
While the concept of knowledge management may be new, institutions
of higher education have been creating and disseminating knowledge as
long as they’ve existed, through research and teaching. Faculty
participate in knowledge transfer internally, within their respective
departments, and externally, through their communities of practice.
between an institution’s stakeholders and the institution. That’s new!
They further suggest that portals represent new strategic means of
increasing a university’s competitive position by fostering innovation
and research activities that can lead to greater acquisition of grants and
improved prestige for the university. By harnessing the capability of
portals to create learning and research communities, portals can
leverage the huge intellectual capital base contained within the
organization via collaborative, synergistic activities.
Portals also serve to empower individuals within a more broadly
defined university community. By delivering quick and easy accessibility
to both explicit and tacit knowledge as well as communities of practice,
people are not restricted by geographic or other physical barriers in
terms of communicating and exploring new knowledge. The portal will
improve the efficiency of knowledge exchange and deliver a set of
shared business objectives that include communications around best
practices, a gateway to research on the use of teaching and learning
through technology, professional development, policy development and
review, and resource development. Portals facilitate knowledge transfer
through the inclusion of multiple communication channels, such as
message boards and directories; moving beyond the one-sided
information exchange found in traditional web sites.
The role of knowledge management in higher
education:
While the concept of knowledge management may be new, institutions
of higher education have been creating and disseminating knowledge as
long as they’ve existed, through research and teaching. Faculty
participate in knowledge transfer internally, within their respective
departments, and externally, through their communities of practice.
een an institution’s stakeholders and the institution. That’s new!
further suggest that portals represent new strategic means of
asing a university’s competitive position by fostering innovation
research activities that can lead to greater acquisition of grants and
oved prestige for the university. By harnessing the capability of
als to create learning and research communities, portals can
age the huge intellectual capital base contained within the
nization via collaborative, synergistic activities.
als also serve to empower individuals within a more broadly
ed university community. By delivering quick and easy accessibility
oth explicit and tacit knowledge as well as communities of practice,
le are not restricted by geographic or other physical barriers in
s of communicating and exploring new knowledge. The portal will
ove the efficiency of knowledge exchange and deliver a set of
ed business objectives that include communications around best
tices, a gateway to research on the use of teaching and learning
ugh technology, professional development, policy development and
w, and resource development. Portals facilitate knowledge transfer
ugh the inclusion of multiple communication channels, such as
age boards and directories; moving beyond the one-sided
mation exchange found in traditional web sites.
role of knowledge management in higher
cation:
e the concept of knowledge management may be new, institutions
gher education have been creating and disseminating knowledge as
as they’ve existed, through research and teaching. Faculty
cipate in knowledge transfer internally, within their respective
rtments, and externally, through their communities of practice.
nstitution’s stakeholders and the institution. That’s new!
suggest that portals represent new strategic means of
university’s competitive position by fostering innovation
activities that can lead to greater acquisition of grants and
estige for the university. By harnessing the capability of
reate learning and research communities, portals can
huge intellectual capital base contained within the
via collaborative, synergistic activities.
serve to empower individuals within a more broadly
rsity community. By delivering quick and easy accessibility
cit and tacit knowledge as well as communities of practice,
ot restricted by geographic or other physical barriers in
municating and exploring new knowledge. The portal will
efficiency of knowledge exchange and deliver a set of
ess objectives that include communications around best
gateway to research on the use of teaching and learning
nology, professional development, policy development and
esource development. Portals facilitate knowledge transfer
inclusion of multiple communication channels, such as
ards and directories; moving beyond the one-sided
exchange found in traditional web sites.
of knowledge management in higher
n:
ncept of knowledge management may be new, institutions
cation have been creating and disseminating knowledge as
y’ve existed, through research and teaching. Faculty
n knowledge transfer internally, within their respective
, and externally, through their communities of practice.
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30. a
a
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a
a
er
y is knowledge management important to
her education?
g knowledge management technologies and techniques in higher
ation is as vital as it is in the corporate sector. If done effectively, it
help garner better decision-making abilities, reduced “product”
lopment cycle time (for example, curriculum development and
arch), improved academic and administrative services and reduced
. The same factors, such as competition for students and resources,
h have led higher education institutions to implement knowledge
agement systems in their administrative functions, make the case
expanding knowledge management practices to teaching and
arch as well.
creation of knowledge management systems which tap into these
ng pockets of knowledge is still in its infancy. Knowledge
agement is a brand new field, and some of the insightful
riments are just beginning in higher education. We suspect that
is a tremendous value to higher education institutions that
lop initiatives to share knowledge to align their business objectives
social objectives. Institutions face increasing competition for
ents and resources. One important factor in attracting students and
ning resources is the caliber of an institutions’ faculty and the
ty of their research.
universities with identical numbers of faculty, degree programs,
nditures, and enrollment may vary widely in how successful they
n rankings such as those conducted by US News and World Report.
difference often adds up to an intangible value that is added by
tive knowledge management. The roles of teacher and researcher
and that staff poses as the expert and that their security and
bility with students and colleagues is dependent upon their
wledge base. This is important because, as to excel in the future,
er education institutions have to manage explicitly, systematically
comprehensively from a knowledge perspective.
Why is knowledge management important to
higher education?
Using knowledge management technologies and techniques in higher
education is as vital as it is in the corporate sector. If done effectively, it
can help garner better decision-making abilities, reduced “product”
development cycle time (for example, curriculum development and
research), improved academic and administrative services and reduced
costs. The same factors, such as competition for students and resources,
which have led higher education institutions to implement knowledge
management systems in their administrative functions, make the case
for expanding knowledge management practices to teaching and
research as well.
The creation of knowledge management systems which tap into these
existing pockets of knowledge is still in its infancy. Knowledge
management is a brand new field, and some of the insightful
experiments are just beginning in higher education. We suspect that
there is a tremendous value to higher education institutions that
develop initiatives to share knowledge to align their business objectives
with social objectives. Institutions face increasing competition for
students and resources. One important factor in attracting students and
obtaining resources is the caliber of an institutions’ faculty and the
quality of their research.
Two universities with identical numbers of faculty, degree programs,
expenditures, and enrollment may vary widely in how successful they
are in rankings such as those conducted by US News and World Report.
The difference often adds up to an intangible value that is added by
effective knowledge management. The roles of teacher and researcher
demand that staff poses as the expert and that their security and
credibility with students and colleagues is dependent upon their
knowledge base. This is important because, as to excel in the future,
higher education institutions have to manage explicitly, systematically
and comprehensively from a knowledge perspective.
VISION DOCUMENT
EDUCATION PORTAL 30
Why is Knowledge Management Important to
Higher Education?
Using knowledge management technologies and techniques in higher
education is as vital as it is in the corporate sector. If done effectively, it
can help garner better decision-making abilities, reduced “product”
development cycle time (for example, curriculum development and
research), improved academic and administrative services and reduced
costs. The same factors, such as competition for students and resources,
which have led higher education institutions to implement knowledge
management systems in their administrative functions, make the case
for expanding knowledge management practices to teaching and
research as well.
The creation of knowledge management systems which tap into these
existing pockets of knowledge is still in its infancy. Knowledge
management is a brand new field, and some of the insightful
experiments are just beginning in higher education. We suspect that
there is a tremendous value to higher education institutions that
develop initiatives to share knowledge to align their business objectives
with social objectives. Institutions face increasing competition for
students and resources. One important factor in attracting students and
obtaining resources is the caliber of an institutions’ faculty and the
quality of their research.
Two universities with identical numbers of faculty, degree programs,
expenditures, and enrollment may vary widely in how successful they
are in rankings such as those conducted by US News and World Report.
The difference often adds up to an intangible value that is added by
effective knowledge management. The roles of teacher and researcher
demand that staff poses as the expert and that their security and
credibility with students and colleagues is dependent upon their
knowledge base. This is important because, as to excel in the future,
higher education institutions have to manage explicitly, systematically
and comprehensively from a knowledge perspective.
Why is knowledge management important to
higher education?
Using knowledge management technologies and techniques in higher
education is as vital as it is in the corporate sector. If done effectively, it
can help garner better decision-making abilities, reduced “product”
development cycle time (for example, curriculum development and
research), improved academic and administrative services and reduced
costs. The same factors, such as competition for students and resources,
which have led higher education institutions to implement knowledge
management systems in their administrative functions, make the case
for expanding knowledge management practices to teaching and
research as well.
The creation of knowledge management systems which tap into these
existing pockets of knowledge is still in its infancy. Knowledge
management is a brand new field, and some of the insightful
experiments are just beginning in higher education. We suspect that
there is a tremendous value to higher education institutions that
develop initiatives to share knowledge to align their business objectives
with social objectives. Institutions face increasing competition for
students and resources. One important factor in attracting students and
obtaining resources is the caliber of an institutions’ faculty and the
quality of their research.
Two universities with identical numbers of faculty, degree programs,
expenditures, and enrollment may vary widely in how successful they
are in rankings such as those conducted by US News and World Report.
The difference often adds up to an intangible value that is added by
effective knowledge management. The roles of teacher and researcher
demand that staff poses as the expert and that their security and
credibility with students and colleagues is dependent upon their
knowledge base. This is important because, as to excel in the future,
higher education institutions have to manage explicitly, systematically
and comprehensively from a knowledge perspective.
y is knowledge management important to
her education?
g knowledge management technologies and techniques in higher
ation is as vital as it is in the corporate sector. If done effectively, it
help garner better decision-making abilities, reduced “product”
lopment cycle time (for example, curriculum development and
arch), improved academic and administrative services and reduced
. The same factors, such as competition for students and resources,
h have led higher education institutions to implement knowledge
agement systems in their administrative functions, make the case
expanding knowledge management practices to teaching and
arch as well.
creation of knowledge management systems which tap into these
ng pockets of knowledge is still in its infancy. Knowledge
agement is a brand new field, and some of the insightful
riments are just beginning in higher education. We suspect that
is a tremendous value to higher education institutions that
lop initiatives to share knowledge to align their business objectives
social objectives. Institutions face increasing competition for
ents and resources. One important factor in attracting students and
ning resources is the caliber of an institutions’ faculty and the
ty of their research.
universities with identical numbers of faculty, degree programs,
nditures, and enrollment may vary widely in how successful they
n rankings such as those conducted by US News and World Report.
difference often adds up to an intangible value that is added by
tive knowledge management. The roles of teacher and researcher
and that staff poses as the expert and that their security and
bility with students and colleagues is dependent upon their
wledge base. This is important because, as to excel in the future,
er education institutions have to manage explicitly, systematically
comprehensively from a knowledge perspective.