This document discusses Bring Your Own Technology (BYOT) in schools. It notes that BYOT allows students to openly bring their own technology for instructional use in the classroom. Data shows that 53% of students see not being able to use their own devices for learning as the greatest barrier to educational technology use. BYOT could directly support five of the nine factors that strongly link technology to educational success according to Project RED. The document outlines educational considerations like achieving 1-1 technology access for less money and allowing new instructional strategies. It also discusses technical considerations such as supporting fewer school-owned devices, implementing network policies, and determining device and application access.
NEW DESIGNS FOR LEARNING reported by Maria Angela B. Caparas BSE III EnglishCaparas222
This powerpoint presentation tackles about the different methods of high tech teaching in a low tech classroom. This also discusses how the 21st century educational system contributes to the learning of the students.
John Parents Meeting July 2015 Educational TechnologyJohn Cork
This document summarizes educational technology and 21st century learning at Panyarat High School. It discusses that 21st century skills include creativity, problem solving, communication and collaboration. It also outlines that Panyarat High School utilizes Wi-Fi, collaborative learning, a 1:1 laptop program using Google Chromebooks, Google Apps for education, an online learning management system, and teaches digital citizenship.
- The document summarizes a study that explored integrating formal and informal learning supported by electronic tools in higher education.
- The study was conducted over one year across two universities and subject areas, and examined students' and staff's experiences using e-tools to support learning.
- Key findings included that students widely use e-tools for recreation but their use is more limited for formal study, and that students are actively using social software tools to socialize, support each other, and share resources, while staff usage of e-tools is more limited.
This document discusses Bring Your Own Technology (BYOT) in schools. It notes that BYOT allows students to openly bring their own technology for instructional use in the classroom. Data shows that 53% of students see not being able to use their own devices for learning as the greatest barrier to educational technology use. BYOT could directly support five of the nine factors that strongly link technology to educational success according to Project RED. The document outlines educational considerations like achieving 1-1 technology access for less money and allowing new instructional strategies. It also discusses technical considerations such as supporting fewer school-owned devices, implementing network policies, and determining device and application access.
NEW DESIGNS FOR LEARNING reported by Maria Angela B. Caparas BSE III EnglishCaparas222
This powerpoint presentation tackles about the different methods of high tech teaching in a low tech classroom. This also discusses how the 21st century educational system contributes to the learning of the students.
John Parents Meeting July 2015 Educational TechnologyJohn Cork
This document summarizes educational technology and 21st century learning at Panyarat High School. It discusses that 21st century skills include creativity, problem solving, communication and collaboration. It also outlines that Panyarat High School utilizes Wi-Fi, collaborative learning, a 1:1 laptop program using Google Chromebooks, Google Apps for education, an online learning management system, and teaches digital citizenship.
- The document summarizes a study that explored integrating formal and informal learning supported by electronic tools in higher education.
- The study was conducted over one year across two universities and subject areas, and examined students' and staff's experiences using e-tools to support learning.
- Key findings included that students widely use e-tools for recreation but their use is more limited for formal study, and that students are actively using social software tools to socialize, support each other, and share resources, while staff usage of e-tools is more limited.
How students in H.E. use their mobile phones for learningClaire B
This document summarizes research into how students in higher education use mobile phones for learning. It discusses findings from a survey of 74 undergraduate students, including what mobile features and apps they use for tasks like research, communication, note-taking and organizing. It also provides three in-depth case studies of students who were interviewed about how and why they incorporate mobile learning into their routines. The conclusions indicate that students are already finding creative ways to leverage their mobile devices for educational purposes on their own, and universities could better support this by encouraging mobile learning initiatives that build upon existing student practices and technologies.
The document summarizes findings from surveys conducted as part of the CATEL project, which aims to prepare vocational teachers and trainers to meet the needs of immigrant students through e-learning. Survey responses from e-learning experts and vocational teachers in Estonia, Turkey, Spain and Germany provided recommendations for developing a multi-cultural e-learning program. Both groups stressed the importance of teacher support, flexible learning opportunities, and interactive activities. Respondents preferred a blended program combining online and face-to-face learning. The CATEL project will use these insights to design a 3-month blended training program addressing cultural diversity topics.
This document summarizes the future classroom experiences from Stockholm University. It discusses Sweden's school system and use of ICT in schools. It then describes the classroom of the future at Stockholm University, which aims to be an experimental environment for exchanging experiences and exploring pedagogical issues. The classroom of the future provides students and faculty with a flexible interface between technical and pedagogical uses of ICT. It is open to various groups for workshops on digital portfolios, digital storytelling, and other technologies.
The document discusses challenges in adapting education to new technologies and student expectations. It notes a divide between older "old school" teaching methods and the digital skills of "new school" students. It advocates using familiar technologies like Moodle and mobile phones to create flexible learning. Feedback was extremely positive on a course that incorporated online lectures, blogs, and media education at different levels through a socio-cultural approach.
This document discusses technology standards for students and provides examples of how teachers can integrate technology into their lessons. It summarizes the National Educational Technology Standards (NETS) for students, which focus on creativity, communication, research, critical thinking, and digital citizenship. Examples are given of different tools and online resources teachers can use for lessons across grade levels to help students meet the NETS. Best practices for technology integration are also referenced.
Design of a standardized tool to integrate learning scenarios in mobile learn...Mª Luz Guenaga Gómez
This document outlines a project to integrate mobile learning experiences into university courses. It aims to make the work of teachers easier by developing a conceptual framework and standardized digital learning scenarios that incorporate mobile devices. The project will define scenarios based on competency-based learning and five categories of teaching activity. An experimental phase will assess the impact on student motivation and results, and teacher preparation efforts. The goal is to standardize high-quality mobile learning experiences across different competencies and conclude by expanding the framework to all university competencies.
This document discusses technology in education and language learning. It defines key terms like technology, technological literacy, educational technology, online learning, and information literacy. It also discusses the evolution of technology and communications in education. It lists popular learning management systems and open source software tools. Finally, it discusses overcoming barriers to innovation in education technology integration and the role of teachers in the 21st century.
Emerging Technologies in Higher Education: A guide for HE practitionersDaniela Gachago
This document discusses emerging technologies and changing teaching and learning practices in higher education. It begins by providing context from various sources on the promise of emerging technologies and how institutions are struggling to keep up with innovations. It then summarizes the key findings of an NRF project on emerging ICTs in South African higher education. The project found that while technologies like social media and research databases are commonly used, adoption is driven more by passionate individuals than systemic institutional support. The document concludes by discussing case studies that illustrate how emerging technologies can facilitate authentic and collaborative learning when implemented effectively.
1) The document summarizes an ethnographic study conducted in a primary school in Cape Town, South Africa that examined how ICT is used to teach literacy and numeracy.
2) The study found that drill and practice software was commonly used, but lacked accompanying books, and student engagement varied.
3) A highlight was a Grade 7 project where students gathered survey data on school preferences, analyzed it, and presented recommendations to the principal, extending their knowledge and taking action.
This document provides an introduction to learning technology. It defines learning technology as the broad range of communication, information, and related technologies that can support learning, teaching, and assessment. It discusses concerns that have historically been raised about new technologies, from Socrates' worries about the impact of writing to Luddites protesting labor-saving technologies. The document also addresses how technology may enhance learning, digital literacy, and trends in technology adoption in higher education.
The document discusses how literacy education has evolved from a behavioral paradigm to a constructivist approach in line with changes in technology. It argues that literacy now involves making sense of various forms of information and that students use technology to gather and synthesize information. An effective technology-integrated literacy classroom follows constructivist principles where learning is active and collaborative, teachers facilitate problem-solving, and students play a role in their own education. Computers can support literacy in ways like word processing, online research and projects, and publishing student work.
This document discusses the role of computers and information and communication technology (ICT) in education. It begins by outlining how computer technology has amplified learning and allowed for interactive engagement with information. It then discusses the rise of computer-assisted instruction and personal computers in classrooms. The document outlines key computer programs and their educational uses. It also discusses how ICTs like radio, television, and the internet can expand access to education, prepare students for the workplace, improve education quality, and transform learning to be more learner-centered. Key ways ICTs have been used for teaching and learning are also summarized.
This document discusses instructional technology and instructional systems. It provides definitions of instructional design and instructional systems design. It outlines the history of instructional systems from World War II to present day. It also discusses skills used in the classroom like pre-instructional skills, teaching skills, and the ADDIE instructional design model. Objectives of instructional systems are to help students learn better through technology. Techniques like audio, visual, and role play are used. While technology provides benefits, there are also disadvantages like laziness, cost, and lack of support.
A Story of Ox Carts and Airplanes: Converging the Promise and Reality of eLea...alanwylie
Keynote presentation by Phil Ice, Ed.D. Associate VP, Research and Development, American Public University System for the DEHub/ODLAA Education 2011 to 2021- Global challenges and perspectives of blended and distance learning the (14 to 18 February 2011).
This document discusses technology approaches to final projects that are more engaging for students. It provides examples of video, wiki, podcast and timeline projects. Some benefits highlighted are that they foster critical thinking, are more engaging for today's students, and allow students to demonstrate multiple intelligences and creativity. Rubrics and learning objectives are important for assessment. Instructors are encouraged to provide support and options to opt for traditional papers for students less comfortable with technology.
Using technology for teaching and learning in theTambra
The document discusses the key components of a 21st century classroom, including an interactive whiteboard, LCD projector, audio system, interactive response system, and access to digital content. It explains that these tools engage students in learning through technology and hands-on activities, while allowing teachers to gain real-time feedback on student understanding and address concepts from different perspectives. Together these resources create a flexible learning environment adapted to students' varied styles.
This document provides an overview of mobile learning (mLearning) including definitions, benefits of learning with portable technologies, examples of mLearning projects, and issues to consider. It discusses delivering course content and activities to students on mobile devices anywhere and anytime. Projects demonstrated using text messages, audio/video push notifications, lecture podcasts, and location-based reminders. Key benefits included accessibility, review capabilities, and learning in context. Challenges involved content formats, navigation, and ensuring optional, transformative learning experiences.
The document discusses the use of information and communication technologies (ICT) in mathematics teaching. It begins by introducing the increasing role of ICT in mathematics classrooms in recent decades. It then provides examples of traditional ICT tools like overhead projectors and examples of modern ICT tools like laptops and the internet. The document emphasizes that ICT can enhance mathematics teaching by allowing students to perform calculations, solve problems graphically, and access online resources. However, it also notes challenges to implementing ICT like high costs and lack of infrastructure. Overall, the document argues that proper use of ICT has the potential to positively impact mathematics learning by making the learning process more engaging, collaborative and effective.
Presentation by Ms Suman Jaiswal and Aasma Pathan, Dept of Commerce, SNDTWUcommercesndtmumbai
This PPT presentation on the research topic ' Comparative Study on Students Perception Towards Regular and Distance Learning in Mumbai by Ms. Suman and Aasma of Department of Commerce, SNDTWU, Mumbai.
The document summarizes two studies: a comparative study and a non-comparative study. The comparative study compared learning styles of students in an online class versus an equivalent on-campus class. It found that online students tended to be more independent learners while on-campus students preferred more dependence and rewards. The non-comparative study examined relationships between student characteristics like self-efficacy and achievement goals, and academic success in distance education programs. It found motivational characteristics like self-efficacy can impact achievement and suggested advisors help motivate students through feedback. Both studies utilized questionnaires or surveys to collect data about students.
How students in H.E. use their mobile phones for learningClaire B
This document summarizes research into how students in higher education use mobile phones for learning. It discusses findings from a survey of 74 undergraduate students, including what mobile features and apps they use for tasks like research, communication, note-taking and organizing. It also provides three in-depth case studies of students who were interviewed about how and why they incorporate mobile learning into their routines. The conclusions indicate that students are already finding creative ways to leverage their mobile devices for educational purposes on their own, and universities could better support this by encouraging mobile learning initiatives that build upon existing student practices and technologies.
The document summarizes findings from surveys conducted as part of the CATEL project, which aims to prepare vocational teachers and trainers to meet the needs of immigrant students through e-learning. Survey responses from e-learning experts and vocational teachers in Estonia, Turkey, Spain and Germany provided recommendations for developing a multi-cultural e-learning program. Both groups stressed the importance of teacher support, flexible learning opportunities, and interactive activities. Respondents preferred a blended program combining online and face-to-face learning. The CATEL project will use these insights to design a 3-month blended training program addressing cultural diversity topics.
This document summarizes the future classroom experiences from Stockholm University. It discusses Sweden's school system and use of ICT in schools. It then describes the classroom of the future at Stockholm University, which aims to be an experimental environment for exchanging experiences and exploring pedagogical issues. The classroom of the future provides students and faculty with a flexible interface between technical and pedagogical uses of ICT. It is open to various groups for workshops on digital portfolios, digital storytelling, and other technologies.
The document discusses challenges in adapting education to new technologies and student expectations. It notes a divide between older "old school" teaching methods and the digital skills of "new school" students. It advocates using familiar technologies like Moodle and mobile phones to create flexible learning. Feedback was extremely positive on a course that incorporated online lectures, blogs, and media education at different levels through a socio-cultural approach.
This document discusses technology standards for students and provides examples of how teachers can integrate technology into their lessons. It summarizes the National Educational Technology Standards (NETS) for students, which focus on creativity, communication, research, critical thinking, and digital citizenship. Examples are given of different tools and online resources teachers can use for lessons across grade levels to help students meet the NETS. Best practices for technology integration are also referenced.
Design of a standardized tool to integrate learning scenarios in mobile learn...Mª Luz Guenaga Gómez
This document outlines a project to integrate mobile learning experiences into university courses. It aims to make the work of teachers easier by developing a conceptual framework and standardized digital learning scenarios that incorporate mobile devices. The project will define scenarios based on competency-based learning and five categories of teaching activity. An experimental phase will assess the impact on student motivation and results, and teacher preparation efforts. The goal is to standardize high-quality mobile learning experiences across different competencies and conclude by expanding the framework to all university competencies.
This document discusses technology in education and language learning. It defines key terms like technology, technological literacy, educational technology, online learning, and information literacy. It also discusses the evolution of technology and communications in education. It lists popular learning management systems and open source software tools. Finally, it discusses overcoming barriers to innovation in education technology integration and the role of teachers in the 21st century.
Emerging Technologies in Higher Education: A guide for HE practitionersDaniela Gachago
This document discusses emerging technologies and changing teaching and learning practices in higher education. It begins by providing context from various sources on the promise of emerging technologies and how institutions are struggling to keep up with innovations. It then summarizes the key findings of an NRF project on emerging ICTs in South African higher education. The project found that while technologies like social media and research databases are commonly used, adoption is driven more by passionate individuals than systemic institutional support. The document concludes by discussing case studies that illustrate how emerging technologies can facilitate authentic and collaborative learning when implemented effectively.
1) The document summarizes an ethnographic study conducted in a primary school in Cape Town, South Africa that examined how ICT is used to teach literacy and numeracy.
2) The study found that drill and practice software was commonly used, but lacked accompanying books, and student engagement varied.
3) A highlight was a Grade 7 project where students gathered survey data on school preferences, analyzed it, and presented recommendations to the principal, extending their knowledge and taking action.
This document provides an introduction to learning technology. It defines learning technology as the broad range of communication, information, and related technologies that can support learning, teaching, and assessment. It discusses concerns that have historically been raised about new technologies, from Socrates' worries about the impact of writing to Luddites protesting labor-saving technologies. The document also addresses how technology may enhance learning, digital literacy, and trends in technology adoption in higher education.
The document discusses how literacy education has evolved from a behavioral paradigm to a constructivist approach in line with changes in technology. It argues that literacy now involves making sense of various forms of information and that students use technology to gather and synthesize information. An effective technology-integrated literacy classroom follows constructivist principles where learning is active and collaborative, teachers facilitate problem-solving, and students play a role in their own education. Computers can support literacy in ways like word processing, online research and projects, and publishing student work.
This document discusses the role of computers and information and communication technology (ICT) in education. It begins by outlining how computer technology has amplified learning and allowed for interactive engagement with information. It then discusses the rise of computer-assisted instruction and personal computers in classrooms. The document outlines key computer programs and their educational uses. It also discusses how ICTs like radio, television, and the internet can expand access to education, prepare students for the workplace, improve education quality, and transform learning to be more learner-centered. Key ways ICTs have been used for teaching and learning are also summarized.
This document discusses instructional technology and instructional systems. It provides definitions of instructional design and instructional systems design. It outlines the history of instructional systems from World War II to present day. It also discusses skills used in the classroom like pre-instructional skills, teaching skills, and the ADDIE instructional design model. Objectives of instructional systems are to help students learn better through technology. Techniques like audio, visual, and role play are used. While technology provides benefits, there are also disadvantages like laziness, cost, and lack of support.
A Story of Ox Carts and Airplanes: Converging the Promise and Reality of eLea...alanwylie
Keynote presentation by Phil Ice, Ed.D. Associate VP, Research and Development, American Public University System for the DEHub/ODLAA Education 2011 to 2021- Global challenges and perspectives of blended and distance learning the (14 to 18 February 2011).
This document discusses technology approaches to final projects that are more engaging for students. It provides examples of video, wiki, podcast and timeline projects. Some benefits highlighted are that they foster critical thinking, are more engaging for today's students, and allow students to demonstrate multiple intelligences and creativity. Rubrics and learning objectives are important for assessment. Instructors are encouraged to provide support and options to opt for traditional papers for students less comfortable with technology.
Using technology for teaching and learning in theTambra
The document discusses the key components of a 21st century classroom, including an interactive whiteboard, LCD projector, audio system, interactive response system, and access to digital content. It explains that these tools engage students in learning through technology and hands-on activities, while allowing teachers to gain real-time feedback on student understanding and address concepts from different perspectives. Together these resources create a flexible learning environment adapted to students' varied styles.
This document provides an overview of mobile learning (mLearning) including definitions, benefits of learning with portable technologies, examples of mLearning projects, and issues to consider. It discusses delivering course content and activities to students on mobile devices anywhere and anytime. Projects demonstrated using text messages, audio/video push notifications, lecture podcasts, and location-based reminders. Key benefits included accessibility, review capabilities, and learning in context. Challenges involved content formats, navigation, and ensuring optional, transformative learning experiences.
The document discusses the use of information and communication technologies (ICT) in mathematics teaching. It begins by introducing the increasing role of ICT in mathematics classrooms in recent decades. It then provides examples of traditional ICT tools like overhead projectors and examples of modern ICT tools like laptops and the internet. The document emphasizes that ICT can enhance mathematics teaching by allowing students to perform calculations, solve problems graphically, and access online resources. However, it also notes challenges to implementing ICT like high costs and lack of infrastructure. Overall, the document argues that proper use of ICT has the potential to positively impact mathematics learning by making the learning process more engaging, collaborative and effective.
Presentation by Ms Suman Jaiswal and Aasma Pathan, Dept of Commerce, SNDTWUcommercesndtmumbai
This PPT presentation on the research topic ' Comparative Study on Students Perception Towards Regular and Distance Learning in Mumbai by Ms. Suman and Aasma of Department of Commerce, SNDTWU, Mumbai.
The document summarizes two studies: a comparative study and a non-comparative study. The comparative study compared learning styles of students in an online class versus an equivalent on-campus class. It found that online students tended to be more independent learners while on-campus students preferred more dependence and rewards. The non-comparative study examined relationships between student characteristics like self-efficacy and achievement goals, and academic success in distance education programs. It found motivational characteristics like self-efficacy can impact achievement and suggested advisors help motivate students through feedback. Both studies utilized questionnaires or surveys to collect data about students.
The document summarizes and compares two studies: a comparative study and a non-comparative study. The comparative study compared student learning styles in an online class versus an equivalent on-campus class, finding that online students had more independent learning styles while on-campus students preferred more dependent and traditional styles. The non-comparative study examined the relationship between student characteristics like self-efficacy and academic achievement in distance education, finding that motivational characteristics are important for achieving students in distance education programs. Both studies utilized questionnaires or surveys to collect data on student demographics and characteristics.
The document analyzes questionnaires given to students in two classes (4B and 4C) before and after participating in an English language learning program that incorporated a wiki and learning diary. It finds that:
- Students in 4C had a significantly more positive perception of the program after participating, while students in 4B showed no significant changes.
- The dimension students in both classes disliked most was having their work visible to others (WO), though 4C students' views of this improved significantly.
- More dimensions and items fell below the threshold of satisfaction in 4B after the program, while fewer did so in 4C.
- 4C students significantly improved their views of the dimensions and items that
Proposal Presentation by Ms. Suman Jaiswal on her research topic Comparative Study on Student's Perception Towards Regular and Distance Learning in Mumbai under the Guidance of Dr. Jyoti Thakur
Questionnaire about Education Student's Perception Cristy Melloso
This document is a survey that asks respondents to rate the professional qualities of college instructors at the City University of Pasay. It asks respondents to rate qualities such as an instructor's knowledge, skills, and attitude on a scale of 1 to 5, with 5 being the most desired quality and 1 being the least desired. The survey covers qualities like an instructor's mastery of their subject area, ability to craft lesson plans, communication skills, passion for teaching, and commitment to professional development.
Differences Between Face to Face and Distance EducationMalik
This study compared student performance and attitudes in traditional face-to-face and online distance learning courses. Data was collected from six sections of a Master's level cognition course over two years. Students in the face-to-face classes scored significantly higher on two of three performance measures. However, a meta-analysis of over 80 studies found that students in distance education outperformed those in traditional courses in two-thirds of cases, with an overall effect size of 0.37 standard deviations. A separate study found no significant differences in performance, learning expectations, perceived learning, or satisfaction between traditional and distance students in a philosophy course.
This presentation discusses new learning paradigms and technologies. It begins by noting that the future is unpredictable and students today may not realize how much their professional lives will change. It then discusses trends like the technological singularity, increasing connectivity through devices and the internet of things, and how information abundance has replaced scarcity. The presentation advocates preparing students for this unknown future by focusing on skills like social skills, creativity, and lifelong learning rather than only transmitting knowledge. It also promotes active, collaborative, and constructionist approaches to learning over passive absorption of knowledge.
MOOCs and personal learning: reality or myth?Inge de Waard
The document discusses the realities of personalized learning in MOOCs compared to initial promises and myths. It summarizes research on informal learning in MOOCs through student learning logs and interviews. Key findings include that intrinsic motivation and personal learning goals allowed some personalization, but MOOC content and format limited this. While MOOCs increased access to knowledge, certification did not necessarily lead to economic gains. Standardized pedagogy contrasted promises of flexibility. Overall, MOOCs prioritized certain languages, cultures, and STEM topics over diversity and local needs. The narrative of MOOC success promoted standardized conformity over personalized learning.
1. The document discusses the use of digital media in education, focusing on using, sharing, and producing digital content as well as collaboration.
2. It outlines different models of learning like inquiry-based learning and emphasizes that the focus should be on supporting learners' learning processes.
3. The rapid pace of technological change is transforming education and there is a need for new pedagogical approaches that engage students and prepare them for jobs that have not yet been created.
The document describes a blended learning project between 2007-2012 in a primary school class in Italy, where the teacher created an online learning environment using Moodle to extend classroom learning. The goals were to expand the times and spaces of learning, increase student collaboration and involvement, and allow sick students to still participate; feedback found sharing multimedia resources and experiences with classmates and parents to be most interesting and useful aspects.
Scope of Integration Technology Enabled Learning In Academic Programmefaizan faizan
Scope of Integration Technology Enabled Learning In Academic Programme a PhD seminar presented by Faizan Ulhaq Faizan in Agricultural Extension Division at Indian Agricultural Research Institute, New Delhi India
The document discusses integrating ICT into the curriculum across different subject areas in 3 main ways:
1) Acquisition of ICT skills can occur through standalone ICT subjects or embedded within other subject domains.
2) ICT can be used as a tool to develop understandings across subjects through visualization, creation of information products, and communication.
3) Effective integration requires consideration of learning goals, responsibilities, assessment, teaching styles, and supporting teacher professional learning.
Impact of technology on teaching and learningSteven Poast
The document discusses the impact of technology on teaching and learning. It reviews how technology benefits student performance and engagement in both traditional and online classrooms. It explores how software programs and online learning help meet the needs of different learning styles. The document also examines how technology allows for more accessible education and helps develop 21st century skills. It concludes by looking at future innovations and the importance of integrating technology into education standards.
Edci 690 teaching young children in a digital classroom l-raymondLesli Raymond
Presentation related to teaching young children in a digital classroom using iPads, computers, and other technology. Specific focus on emergent literacy
Technology and curriculum issues day 4 vikki bridgewater nrvpriddle
The document discusses issues related to technology integration and curriculum. It addresses several myths about how technology will impact society and learning. While technology provides opportunities to support differentiated instruction, it is important to consider how to quality integrate it and address student safety issues online. The teacher remains the most important factor for motivating students and facilitating their work together.
The document introduces Maria Perifanou, who has studied Italian Philology and Literature and received a Master's in Teaching and Promoting Italian Language and Culture. She currently works as an Italian lecturer and eLearning professional, teaching Italian at various institutions. Her current work focuses on a PhD study of collaborative blended language learning using Web 2.0 tools, examining two case studies of teaching Italian as a foreign language.
Designing for personalization and contextualizationTISLID14
Here are some suggestions based on your current context:
- Look up nearby restaurants on Yelp and suggest having lunch. You could discuss the types of cuisine available.
- Check Foursquare or another location-based social network to see if any friends are in the area and suggest meeting up.
- Search for points of interest like museums, parks or landmarks near your current location. You could provide information about these places and suggest visiting one.
- Check the local news or event calendars and discuss any upcoming activities or events that may be of interest.
- Search social media like Instagram for recent photos tagged at your location for additional context clues.
- Look up the local weather and tailor the conversation topics
It is an insight about the 21st century classroom using educational technology. It helps us to become more knowledgeable enough for our students in regards with this.
Digital Futures in Teacher Education workshopDEFToer3
This workshop was delivered by Anna Gruszczynska and Richard Pountney as part of the HEA-funded workshop "Promoting Digital Literacy through OER: the release, use and reuse of open educational resources" which took place at Oxford University on 5 July 2012.
A presentation on how realistic it is, to integrate ICT into an Irish Classroom using the NCCA's (National Council for Curriculum and Assessment) ICT framework.
There are also some pointers to digital content.
Emman Christian C. Cabutaje BSE III - EnglishEm Christian
The document discusses various technologies that can be integrated into teaching, including blogs, educational freeware like Hot Potatoes and Memory Lifter, online activities like treasure hunts and webquests, and e-learning. It emphasizes that technology should be used to develop students' problem-solving, critical thinking, and collaboration skills. When integrating technology, teachers should consider how it matches the curriculum, engages learners, uses innovative approaches, allows formative assessment, and is easy to use. Students are challenged to learn through technology and see how it can make learning more effective. The document ends by asking readers to create a sample of how they would integrate technology into their own teaching strategy and to share experiences of maximizing learning with ICT
1. The document discusses how technology is changing education by moving away from the traditional "factory model" towards a more student-centered approach focused on technological literacy, communication, and learning skills.
2. It provides examples of how computers are being used in schools for activities like programming, simulations, multimedia projects, and distance learning to improve problem-solving skills and engagement.
3. While technology shows potential, its effectiveness depends on factors like teacher training, access, and restructuring education around technology instead of just adding it to the traditional model.
navigating the future of education is given by Mike Sharples, formerly of the Learning Sciences Research Institute, University of Nottingham, and now at the Open University. Facilitated by Diane Brewster (Consultant).
Jisc conference 2011
This document discusses findings from a study on students' experiences using technology. It finds that students use a variety of technologies for different purposes like researching, communicating, and completing assignments. While comfortable with technology, students have sophisticated and varied usage of tools. Their actual technology usage does not always align with institutions' perceptions. The document advocates for understanding students' practice-based learning across boundaries to help inform institutional policies.
Key-note presentation of the TACCLE project results and ICT in education to the AquaTnet conference in Vilamoura (PT) - September 8th 2011
By Jens Vermeersch
Educational challenges... This trip takes you to a reflection on the use of learning outcomes, the role of the learner, quality assurance, sparkling learning environments and interconnection... 5 stars, 5 recommendations!
Presentatie in het kader van cursus e-leren van de Associatie K.U. Leuven op dinsdag 16/11/2010.
Feedback, opmerkingen en aanvullingen welkom.
Dank ook aan Luc Van de Put m.b.t. de content.
Abstract Students in distance education at the KATHO (University college in Flanders, Belgium, www.katho.be) only need to come to the campus for assessment. Since September 2008, the center of excellence in e-learning, MAD (Mad About Distance) of KATHO organized a small project with 5 students located in five different countries all over the world. One student nearby the desert in Dubai inspired us to call this research “the Camel project”. The people involved in the project explored new methodologies and new technical tools to enable teachers to assess those students online. The project is still running and inspiring teachers of the KATHO to develop particular settings about online assessment, but also about online coaching. This paper is meant to share some of our experiences and conclusions concerning the online assessment and evaluation.
Abstract Students in distance education at the KATHO (University college in Flanders, Belgium, www.katho.be) only need to come to the campus for assessment. Since September 2008, the center of excellence in e-learning, MAD (Mad About Distance) of KATHO organized a small project with 5 students located in five different countries all over the world. One student nearby the desert in Dubai inspired us to call this research “the Camel project”. The people involved in the project explored new methodologies and new technical tools to enable teachers to assess those students online. The project is still running and inspiring teachers of the KATHO to develop particular settings about online assessment, but also about online coaching. This paper is meant to share some of our experiences and conclusions concerning the online assessment and evaluation.
Hanteert u een strategisch professionaliseringsbeleid...? Interessant. Prima zelfs! Maar is het ook een sensueel VTO-beleid? Nee? Sluit uw winkel maar.
This document compares and summarizes popular authoring tools for e-learning, including tools for web design, assessment, and screen capture. It discusses tools like eXe learning, Lectora, Dreamweaver, Respondus, Questionmark Perception, Edumatic, Adobe Captivate, Camtasia, and Morae. For each category of tools, it provides a brief overview of the tools' capabilities and limitations. The goal is to start a discussion on the strengths and weaknesses of these options based on experiences at KATHO, Belgium's main e-learning teacher training center.
The document discusses designing effective online teaching at KATHO University College in Belgium. It provides an overview of KATHO's programs and locations. It then discusses the E-BOX, a first aid kit for distance education developed by KATHO's expertise center. The E-BOX is a step-by-step approach that helps determine learning outcomes, education vision, methodology choice, and concrete approach using various e-tools. It also discusses the need to reflect on characteristics of effective online pedagogy such as creating a learner-centered environment and using interactive methodologies.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
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Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
13. 3. Design of the research students of 17/18 years from 5 secondary schools were addressed (106 students) The research consisted of two parts: 1 a questionnaire : it was examined how those students think of modern educational methodologies and strategies 2 a design game : the students were defied to design a teaching package for a distance course
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16. Results of the questionnaire This research was not meant to determine the most effective learning approach / methodology / environment. The questionnaire aimed to draw the outlines of the perception and the preferences of these young people. A question which remains open however: are their choices not a consequence of the approaches they are used to seeing in class?