Tim Davis has a Bachelor of Science in Computer Science from Illinois State University. He has experience in web development through internships at Spider Sense and the school district in Hinsdale. His skills include programming languages like Java, C++, and Swift as well as web technologies like HTML, CSS, JavaScript, PHP, and WordPress.
Web 2.0 technologies are being used in schools and businesses to facilitate collaboration and communication. In schools, students can share documents and presentations with each other online. Teachers use projectors to display computer screens for the entire class. Businesses use Skype and email to communicate internationally and provide updates to employees outside of regular work hours. Documents can be stored online to reduce paper usage.
Kunal Monga has over 4 years of experience as a Head of Technology and Software Developer. He has a B.Tech in Information Technology from KUK University. Currently, he is the Head of Technology at Doctor Insta in Gurgaon, where he implemented the complete online health care consultation portal using Python, Django, AngularJS, PHP, and MySQL. Previously, he was a Software Developer at Cyber Links Technologies, where he developed various e-commerce and in-house applications using Python, Django, MySQL, and PHP. He has skills in programming languages like Python, PHP, MySQL, and frameworks like Django, AngularJS, and skills in server management, UNIX, and design tools like HTML, CSS,
introduction to the software development fieldHussam Mostafa
Hussam Mostafa introduces himself as a student at Mansoura University studying software engineering. He outlines his qualifications and experience, including instructing software engineering courses. Mostafa discusses why software engineering is a good career path, noting it offers well-paid jobs, opportunities for independent learning, flexibility to work remotely, and enjoyable challenges. He lists common types of software development fields and advises starting with mastering a programming language, getting involved in competitive programming, trying different fields, and keeping an eye out for opportunities on sites like LinkedIn and Upwork while socializing and being involved in student activities.
Using the Web 2.0 in the English classroomisaperez
The document discusses using technology in English language classrooms. It describes how teachers now use the internet and multimedia resources to find information, create presentations, and record audio and video. Web 2.0 tools like blogs, wikis, and social networks enable collaboration between students. The document outlines some common problems like overreliance on internet access and superficial use of technology. It advocates for creative, constructivist activities using technology and highlights keys like planning realistic lessons and facilitating learning.
This document summarizes resources for students in an ISA 403 course to develop their web development skills. It outlines 4 key skills needed for an assignment: finding coding books, using web apps to learn coding, picking answers from Stack Overflow, and finding examples on GitHub. For each skill, it provides criteria to consider and specific resource recommendations, such as the books Head First and For Dummies, and websites like Code.org, Code Academy, jsFiddle, and GitHub. Contact information is provided for the librarian if students have additional questions.
Edmodo is an online platform that allows teachers and students to interact and collaborate in a safe, closed network. It has a familiar Facebook-like interface that makes it user-friendly. Teachers can create groups for different classes, assign work, provide feedback, and communicate with students and other teachers. Students can message teachers and classmates, ask questions, and discuss topics between lessons through their personalized profiles on Edmodo.
Sato Junya is a computer science student from Fukushima Prefecture, Japan seeking an entry level position. He has strong technical skills in programming languages like Java, PHP, Perl, C, and SQL, as well as experience with operating systems including Windows, UNIX, Linux, and Mac. He is eager to learn, takes on challenges enthusiastically, and has achieved PC official approval and FE certification. In his spare time, he enjoys participating in programming competitions and cycling.
Tim Davis has a Bachelor of Science in Computer Science from Illinois State University. He has experience in web development through internships at Spider Sense and the school district in Hinsdale. His skills include programming languages like Java, C++, and Swift as well as web technologies like HTML, CSS, JavaScript, PHP, and WordPress.
Web 2.0 technologies are being used in schools and businesses to facilitate collaboration and communication. In schools, students can share documents and presentations with each other online. Teachers use projectors to display computer screens for the entire class. Businesses use Skype and email to communicate internationally and provide updates to employees outside of regular work hours. Documents can be stored online to reduce paper usage.
Kunal Monga has over 4 years of experience as a Head of Technology and Software Developer. He has a B.Tech in Information Technology from KUK University. Currently, he is the Head of Technology at Doctor Insta in Gurgaon, where he implemented the complete online health care consultation portal using Python, Django, AngularJS, PHP, and MySQL. Previously, he was a Software Developer at Cyber Links Technologies, where he developed various e-commerce and in-house applications using Python, Django, MySQL, and PHP. He has skills in programming languages like Python, PHP, MySQL, and frameworks like Django, AngularJS, and skills in server management, UNIX, and design tools like HTML, CSS,
introduction to the software development fieldHussam Mostafa
Hussam Mostafa introduces himself as a student at Mansoura University studying software engineering. He outlines his qualifications and experience, including instructing software engineering courses. Mostafa discusses why software engineering is a good career path, noting it offers well-paid jobs, opportunities for independent learning, flexibility to work remotely, and enjoyable challenges. He lists common types of software development fields and advises starting with mastering a programming language, getting involved in competitive programming, trying different fields, and keeping an eye out for opportunities on sites like LinkedIn and Upwork while socializing and being involved in student activities.
Using the Web 2.0 in the English classroomisaperez
The document discusses using technology in English language classrooms. It describes how teachers now use the internet and multimedia resources to find information, create presentations, and record audio and video. Web 2.0 tools like blogs, wikis, and social networks enable collaboration between students. The document outlines some common problems like overreliance on internet access and superficial use of technology. It advocates for creative, constructivist activities using technology and highlights keys like planning realistic lessons and facilitating learning.
This document summarizes resources for students in an ISA 403 course to develop their web development skills. It outlines 4 key skills needed for an assignment: finding coding books, using web apps to learn coding, picking answers from Stack Overflow, and finding examples on GitHub. For each skill, it provides criteria to consider and specific resource recommendations, such as the books Head First and For Dummies, and websites like Code.org, Code Academy, jsFiddle, and GitHub. Contact information is provided for the librarian if students have additional questions.
Edmodo is an online platform that allows teachers and students to interact and collaborate in a safe, closed network. It has a familiar Facebook-like interface that makes it user-friendly. Teachers can create groups for different classes, assign work, provide feedback, and communicate with students and other teachers. Students can message teachers and classmates, ask questions, and discuss topics between lessons through their personalized profiles on Edmodo.
Sato Junya is a computer science student from Fukushima Prefecture, Japan seeking an entry level position. He has strong technical skills in programming languages like Java, PHP, Perl, C, and SQL, as well as experience with operating systems including Windows, UNIX, Linux, and Mac. He is eager to learn, takes on challenges enthusiastically, and has achieved PC official approval and FE certification. In his spare time, he enjoys participating in programming competitions and cycling.
This document provides an overview of the Business Information Systems (BIS) course. The goals are to provide academic and social skills, a supportive learning environment, and help students make friends and discover interests. Subjects covered include Microsoft Office applications, IT theory, networks, and web design. Assessments include an e-portfolio, assignments, and a final assessment. The document outlines the content and skills developed for each Microsoft Office and IT topic. Class rules, homework expectations, and sample student e-portfolios are also presented.
Presentation from July 2008 where I showcased the use of ContentGenerator.net programs to generate .swf (Flash) files that were SCORM compliant. These allow the score to be tracked in Moodle - this presentation explains how.
This document summarizes a presentation on harnessing new media for learning, teaching, and research. It discusses the characteristics of new technologies and their implications. Some key points are: (1) Learners are immersed in technology and prefer task-oriented and social learning approaches. (2) New media can be used to reach more learners effectively and impact business models and digital literacies. (3) Technologies should be mapped to pedagogies, like using blogs for reflection or forums for dialogue. (4) Learning design approaches make implicit designs explicit and encourage sharing. Activities in the presentation model mapping pedagogies to technologies and designing learning resources.
How to Start a Career in Data Science - Jovian.ml Aakash N S
This document provides guidance on starting a career in data science, including recommended skills, courses, projects, and job roles. It recommends learning Python, R or Julia, as well as linear algebra, statistics, and calculus. Suggested courses include Python for Data Science and Machine Learning courses from Coursera. The document emphasizes creating portfolio projects using public datasets and contributing to the data science community through online profiles and forums. Various data science job roles like data analyst, data engineer, and machine learning engineer are described. It provides tips for resume building, interview preparation, and leveraging resources on Jovian.ml to showcase work and connect with others entering the field.
This resume is for Garin Richards, a computer science student at the University of Utah expected to graduate in Spring 2016. He has relevant coursework in computer systems, software practices, algorithms, databases and more. His skills include programming languages like C/C++, Java, Python as well as software like Unity3D, Unreal Engine 4, and tools like Git. He has worked on projects involving networked spreadsheets, image encoding/decoding and a library inventory application. Additionally, he has work experience in technical support roles and as a digital operations manager for a student radio station.
Digital World: A Freshmore Course for Computational Thinking at SUTDOka Kurniawan
The document describes the Digital World course at SUTD which teaches computational thinking. It uses a "1D-Big D" pedagogy with hands-on projects each week to reinforce concepts from the foundations subjects of math, science, and humanities. Students provide feedback that they learn practical skills through controlling physical robots. The course equips students through online materials, micro-quizzes, cohort problems, and immediate feedback. It culminates in a final integrated 2D design project applying multiple subject areas.
This document provides guidance on building an effective portfolio to help transition into a tech career or improve an existing portfolio. It recommends including social media presence, a GitHub profile, and personal website in a portfolio. The GitHub profile should showcase quality projects with documentation and commit history. The personal website should clearly communicate skills and include links to profiles and sample projects. An interview with a recent coding bootcamp graduate also discusses preparing for a career in web development.
This document outlines the agenda and activities for an ISET workshop on robotics held in July 2012. The workshop included:
- Introducing basic robotics concepts like building structures with Lego pieces and attaching motors and sensors.
- Teaching programming concepts using visual programming languages to write code for the robots.
- Having participants build and program robots over multiple days, with activities like the World Robotics Olympics and FIRST Lego League competitions.
- Providing resources and support for participants to continue learning on their own after the workshop.
This document summarizes how to build a rockstar portfolio for a career in tech. It recommends including social media presence, a GitHub profile with quality code projects and documentation, and a personal website. A strong LinkedIn profile and Twitter presence (optional) are also suggested. GitHub projects should demonstrate skills through documented, well-structured code and commit history. The personal website should clearly communicate skills and include links to profiles and sample projects. Thinkful's web development program prepares students for jobs through project-based learning and 1:1 mentorship.
CTE Video Game Programming Map 7th 12thRyan Patton
Outline of how to deploy a computer science or computer programming program of study for CTE or STEM. Details the project from planning to staffing to managing.
Creating a digital learning environment backbonejbsd43
This document provides an overview of creating a digital learning environment at Riverside Secondary school. It introduces Jeremy Brown, the Digital Immersion Coordinator, and details that the school has 1350 students, 80 teachers, and most technology comes from in-house or an SD43 technology project. It outlines several technology programs offered and goals of blended classrooms, connected learning, and developing digital citizens and higher-order thinking skills. It addresses considerations around infrastructure, devices, software, and management of a digital learning environment.
Technology in Teaching, Research & Admin’: Some Quick Wins & Data ProtectionSimon Bignell
A talk given by Dr Simon Bignell at University of Derby, Psychology Quality Away Day in November 2013. Technology in Teaching, Research & Admin’: Some Quick Wins & Data Protection
This document discusses ways to improve technology training sessions at public libraries by embedding interactive online resources. It recommends including tutorials from databases like LearningExpress Library, websites like YouTube, and online help pages from Microsoft. The author describes their experience transitioning classes from traditional lectures to a more flexible, self-paced approach using embedded videos and tutorials. Library statistics show an increase in technology training participation after implementing these changes. The document concludes by sharing lessons learned and contact information for the author.
Date 2512022Introduction to KB 7038 Integrated BuiOllieShoresna
Date: 25/1/2022
Introduction to
KB 7038: Integrated Building
Information Modelling Project
Module Leader
• Dr. Nima Gerami Seresht
• Senior Lecturer
• PhD in Construction Engineering and Management
from the University of Alberta
• More than eight years of experience in R&D in
energy sector; and two years of experience in
project management
• Areas of Expertise
• Smart and Resilient Infrastructure
• AI Applications in Construction
• Construction Simulation
2
Email:
[email protected]
Module Tutor
• Dr Reza Alavi
• Senior Lecturer
• PhD in Construction Engineering and Management
from the University of Alberta
• Five years of work experience as a project
management consultant in Canada
• Areas of Expertise
• Construction Project Management
• Construction Simulation
• AI and Robotics in Construction
3
Email:
[email protected]
LRT Projects
4
Tunnel Projects
5
Some Other Projects
• Drainage Neighborhood Renewal
Program
• Failure Analysis of Edmonton
International Airport Heating
System
• Transportation Oriented
Development (TOD)
6
Module Introduction (1)
• This module will help you learn and
develop professional skills appropriate for
project management professionals
operating within the context of
Architectural Engineering and
Construction (AEC) projects which are
Building Information Modelling (BIM)
enabled.
• There is a strong emphasis on
management of the design process in
order to formulate solutions to project
challenges.
7
Source: https://blog.mobilemodularcontainers.com/how-pre-construction-planning-can-enable-smooth-execution-
and-strong-returns-your-project
Module Introduction (2)
• Key module content focuses on aspects of
design management, communication and
collaboration on AEC projects and provides
further background context of Building
Information Modelling.
• This learning will equip you with knowledge
and skills highly valued by employers that will
enable you to help deliver effective
construction engineering projects in future
practice.
• The module has been designed to satisfy
several of the programme learning outcomes
related to learning, knowledge and practice.
8
Source: https://www.sbci.com/bim-technology-building-today-tomorrow/
Module Learning Outcomes
❖ Knowledge & Understanding:
• Analyse the role of Building Information Modelling within the production management process.
❖ Intellectual / Professional skills & abilities:
• Formulate solutions to design and production problems through a simulated project life cycle.
• Justify and defend design or managerial choices made within the production process of a simulated
project.
❖ Personal Values Attributes (Global / Cultural awareness, Ethics, Curiosity) (PVA):
• Apply disciplinary knowledge and multi-disciplinary skill to overcome complex problems of practice and
identify appropriate solutions.
• Reflect upon learning achieved within integrated collaborat ...
This document discusses using ICT (information and communications technology) resources to enhance teaching and learning for business subjects. It provides examples of how tools like Adobe PDFs, graphing, Google Docs, and PowerPoint can be used. Practical online classroom activities are suggested, such as using websites to learn about insurance, jobs, money/banking, and consumer topics. Planning effective lessons, managing difficulties, and assessing the impact of ICT on learning are also addressed.
This document provides an overview of a course on code, language, and media. The course will teach students PHP and SQL/MySQL to build interactive web pages and visualizations by reverse engineering primary sources. Students will complete weekly readings, blog posts, exercises, quizzes, and a final project website, with the goal of exploring how digital networks impact knowledge production and distribution.
5 eLearning Tips van een Learning Designer #dlw2014Joyce Seitzinger
Mini-webinar on learning design for the Dutch SOA Aids foundation who held a collaborative learning design day on 6 March 2014. Delivered by Skype and screenshare.
And my first presentation in Dutch in over 10 years. Very challenging and fun!
The document discusses the 7Cs of learning design proposed by Gráinne Conole. The 7Cs include: conceptualize, capture, communicate, collaborate, consider, consolidate, and continue. Conole outlines how new technologies have led to more open, social, and participatory approaches to learning. However, replicating old pedagogies with new tools does not fully leverage their potential. The learning design process emphasizes explicit design methods and sharing of practices. It encourages reflecting on how to harness new technologies and resources while rethinking support and assessment of learning.
Edu614 session 6 spring 13 i pad & presentation toolsKathy Favazza
This document discusses various presentation tools and assistive technologies. It begins with an overview of Universal Design for Learning (UDL) principles and how they relate to brain function and student engagement, representation and expression. Next, it describes levels of assistive technology support and how AT can increase access and independence. Guidelines and resources for accessible instructional materials are provided. The document then explains the SETT framework for selecting assistive technologies based on the Student, Environment, Task and Tools. Finally, examples of iPad, PowerPoint, Keynote, SlideShare, Google Docs and Prezi as presentation tools are given along with resources for integrating technology to support learning.
The document discusses the 7Cs framework for learning design proposed by Gráinne Conole. It outlines characteristics of new media technologies and their implications for learning, teaching and research. Some key points include: new technologies allow for peer critiquing, user-generated content, and networked and personalized learning. However, their potential is not fully realized as existing pedagogies are often replicated without taking advantage of new opportunities. The 7Cs framework - conceptualize, create, communicate, consume, collaborate, contribute, and critique - provides a design-based approach that encourages reflective practices and sharing. It can help educators harness new technologies while rethinking design, support and assessment of learning.
LTI Advantage: The Next Big Thing in LMS IntegrationCharles Severance
LTI Advantage is the next major integration standard for learning management systems (LMS). It uses new technologies like JSON Web Tokens (JWTs) and public/private key infrastructure (PKI) to securely launch tools and access user data and grading services. The presentation provides an overview of the LTI Advantage specification and code samples for implementing launches, user authorization, and accessing LMS services using libraries available in Java. While adoption of LTI Advantage promises tighter integration between LMSs and external tools, there are also transition challenges as vendors continue to evolve their systems.
This document provides an overview of the Business Information Systems (BIS) course. The goals are to provide academic and social skills, a supportive learning environment, and help students make friends and discover interests. Subjects covered include Microsoft Office applications, IT theory, networks, and web design. Assessments include an e-portfolio, assignments, and a final assessment. The document outlines the content and skills developed for each Microsoft Office and IT topic. Class rules, homework expectations, and sample student e-portfolios are also presented.
Presentation from July 2008 where I showcased the use of ContentGenerator.net programs to generate .swf (Flash) files that were SCORM compliant. These allow the score to be tracked in Moodle - this presentation explains how.
This document summarizes a presentation on harnessing new media for learning, teaching, and research. It discusses the characteristics of new technologies and their implications. Some key points are: (1) Learners are immersed in technology and prefer task-oriented and social learning approaches. (2) New media can be used to reach more learners effectively and impact business models and digital literacies. (3) Technologies should be mapped to pedagogies, like using blogs for reflection or forums for dialogue. (4) Learning design approaches make implicit designs explicit and encourage sharing. Activities in the presentation model mapping pedagogies to technologies and designing learning resources.
How to Start a Career in Data Science - Jovian.ml Aakash N S
This document provides guidance on starting a career in data science, including recommended skills, courses, projects, and job roles. It recommends learning Python, R or Julia, as well as linear algebra, statistics, and calculus. Suggested courses include Python for Data Science and Machine Learning courses from Coursera. The document emphasizes creating portfolio projects using public datasets and contributing to the data science community through online profiles and forums. Various data science job roles like data analyst, data engineer, and machine learning engineer are described. It provides tips for resume building, interview preparation, and leveraging resources on Jovian.ml to showcase work and connect with others entering the field.
This resume is for Garin Richards, a computer science student at the University of Utah expected to graduate in Spring 2016. He has relevant coursework in computer systems, software practices, algorithms, databases and more. His skills include programming languages like C/C++, Java, Python as well as software like Unity3D, Unreal Engine 4, and tools like Git. He has worked on projects involving networked spreadsheets, image encoding/decoding and a library inventory application. Additionally, he has work experience in technical support roles and as a digital operations manager for a student radio station.
Digital World: A Freshmore Course for Computational Thinking at SUTDOka Kurniawan
The document describes the Digital World course at SUTD which teaches computational thinking. It uses a "1D-Big D" pedagogy with hands-on projects each week to reinforce concepts from the foundations subjects of math, science, and humanities. Students provide feedback that they learn practical skills through controlling physical robots. The course equips students through online materials, micro-quizzes, cohort problems, and immediate feedback. It culminates in a final integrated 2D design project applying multiple subject areas.
This document provides guidance on building an effective portfolio to help transition into a tech career or improve an existing portfolio. It recommends including social media presence, a GitHub profile, and personal website in a portfolio. The GitHub profile should showcase quality projects with documentation and commit history. The personal website should clearly communicate skills and include links to profiles and sample projects. An interview with a recent coding bootcamp graduate also discusses preparing for a career in web development.
This document outlines the agenda and activities for an ISET workshop on robotics held in July 2012. The workshop included:
- Introducing basic robotics concepts like building structures with Lego pieces and attaching motors and sensors.
- Teaching programming concepts using visual programming languages to write code for the robots.
- Having participants build and program robots over multiple days, with activities like the World Robotics Olympics and FIRST Lego League competitions.
- Providing resources and support for participants to continue learning on their own after the workshop.
This document summarizes how to build a rockstar portfolio for a career in tech. It recommends including social media presence, a GitHub profile with quality code projects and documentation, and a personal website. A strong LinkedIn profile and Twitter presence (optional) are also suggested. GitHub projects should demonstrate skills through documented, well-structured code and commit history. The personal website should clearly communicate skills and include links to profiles and sample projects. Thinkful's web development program prepares students for jobs through project-based learning and 1:1 mentorship.
CTE Video Game Programming Map 7th 12thRyan Patton
Outline of how to deploy a computer science or computer programming program of study for CTE or STEM. Details the project from planning to staffing to managing.
Creating a digital learning environment backbonejbsd43
This document provides an overview of creating a digital learning environment at Riverside Secondary school. It introduces Jeremy Brown, the Digital Immersion Coordinator, and details that the school has 1350 students, 80 teachers, and most technology comes from in-house or an SD43 technology project. It outlines several technology programs offered and goals of blended classrooms, connected learning, and developing digital citizens and higher-order thinking skills. It addresses considerations around infrastructure, devices, software, and management of a digital learning environment.
Technology in Teaching, Research & Admin’: Some Quick Wins & Data ProtectionSimon Bignell
A talk given by Dr Simon Bignell at University of Derby, Psychology Quality Away Day in November 2013. Technology in Teaching, Research & Admin’: Some Quick Wins & Data Protection
This document discusses ways to improve technology training sessions at public libraries by embedding interactive online resources. It recommends including tutorials from databases like LearningExpress Library, websites like YouTube, and online help pages from Microsoft. The author describes their experience transitioning classes from traditional lectures to a more flexible, self-paced approach using embedded videos and tutorials. Library statistics show an increase in technology training participation after implementing these changes. The document concludes by sharing lessons learned and contact information for the author.
Date 2512022Introduction to KB 7038 Integrated BuiOllieShoresna
Date: 25/1/2022
Introduction to
KB 7038: Integrated Building
Information Modelling Project
Module Leader
• Dr. Nima Gerami Seresht
• Senior Lecturer
• PhD in Construction Engineering and Management
from the University of Alberta
• More than eight years of experience in R&D in
energy sector; and two years of experience in
project management
• Areas of Expertise
• Smart and Resilient Infrastructure
• AI Applications in Construction
• Construction Simulation
2
Email:
[email protected]
Module Tutor
• Dr Reza Alavi
• Senior Lecturer
• PhD in Construction Engineering and Management
from the University of Alberta
• Five years of work experience as a project
management consultant in Canada
• Areas of Expertise
• Construction Project Management
• Construction Simulation
• AI and Robotics in Construction
3
Email:
[email protected]
LRT Projects
4
Tunnel Projects
5
Some Other Projects
• Drainage Neighborhood Renewal
Program
• Failure Analysis of Edmonton
International Airport Heating
System
• Transportation Oriented
Development (TOD)
6
Module Introduction (1)
• This module will help you learn and
develop professional skills appropriate for
project management professionals
operating within the context of
Architectural Engineering and
Construction (AEC) projects which are
Building Information Modelling (BIM)
enabled.
• There is a strong emphasis on
management of the design process in
order to formulate solutions to project
challenges.
7
Source: https://blog.mobilemodularcontainers.com/how-pre-construction-planning-can-enable-smooth-execution-
and-strong-returns-your-project
Module Introduction (2)
• Key module content focuses on aspects of
design management, communication and
collaboration on AEC projects and provides
further background context of Building
Information Modelling.
• This learning will equip you with knowledge
and skills highly valued by employers that will
enable you to help deliver effective
construction engineering projects in future
practice.
• The module has been designed to satisfy
several of the programme learning outcomes
related to learning, knowledge and practice.
8
Source: https://www.sbci.com/bim-technology-building-today-tomorrow/
Module Learning Outcomes
❖ Knowledge & Understanding:
• Analyse the role of Building Information Modelling within the production management process.
❖ Intellectual / Professional skills & abilities:
• Formulate solutions to design and production problems through a simulated project life cycle.
• Justify and defend design or managerial choices made within the production process of a simulated
project.
❖ Personal Values Attributes (Global / Cultural awareness, Ethics, Curiosity) (PVA):
• Apply disciplinary knowledge and multi-disciplinary skill to overcome complex problems of practice and
identify appropriate solutions.
• Reflect upon learning achieved within integrated collaborat ...
This document discusses using ICT (information and communications technology) resources to enhance teaching and learning for business subjects. It provides examples of how tools like Adobe PDFs, graphing, Google Docs, and PowerPoint can be used. Practical online classroom activities are suggested, such as using websites to learn about insurance, jobs, money/banking, and consumer topics. Planning effective lessons, managing difficulties, and assessing the impact of ICT on learning are also addressed.
This document provides an overview of a course on code, language, and media. The course will teach students PHP and SQL/MySQL to build interactive web pages and visualizations by reverse engineering primary sources. Students will complete weekly readings, blog posts, exercises, quizzes, and a final project website, with the goal of exploring how digital networks impact knowledge production and distribution.
5 eLearning Tips van een Learning Designer #dlw2014Joyce Seitzinger
Mini-webinar on learning design for the Dutch SOA Aids foundation who held a collaborative learning design day on 6 March 2014. Delivered by Skype and screenshare.
And my first presentation in Dutch in over 10 years. Very challenging and fun!
The document discusses the 7Cs of learning design proposed by Gráinne Conole. The 7Cs include: conceptualize, capture, communicate, collaborate, consider, consolidate, and continue. Conole outlines how new technologies have led to more open, social, and participatory approaches to learning. However, replicating old pedagogies with new tools does not fully leverage their potential. The learning design process emphasizes explicit design methods and sharing of practices. It encourages reflecting on how to harness new technologies and resources while rethinking support and assessment of learning.
Edu614 session 6 spring 13 i pad & presentation toolsKathy Favazza
This document discusses various presentation tools and assistive technologies. It begins with an overview of Universal Design for Learning (UDL) principles and how they relate to brain function and student engagement, representation and expression. Next, it describes levels of assistive technology support and how AT can increase access and independence. Guidelines and resources for accessible instructional materials are provided. The document then explains the SETT framework for selecting assistive technologies based on the Student, Environment, Task and Tools. Finally, examples of iPad, PowerPoint, Keynote, SlideShare, Google Docs and Prezi as presentation tools are given along with resources for integrating technology to support learning.
The document discusses the 7Cs framework for learning design proposed by Gráinne Conole. It outlines characteristics of new media technologies and their implications for learning, teaching and research. Some key points include: new technologies allow for peer critiquing, user-generated content, and networked and personalized learning. However, their potential is not fully realized as existing pedagogies are often replicated without taking advantage of new opportunities. The 7Cs framework - conceptualize, create, communicate, consume, collaborate, contribute, and critique - provides a design-based approach that encourages reflective practices and sharing. It can help educators harness new technologies while rethinking design, support and assessment of learning.
Similar to Social Nets in Education Workshop Talk (20)
LTI Advantage: The Next Big Thing in LMS IntegrationCharles Severance
LTI Advantage is the next major integration standard for learning management systems (LMS). It uses new technologies like JSON Web Tokens (JWTs) and public/private key infrastructure (PKI) to securely launch tools and access user data and grading services. The presentation provides an overview of the LTI Advantage specification and code samples for implementing launches, user authorization, and accessing LMS services using libraries available in Java. While adoption of LTI Advantage promises tighter integration between LMSs and external tools, there are also transition challenges as vendors continue to evolve their systems.
- The document discusses proposed changes to the Sakai framework to introduce the concepts of hierarchy between sites and sections (groups) within sites.
- This would allow sites to be connected in parent-child relationships and for permissions and content to flow down the hierarchy. It would also allow additional groups to be created within sites.
- Tools would need to be designed to optimally make use of these new capabilities, either ignoring hierarchy, rolling up/down content, or being fully aware of hierarchy. The framework changes would enable both hierarchy and sections to be implemented before redesigning tools.
Tsugi and Koseu are open source software tools that allow anyone to easily build and deploy standards-compliant educational websites, content, and learning applications.
Tsugi acts as an "app store" that hosts learning applications and provides API libraries for developers to integrate their tools using open standards. Koseu is an educational website builder and content hosting platform, providing a simple "LMS-like" environment.
These tools aim to lower the barrier to developing and using interoperable educational technologies, helping train developers and allowing institutions and individuals to quickly create customized learning solutions.
Exploring the Next Generation Digital Learning Environment with TsugiCharles Severance
Tsugi is a next generation digital learning environment that allows for an educational app store and interoperability between different learning tools and content repositories. It fills gaps between existing standards like IMS Learning Tools Interoperability and IMS Common Cartridge. For the first time, an app store or learning object repository can be created without proprietary extensions. Tsugi aims to make educational technology startups and tools that teach easier to build, enrich open educational content, and allow for seamless integration and reuse of content across different systems through open standards.
CloudSocial: A New Approach to Enabling Open Content for Broad ReuseCharles Severance
This document summarizes several projects related to open educational resources and learning management systems. It discusses the CloudSocial project, which aims to enable tools from any learning system to be embedded in open web content. It also mentions the University of Michigan Medical School's efforts to develop a next generation LMS beyond traditional course-based systems. Finally, it introduces CloudCollab, an open source LMS written in Python that intends to implement IMS standards and allow hosting tool instances for multiple organizations.
The document discusses the next generation of digital learning environments (NGDLE). It argues that the NGDLE will not be a single application like current learning management systems, but rather an ecosystem of learning applications from an app store. Standards like IMS Learning Tools Interoperability (LTI) and the emerging IMS Content Item and CASA App Store specifications will allow learning applications from different vendors to integrate and interoperate within the NGDLE ecosystem. The NGDLE is predicted to have over 100,000 learning applications accessible to teachers and students.
This was my presentation at "Jornada TELSpain: "eLearning 2020: empresas y universidades"
http://symposium.uoc.edu/event_detail/3133/detail/jornada-telspain.html
The document summarizes how universities are using MOOCs (Massive Open Online Courses) to reimagine teaching and learning. It provides examples of positive results from MOOC programs at the University of Michigan and Coursera. Enrollment numbers and revenue from Coursera courses are increasing significantly each year. MOOCs allow universities to offer educational opportunities to millions of students worldwide at low or no cost.
Charles Severance discusses the future of Sakai and next generation teaching and learning systems. Key points include:
1) Sakai-11 will have an improved, more flexible user interface and improved lessons tool. It will move to a continuous upgrade model and improve multi-tenancy.
2) Standards adoption is increasing and Sakai scores well compared to other learning management systems.
3) Next generation teaching and learning systems will have small modular learning management systems with features from abundant app stores and content repositories. This will allow scaling from hundreds to millions of students.
The document discusses the next generation of teaching and learning tools beyond traditional learning management systems (LMS). It outlines some of the key tenets of next generation tools, including being smaller and scalable, relying on external app stores and content repositories, and having more powerful authoring capabilities. Some early examples in this emerging space are mentioned, focusing on repositories, app stores, and platforms that combine small LMS functionality with external apps and content. Standards alignment is also discussed as important for next generation tools. The document concludes by suggesting how open source projects like Sakai could ensure survival by embracing these next generation approaches.
The document summarizes the history of learning management systems (LMS) in three acts based on a three-act story structure. Act 1 describes the early days of individual LMS vendors. Act 2 covers the period of rapid adoption and growth of many LMS vendors during the "gold rush". Standards organizations like IMS began working on interoperability standards to connect different systems. Act 3 suggests the LMS market is shifting towards a more open, interoperable "post-LMS" ecosystem driven by external tools and empowering teachers through standards.
1. Tsugi is a tool hosting framework that allows LTI tools to be installed and run within its PHP or Java-based container.
2. It emulates Moodle APIs and provides a multi-tenant environment for tools while keeping user data secure.
3. The framework supports LTI 1.x and 2.x specifications and can integrate other IMS standards like Caliper and CASA to host tools from an app store or custom sources.
Charles Severance discussed the history and updates of open standards for learning tools interoperability. He covered the development of LTI versions 1.0, 1.1, 2.0, and upcoming versions 2.1 and 2.2. LTI aims to allow learning tools from different providers to integrate securely with learning management systems. Version 2.0 introduced a RESTful architecture using JSON and registration of tools to share capabilities. Version 2.1 will add re-registration capabilities. Common Cartridge and Caliper analytics standards also relate to advancing open interoperability.
I gave this talk about the state of Sakai at Apereo15. It featured a kitty video.
http://lanyrd.com/2015/apereo/sdmmmq/
https://www.youtube.com/watch?v=MbcKGYUsCTU
The Trials and Tribulations of Predicting the Future of Educational TechnologyCharles Severance
This is a talk I gave the 2015 LAK15 conference in Poughkeepsie, NY
http://lak15.solaresearch.org/
There is an associated video that is not inluded and not available anywhere. I did not have permission to use the video so I only showed it during my live presentation.
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.
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
हिंदी वर्णमाला पीपीटी, hindi alphabet PPT presentation, hindi varnamala PPT, Hindi Varnamala pdf, हिंदी स्वर, हिंदी व्यंजन, sikhiye hindi varnmala, dr. mulla adam ali, hindi language and literature, hindi alphabet with drawing, hindi alphabet pdf, hindi varnamala for childrens, hindi language, hindi varnamala practice for kids, https://www.drmullaadamali.com
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
1. Social Nets in Education
@ U. Michigan
Dr. Charles Severance
University of Michigan School of Information
www.dr-chuck.com
Social Nets in Education Workshop - July 8, 2010
2. • My previous job: Sakai Chief Architect and Exec Director
• My research topics: Software For Teaching and Learning,
Web Lecture technologies, and High Performance
Computing.
• I also work in developing standards for learning software
interoperability
• Hobbies: Hockey, Off-Road Motorcycle Riding
5. Class of 2010
6 Women / 4 Men
6 Employed / 3 Graduate School
6. Python Courses
• SI301 - Social Computing / SI124 - Networked Thinking
• SI/EECS 182 - Introduction to Information Environments
• SI502 - Networked Computing
• SI539 - Design of Complex Web Sites (AppEngine)
www.pythonlearn.com
7. SI301 - Social Computing (SI124)
• Wisdom of Crowds - James Surowecki
• Networks,
Crowds, and
Markets by
David
Easley / Jon Kleinberg
• Chapters 1-18 - Avoiding all "Advanced"
material
• Student's choose additional book for group
project / presentation
8. SI301 - Projects...
Crowdsourcing
The Tipping Point
Influence: Science and Practice
Wikinomics
The Cathedral & the Bazaar
Viral Loop
Long Tail
...
9. SI182 - Building Applications
• Textbook: Think Python by Allen B. Downey
• Optional Text: Using Google App Engine -
Severance
• Completely cover programming in first 9
weeks
• Special topics and projects - Twitter API /
Google App Engine / HTML etc
Taught by EECS and SI alternate semesters
10. I don’t like programming.
I am not so good at math.
We don’t assume that
just because you are in
SI 182 a computer class -
that you intend to
pursue a computer
career.
Tech?
CS Degree Other Degree
11. EECS/SI182 - EECS Curriculumn
• Allows EECS to expreiment with a new programming
sequence
• Current: C - C++
• Informatics: Python - Java - C++
• The question is a combination of how many courses
toteach and how not to "lose" students in the process
12. SI502 - Networked Computing
• No pre-requisites • HTML and CSS
• Python for Informatics - focus on • Servie Oriented Architecture and
data analysis REST Web Services
• Internet History • Structured Query Language
(SQL)
• Internet Architecture
• Search Technology
• Hypertext Transport Protocol
(HTTP) • Security Issues and Technology
13.
14. Python Textbook
• Python for Informatics: Exploring Information
• Author: Charles Severance
• Thanks to Allen B. Downey and Jeff Elkner
• http://www.py4inf.com/
• Free as a PDF
• Available the the Espresso (Shapiro Library) $10
15. SI539 - Google App Engine
• Aimed at beginner - includes Python,
HTML, CSS, and AppEngine
• Focus is on building a interactive, lively,
and creative personal portfolio hosted
for free on Google's infrastructure
www.appenginelearn.com
16. Gender/Technology Issues
• MSI is 65% female - B.A. Informatics is 50% female - Design Goals
• Don't teach past the breaking point - focus on core/useful skills
• Multiple learning paths / styles - lecture / recording / discussion / lab
• All examples and problems must be relevant - when in doubt use
data-driven examples about people - never number games
• SI502 W10 Averages - Female (n=63) = 95.5 Male (n=24)
17. I was always a humanities-type. Until I took SI502, I never knew
home much I loved to code. I am thinking about becoming a
digital archivist.
I am currently taking SI502 and am shocked to find that I
actually like it and want to do more. I see that you are not on
the faculty adviser list for the Fall but I was wondering if I could
meet with you to discuss future courses.
Thanks so much for everything in 539. I learned SO much! I honestly was
absolutely petrified of programming before 502 and liked it so much I felt
confident going into 539. And look what I can do now! (abby-
bedford.appspot.com) Thanks for making programming not scary!
18. Thank You
• informatics.umich.edu All of my lecture slides for
the courses I teach are
• www.si.umich.edu available as CC-BY. Please
contact me at
• www.si502.com csev@umich.edu
• www.py4inf.com
• www.dr-chuck.com