Immersive Learning: The Core of the Padagogy WheelAllan Carrington
The document discusses immersive learning and its role as the core of the Padagogy Wheel model of education. It presents a quote advocating for a return to more collaborative, community-focused learning approaches. The goal is to create an authentic, human-centered curriculum that better serves students and society. The document contains snippets from a presentation on immersive learning, including quotes supporting how simulation and virtual environments can improve understanding and build empathy. It also lists contact information for the presenter and references online resources related to immersive learning design.
Media Literacy is a critical thinking skill must be taught and learned in our 24/7 media landscape. Media Literacy Week become more aware of the media messages that are being conveyed through the means of mass communications.
Spin the Wheel , Flip the Class and so much moreAllan Carrington
Allan Carrington presented on disruptive pedagogy and flipping the classroom. Some key points from the presentation include:
- Introducing concepts like starting curriculum design with desired graduate attributes and outcomes, rather than content, to create a flipped approach.
- Discussing strategies for motivating students and developing learning contracts based around attributes of excellence.
- Exploring tactics for sieving teaching ideas through criteria like autonomy, mastery and purpose to create meaningful learning experiences.
- Highlighting examples of flipping done in law classes since 2007 and pioneers at the University of Adelaide who were early adopters of just-in-time teaching using interactive learning modules.
These slides are used in the iPads in Educatiion seminar. It is begins with the Padagogy Wheel then selects a number of Apps to introduce in each of the cognitive domain categories, These seminars were first run in 2010.
This presentation introduces a Blended Teaching and Learning System for Teachers and Learners in situations with poor or no internet connection and enables Technology Enhanced Teaching and Learning to areas of the world where lack of conventional internet access has hindered the use of technology.
The Padagogy Wheel Presentation: China Dec 2015: The English VersionAllan Carrington
This is an English Version of a presentation given multiple times in China in December 2015. The Padagogy Wheel is a visual model which helps integrate good teaching, innovative thinking and student motivation with technology
This presentation is about a pedagogical approach develop by Novak and colleagues in the USA in 1997 called JiTT However with today's learning technologies much more can be achieved in student outcomes. It introduces teachers to Interactive Learning Modules (ILMs) using Articulate software. These concepts and methods were introduced into the University of Adelaide in 2005 and have been very successful
Immersive Learning: The Core of the Padagogy WheelAllan Carrington
The document discusses immersive learning and its role as the core of the Padagogy Wheel model of education. It presents a quote advocating for a return to more collaborative, community-focused learning approaches. The goal is to create an authentic, human-centered curriculum that better serves students and society. The document contains snippets from a presentation on immersive learning, including quotes supporting how simulation and virtual environments can improve understanding and build empathy. It also lists contact information for the presenter and references online resources related to immersive learning design.
Media Literacy is a critical thinking skill must be taught and learned in our 24/7 media landscape. Media Literacy Week become more aware of the media messages that are being conveyed through the means of mass communications.
Spin the Wheel , Flip the Class and so much moreAllan Carrington
Allan Carrington presented on disruptive pedagogy and flipping the classroom. Some key points from the presentation include:
- Introducing concepts like starting curriculum design with desired graduate attributes and outcomes, rather than content, to create a flipped approach.
- Discussing strategies for motivating students and developing learning contracts based around attributes of excellence.
- Exploring tactics for sieving teaching ideas through criteria like autonomy, mastery and purpose to create meaningful learning experiences.
- Highlighting examples of flipping done in law classes since 2007 and pioneers at the University of Adelaide who were early adopters of just-in-time teaching using interactive learning modules.
These slides are used in the iPads in Educatiion seminar. It is begins with the Padagogy Wheel then selects a number of Apps to introduce in each of the cognitive domain categories, These seminars were first run in 2010.
This presentation introduces a Blended Teaching and Learning System for Teachers and Learners in situations with poor or no internet connection and enables Technology Enhanced Teaching and Learning to areas of the world where lack of conventional internet access has hindered the use of technology.
The Padagogy Wheel Presentation: China Dec 2015: The English VersionAllan Carrington
This is an English Version of a presentation given multiple times in China in December 2015. The Padagogy Wheel is a visual model which helps integrate good teaching, innovative thinking and student motivation with technology
This presentation is about a pedagogical approach develop by Novak and colleagues in the USA in 1997 called JiTT However with today's learning technologies much more can be achieved in student outcomes. It introduces teachers to Interactive Learning Modules (ILMs) using Articulate software. These concepts and methods were introduced into the University of Adelaide in 2005 and have been very successful
A workshop at Online Educa Berlin 2014 based on the School on the Cloud Project (www.schoolonthecloud.eu). The activities can be found at: http://edu.symbaloo.com/mix/iteacher
The EEXCESS project aims to provide privacy-respectful content recommendations to users. It includes a privacy plugin and privacy proxy to ensure user privacy policies are respected. The plugin provides transparency into what data is collected and how it is used, as well as user control over data disclosure and feedback on the benefits of disclosure. The proxy stores user profiles and activity while applying privacy settings, and only relays recommendation requests that comply with the user's privacy policy. The overall goal is to provide personalized recommendations while preserving user privacy through control and transparency of their personal data usage.
Education on the Cloud: Researching Student-Centred Cloud-Based Learning Pros...Karl Donert
School on the Cloud at the 2015 CELDA conference. Presentation of the paper on the School on the Cloud Network Project, presented at the CELDA conference, University of Maynooth, Ireland, 24-26 October 2015
School on the Cloud: 24/7/365 @LearningKarl Donert
The document discusses the challenges facing education with the rise of cloud computing. It summarizes the work of the European School on the Cloud network, which has 57 partners exploring how education should respond to cloud technologies. The network found many isolated small-scale cloud initiatives in education across Europe. It identified challenges including a lack of clear vision and policy, readiness for cloud adoption, developing e-leadership skills, and dealing with potential disruption. Future areas to explore include smart city learning environments and linking cloud services to individual learners' needs. The network seeks to provide guidance and stimulate further projects on topics like future scenarios and context-specific cloud-based solutions.
Future of education - Insights from discussions building on an initial perspe...Future Agenda
The initial perspective on the Future of Education kicked off the Future Agenda 2.0 global discussions taking place through 2015. This summary builds on the initial view and is updated as we progress the futureagenda2.0 programme. www.futureagenda.org
Cloud-based Digital Technologies for Opening Up Education: Keep On Learning ...Demetrios G. Sampson
Demetrios G Sampson, “Cloud-based Digital Technologies for Opening Up Education: Keep Up Learning beyond the Physical Classroom at the Digital Cloud”, 1st International Summit on Education in the Cloud, Athens, Greece, 22 March 2014.
SoC: Connecting Education to the Cloud for Digital Citizenship (II)TheSoFGr
School on the Cloud (SoC)
Connecting Education to the Cloud for Digital Citizenship
Chryssanthe Sotiriou, Dimitris Primalis
Global Education Conference
Virtual Conference, 19 November 2014
http://www.globaleducationconference.com
EEXCESS is a project that aims to increase access to specialized digital content by recommending relevant resources to users based on their profiles. It will inject related content from libraries and databases into websites users frequently visit. The toolbox has components for user profiling, federated searching of content from different providers, and interfaces to present recommendations non-disruptively. Prototypes include browser and WordPress plugins. The goal is to surface more of the "long tail" of the internet and make specialized content more discoverable to help users learn. Partners are invited to contribute content and test the system.
School, Learning and Collaboration in the Cloud,
RuralSchoolCloud Final Conference - 10/10/2015,
http://rsc-project.eu/
K. C. KOUTSOPOULOS ,
Professor NTUA and Doukas School Associate,
SoC Core Partner,
http://www.schoolonthecloud.eu
School on the Cloud Project Update 2015Karl Donert
The document summarizes activities of the European School on the Cloud network, which aims to explore how education should respond to the potential of cloud computing. The network has 57 partners across Europe researching the impact of the cloud on education stakeholders. It has four working groups focusing on cloud leadership, innovative teaching, personalized learning, and future education scenarios. The network also published a state of the art report on cloud computing in education across Europe, finding a variety of isolated initiatives and developments in different countries. The network seeks to provide guidance and support to stakeholders on utilizing cloud technologies and developing cloud-based educational solutions and services.
MSc Luc Zwartjes (editor),
School on the Cloud,
ICT Key Action 3 European Project
1 The Story of John, or how education could be
2 What is personalised learning?
3 Personalised learning through the use of technology
4 Criteria for a good personalised learning course
5 Checklist for a good personalised learning course 11
Cloud-based Education: Scenarios for the FutureTheSoFGr
Prof. K. Koutsopoulos (author)
Maria Meletiou-Mavrotheris, Irene Pizzo (Contributors)
School on the Cloud, European Project
As technology has become an agent of immense change, it has forced upon the education system Cloud Computing which in the future will have significant ripple effect. The description and evaluation of these effects represent one of the principal goals of the School on the Cloud Network and is expressed in this document whose main objective is to review Cloud based futures and methodologies. That is, responding to the need for examining future enhancements of this technology on education this document presents a review of state-of-the-art research on the future of Cloud based education and elaborates on foresight methods and their application within the working plan of the School on the Cloud Network.
School on Cloud
A Guidance Leaflet for Teachers and Trainers on Cloud Teaching and Cloud Lear...TheSoFGr
School on the Cloud is a European project that explores how education can respond to the potential of cloud-based tools and technologies. It addresses the impact on educational stakeholders and what the future may hold. The network has four working groups, including Working Group 2 called "i-Teacher" which focuses on the role of teachers and teacher training. The goal of i-Teacher is to raise awareness of training needs, disseminate useful cloud-based resources using social media, and provide a framework for teachers to administer and share cloud activities with their schools.
This document discusses using technology to enhance student learning in the classroom. It outlines the teacher's goals of developing student independence, responsibility for their own learning, and awareness of learning processes and goals. Various technologies being used include computers, the internet, blogs, wikis, and presentation software. The document also discusses plans for student presentations on using technology in the classroom and developing a shared school vision of learning from the students' perspectives.
Digital storytelling uses digital tools to tell real-life stories that are typically 2-5 minutes long. It can be used effectively in nearly any subject area. It facilitates student engagement and reflection while integrating technology into instruction. Creating digital stories allows students to organize their ideas and express their knowledge in a meaningful way. Educators can use digital storytelling to introduce new materials, help students conduct research and synthesize information, and help students present their ideas and knowledge in an individual way. Some tools that can be used to create digital stories include Microsoft Photo Story, Windows Movie Maker, and Apple iMovie.
The document discusses blending technology into the classroom teaching and learning process. It defines blending technology as using technology as an instructional tool to teach curricular content. This includes applying technology to facilitate learning through different mediums, provide student-centric and engaging learning opportunities, and allow for differentiation. The document outlines several benefits of technology integration such as enhancing education quality, improving access to resources, addressing equity issues, and supporting modern learning trends. It also discusses challenges of technology integration like infrastructure, teacher capacity, technical support, and language barriers. Finally, the document provides examples of specific technologies and digital tools that can be used for teaching, presentations, quizzing students, organizing content, and creative activities.
A workshop at Online Educa Berlin 2014 based on the School on the Cloud Project (www.schoolonthecloud.eu). The activities can be found at: http://edu.symbaloo.com/mix/iteacher
The EEXCESS project aims to provide privacy-respectful content recommendations to users. It includes a privacy plugin and privacy proxy to ensure user privacy policies are respected. The plugin provides transparency into what data is collected and how it is used, as well as user control over data disclosure and feedback on the benefits of disclosure. The proxy stores user profiles and activity while applying privacy settings, and only relays recommendation requests that comply with the user's privacy policy. The overall goal is to provide personalized recommendations while preserving user privacy through control and transparency of their personal data usage.
Education on the Cloud: Researching Student-Centred Cloud-Based Learning Pros...Karl Donert
School on the Cloud at the 2015 CELDA conference. Presentation of the paper on the School on the Cloud Network Project, presented at the CELDA conference, University of Maynooth, Ireland, 24-26 October 2015
School on the Cloud: 24/7/365 @LearningKarl Donert
The document discusses the challenges facing education with the rise of cloud computing. It summarizes the work of the European School on the Cloud network, which has 57 partners exploring how education should respond to cloud technologies. The network found many isolated small-scale cloud initiatives in education across Europe. It identified challenges including a lack of clear vision and policy, readiness for cloud adoption, developing e-leadership skills, and dealing with potential disruption. Future areas to explore include smart city learning environments and linking cloud services to individual learners' needs. The network seeks to provide guidance and stimulate further projects on topics like future scenarios and context-specific cloud-based solutions.
Future of education - Insights from discussions building on an initial perspe...Future Agenda
The initial perspective on the Future of Education kicked off the Future Agenda 2.0 global discussions taking place through 2015. This summary builds on the initial view and is updated as we progress the futureagenda2.0 programme. www.futureagenda.org
Cloud-based Digital Technologies for Opening Up Education: Keep On Learning ...Demetrios G. Sampson
Demetrios G Sampson, “Cloud-based Digital Technologies for Opening Up Education: Keep Up Learning beyond the Physical Classroom at the Digital Cloud”, 1st International Summit on Education in the Cloud, Athens, Greece, 22 March 2014.
SoC: Connecting Education to the Cloud for Digital Citizenship (II)TheSoFGr
School on the Cloud (SoC)
Connecting Education to the Cloud for Digital Citizenship
Chryssanthe Sotiriou, Dimitris Primalis
Global Education Conference
Virtual Conference, 19 November 2014
http://www.globaleducationconference.com
EEXCESS is a project that aims to increase access to specialized digital content by recommending relevant resources to users based on their profiles. It will inject related content from libraries and databases into websites users frequently visit. The toolbox has components for user profiling, federated searching of content from different providers, and interfaces to present recommendations non-disruptively. Prototypes include browser and WordPress plugins. The goal is to surface more of the "long tail" of the internet and make specialized content more discoverable to help users learn. Partners are invited to contribute content and test the system.
School, Learning and Collaboration in the Cloud,
RuralSchoolCloud Final Conference - 10/10/2015,
http://rsc-project.eu/
K. C. KOUTSOPOULOS ,
Professor NTUA and Doukas School Associate,
SoC Core Partner,
http://www.schoolonthecloud.eu
School on the Cloud Project Update 2015Karl Donert
The document summarizes activities of the European School on the Cloud network, which aims to explore how education should respond to the potential of cloud computing. The network has 57 partners across Europe researching the impact of the cloud on education stakeholders. It has four working groups focusing on cloud leadership, innovative teaching, personalized learning, and future education scenarios. The network also published a state of the art report on cloud computing in education across Europe, finding a variety of isolated initiatives and developments in different countries. The network seeks to provide guidance and support to stakeholders on utilizing cloud technologies and developing cloud-based educational solutions and services.
MSc Luc Zwartjes (editor),
School on the Cloud,
ICT Key Action 3 European Project
1 The Story of John, or how education could be
2 What is personalised learning?
3 Personalised learning through the use of technology
4 Criteria for a good personalised learning course
5 Checklist for a good personalised learning course 11
Cloud-based Education: Scenarios for the FutureTheSoFGr
Prof. K. Koutsopoulos (author)
Maria Meletiou-Mavrotheris, Irene Pizzo (Contributors)
School on the Cloud, European Project
As technology has become an agent of immense change, it has forced upon the education system Cloud Computing which in the future will have significant ripple effect. The description and evaluation of these effects represent one of the principal goals of the School on the Cloud Network and is expressed in this document whose main objective is to review Cloud based futures and methodologies. That is, responding to the need for examining future enhancements of this technology on education this document presents a review of state-of-the-art research on the future of Cloud based education and elaborates on foresight methods and their application within the working plan of the School on the Cloud Network.
School on Cloud
A Guidance Leaflet for Teachers and Trainers on Cloud Teaching and Cloud Lear...TheSoFGr
School on the Cloud is a European project that explores how education can respond to the potential of cloud-based tools and technologies. It addresses the impact on educational stakeholders and what the future may hold. The network has four working groups, including Working Group 2 called "i-Teacher" which focuses on the role of teachers and teacher training. The goal of i-Teacher is to raise awareness of training needs, disseminate useful cloud-based resources using social media, and provide a framework for teachers to administer and share cloud activities with their schools.
This document discusses using technology to enhance student learning in the classroom. It outlines the teacher's goals of developing student independence, responsibility for their own learning, and awareness of learning processes and goals. Various technologies being used include computers, the internet, blogs, wikis, and presentation software. The document also discusses plans for student presentations on using technology in the classroom and developing a shared school vision of learning from the students' perspectives.
Digital storytelling uses digital tools to tell real-life stories that are typically 2-5 minutes long. It can be used effectively in nearly any subject area. It facilitates student engagement and reflection while integrating technology into instruction. Creating digital stories allows students to organize their ideas and express their knowledge in a meaningful way. Educators can use digital storytelling to introduce new materials, help students conduct research and synthesize information, and help students present their ideas and knowledge in an individual way. Some tools that can be used to create digital stories include Microsoft Photo Story, Windows Movie Maker, and Apple iMovie.
The document discusses blending technology into the classroom teaching and learning process. It defines blending technology as using technology as an instructional tool to teach curricular content. This includes applying technology to facilitate learning through different mediums, provide student-centric and engaging learning opportunities, and allow for differentiation. The document outlines several benefits of technology integration such as enhancing education quality, improving access to resources, addressing equity issues, and supporting modern learning trends. It also discusses challenges of technology integration like infrastructure, teacher capacity, technical support, and language barriers. Finally, the document provides examples of specific technologies and digital tools that can be used for teaching, presentations, quizzing students, organizing content, and creative activities.
This document provides an introduction and overview of FlipGrid, a social learning platform that allows students to create and share short videos in response to discussion topics or prompts. The summary includes:
1. FlipGrid allows educators to create "Grids" for classes/groups and add discussion topics for students to respond to with short videos. It aims to create an engaging community for collaboration and feedback.
2. The document demonstrates how to set up an account, create a Grid, add topics, and record/edit response videos through the FlipGrid platform interface.
3. A variety of use cases for FlipGrid are listed, including assignments, presentations, book clubs, goal setting, and more across different academic levels from
The document discusses trends in education that teachers should be aware of, including mastery-based grading, personalized learning, and trauma-informed practices. It provides details on 10 trends: mastery-based grading measures student mastery rather than letters grades; personalized learning adapts to each student; trauma-informed practices support students affected by trauma; genius hour allows self-directed student projects; digital citizenship teaches online skills; bite-sized learning uses brief focused lessons; mindfulness reduces student stress; brain breaks refresh students; experiential learning occurs outside class; and STEAM adds arts to STEM. Teachers are asked to choose two trends appropriate for their students.
Modern learners are demanding, resourceful, tech savvy, and crave recognition. They choose what information to retain and prioritize experiences over formal learning. Technology enables on-demand and mobile learning that is easy to access. Learning management systems and tools like the Tin Can API/xAPI allow learning to be tracked across systems and devices. While technology should not distract from learning, it offers opportunities for gamification, microlearning and creating engaging content to satisfy modern learners who are time poor.
This document summarizes a presentation on digital storytelling. It discusses the history of storytelling, defines digital storytelling, and explains why and how it can be used in the classroom. Digital storytelling combines narrative with digital media like images, sound, and video. It engages students and helps them learn, reflect, and develop 21st century skills. Teachers can use digital storytelling for instruction, assessment, and student projects. Creating digital stories takes planning, collecting materials, and editing with tools like Windows Movie Maker.
Here is an honest appreciation of each team member's contribution:
1. Mendoza, Andrianne:
Quality of Outputs - 4pts (Powerpoint editing was well done)
Initiative/Willingness - 2pts
Team Dynamics - 3pts
2. Jimenez, Levy:
Quality of Outputs - 5pts (Interview questions were insightful)
Initiative/Willingness - 2pts
Team Dynamics - 3pts
3. Sabella, Rachelle:
Quality of Outputs - 5pts (Slides were well-made and informative)
Initiative/Willingness - 2pts
Team Dynamics - 3pts
4. Sayson, Ron
The document discusses how technology can enhance learning in the classroom in several ways: by addressing the needs of struggling students, increasing motivation, improving communication of goals, facilitating higher-order thinking, and building valuable workplace skills. It also outlines the National Education Technology Standards, which include creativity, communication, research skills, critical thinking, digital citizenship, and technology operations. The document notes that assistive technology can help learning disabled students with listening, math, organization, reading, and writing. It provides examples of how technology benefits visually impaired students and how teachers can incorporate technology through blogs, videos, and classroom websites to communicate and enhance lessons.
Beyond the Device: Key Strategies to Infuse Technology in LearningAva O'Keefe
View our webinar featuring Oretha Ferguson, sophomore English teacher at Southside High School in Fort Smith, Arkansas and co-author of The Classroom Management Book; Tonia McMillan, Instructional Technology Coach at Dawson Educational Cooperative; and Harry Dickens, former Instructional Technology Consultant and current Education Consultant at Compass Learning, to learn:
- Strategies to help build a shared vision and break down the silos of curriculum and technology
- Examples of how digital tools are changing instructional practice
- How to leverage technology to incorporate real time progress monitoring in order to inform instruction
- Practical techniques to deploy your instructional technology implementation
Integrating Higher-Order Thinking Skills into MathClif Mims
This document discusses integrating higher-order thinking skills into middle and high school math classes. It provides examples of how students can demonstrate conceptual understanding through creating their own math problems and solutions using digital tools like videos, posters, and animations. The document advises that teachers allow students to struggle productively, explore concepts, and create multiple representations of their understanding in order to develop higher-order thinking skills beyond just memorizing steps. Special thanks are given to a teacher who has implemented these strategies in their classroom.
This document discusses methods for teaching computer science concepts and practices. It outlines five core concepts in computer science: computing systems, networks and the internet, data and analytics, algorithms and programming, and impacts of computing. It also describes seven core practices for students, including fostering an inclusive culture and communicating about computing. The document then provides research-based classroom strategies for teaching computer science, such as providing visuals, encouraging students, decoding code through exploration, leveraging peer support, creating real-world relevance, collaboration and sharing work, and cultivating a growth mindset. Finally, it discusses questioning techniques for teachers, such as using open questions, wait time after questions, treating responses as a discussion rather than competition, insisting on complete
This document discusses digital storytelling. It defines a digital story as a short, first-person video created using recorded voice, images, and music. Digital storytelling involves combining these elements to tell a personal story. The document outlines key elements of digital stories like point of view, dramatic question, emotional content, voice, soundtrack, economy, and pacing. It also discusses benefits of using digital storytelling in the classroom, how to integrate it, assess student projects, copyright considerations, and resources for getting started with digital storytelling.
8 Techniques and Tons of Tools for Creating Excellent Engaging LessonsKelly Walsh
This document discusses 8 engaging ways to use technology in the classroom to create lessons that are not boring. It provides examples of tools for each technique: 1) Incorporate student input and gather feedback using tools like Socrative, Plickers, and Twitter. 2) Gamify lessons using techniques like gamifying grading, awarding badges, integrating educational games, and competition. 3) Let students create using tools like Canva, ThingLink, and Blendspace. 4) Get interactive using online whiteboards and Bounceapp. 5) Have students collaborate using Google Drive, MindMeister, and collaborative research. 6) Use project-based learning with resources from TeachThought. 7) Use simulations in subjects like
Digital Technologies in the NZ classroomDavid Kinane
This document discusses digital learning and the importance of developing students' soft skills and preparing them for future careers. It emphasizes student-centered and constructionist approaches to learning using computational thinking and digital technologies. Key points include developing students' agency, embracing pedagogical disruption, focusing on principles of 21st century learning, and implementing the new Digital Technologies curriculum through cross-curricular and unplugged activities. Examples provided aim to move beyond traditional teaching and empower students as creators through innovative and constructionist learning experiences.
Here are a few key points about using data to improve learning:
- Data can help identify issues like high attrition rates in certain subjects, and lack of student preparation or engagement. But it needs to be interpreted carefully within the proper context.
- Personalized learning approaches using data may help students by recommending resources tailored to their needs and progress. But it also raises issues around privacy, bias, and over-reliance on algorithms.
- Data should supplement, not replace, educators' expertise and judgment. The human element of teaching and mentoring is still important for student well-being and development.
- Students should be actively involved in discussing how their data is used, to maintain trust and accountability. Their consent
The document discusses using online math games to increase student test scores. It notes that students are becoming frustrated with math and their scores are dropping. Research shows online math games can increase student-centered learning, computer skills, motivation, and engagement across learning styles. The document recommends teachers search for new online math game websites, have students share their favorites, and discuss student growth and scores with parents to confirm the effectiveness of using online math games.
The document discusses using online math games to increase student test scores. It notes that students are becoming frustrated with math and their scores are dropping. Research shows online math games can increase student-centered learning, computer skills, motivation, and engagement across learning styles. The document recommends teachers search for new online math game websites, have students share their favorites, and discuss student growth and scores with parents to confirm the effectiveness of using online math games.
The document discusses using online math games to increase student test scores. It notes that students are becoming frustrated with math and their scores are dropping. Research shows online math games can increase student-centered learning, computer skills, motivation, and engagement across learning styles. The document recommends teachers search for new online math game websites, have students share their favorites, and discuss student growth and scores with parents to confirm the effectiveness of using online math games.
The document discusses using online math games to increase student test scores. It notes that students are becoming frustrated with math and their scores are dropping. Research shows online math games can increase student-centered learning, computer skills, motivation, and engagement across learning styles. The document recommends teachers search for new online math game websites, have students share their favorites, and discuss student growth and scores with parents to confirm the effectiveness of using online math games.
Similar to Use technology to boost your learners’ skills (20)
Over the past years, the use of digital tools and educational platforms turned traditional teaching into an interesting experience: knowledge being not simply acquired but also developed and discussed via interactive means of learning. Pandemic, literally overnight, forced the whole of the educational community to move towards that direction. Some countries and institutions were prepared, others had to try harder to adjust and there were those who did not have the means to help students work within a fully tech-oriented environment.Teachers on the one hand, kept getting informed and followed the latest trends in digital pedagogic culture. They were more than willing to introduce new more personalized approaches instead of a-one-size-fits all standardized system to meet the different needs and abilities of students. Students on the other, enjoyed at first, using new technologies and adapted rather fast since they are digital natives. Consequently, both were after a never-ending quest of enjoyable and efficiently spent lesson time.A year and a half later the educational community walks in the path of the future having concerns in process:Attention span (Do learners use technology for educational purposes only while at school environment?)Feeling of anxiety (What will happen if learners get isolated from the real world?)AI ethics (Are we successfully prepared for an automated world where intelligence is expected to embrace singularity?)Technology is here to stay.Teachers and students existed long before. It is the time to help them feel safe.
Transforming education using the Cloud approach, a presentation at Eden Conf...Chryssanthe Sotiriou
In epistemology, in the last few years, important differentiations have occurred related to the way we view education as well as its applications. These changes in perception are of particular importance, because they clearly show the need for a new approach to Education. More specifically, we need to clarify the fundamental principles that determine nowadays the way education is regarded and the methods used in teaching and learning
At the onset, this paper unambiguously declares that nowadays at the centre of the pedagogic approach towards teaching and learning should be the concept of integration. This leads to the position that not only the traditional Teacher Centred Instructing educational paradigm, as well as the much herald present approaches to education, defined as the Student Centred Learning paradigm, are now absolute and we find ourselves in the period of the Net Centred Knowing paradigm which is based on Cloud Computing.
More specifically, the position presented here is simple in its explanation, but radical when is considered in terms of the excising beliefs and practices in the education community. That is, today’s major educational stakeholders require combined and simultaneous capabilities that cannot be dealt with unless we accept the fact that they represent different manifestations of “a whole”, the dialectic entity of education. Therefore, an integrated approach towards teaching and learning is required, an approach that is not possible without the help of the educational abilities provided by Cloud Computing. But understanding such an approach to teaching and learning is possible only through an examination of their nature and their evolution, which in turn determines how we perceive education as well as how we practice it. However, these two dimensions have recently been involved in changes representing what epistemologist Thomas Khun (1962) has termed paradigm shifts and which are presented bellow.
Press release
Doukas School premises
Visit of The Director of the European Centre for Women and Technology (ECWT), Chair of the Global Women and Technology (GWT) Network and European Affairs Manager at the Regional Innovation Centre Papirbredden Innovasjon, Eva Fabry
The document summarizes a presentation given at the IATEFL conference titled "Literature Strikes Back!!! Teaching Literature with Technology". The presentation was given by Chryssanthe Sotiriou and Dimitris Primalis and discussed using technology to enhance the teaching of literature in the classroom. The presentation was divided into three parts: 1) enhancing old techniques with technology like flipped classroom, 2) using Web2.0 tools and collaborative platforms, and 3) soliciting input from the audience. Various specific techniques were discussed, such as jigsaw activities, flipped classroom, and connecting with authors via Skype. The presenters argued that technology can help stimulate learners' interest in literature and that literature en
This document discusses using social media and technology in education. It provides examples of how tools like Edmodo can be used to share resources like graphic novels and grammar lessons. It also describes an activity where students are divided into teams to cooperatively design a space city, with opportunities for research, drawings, and a Skype call with an expert. Guidelines are outlined for appropriate use of online resources and interactions. In conclusion, it states that technology should be used as a medium to achieve goals and facilitate, not hinder, teaching, though it cannot replace the teacher.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
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.
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
Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
Introduction to AI for Nonprofits with Tapp NetworkTechSoup
Dive into the world of AI! Experts Jon Hill and Tareq Monaur will guide you through AI's role in enhancing nonprofit websites and basic marketing strategies, making it easy to understand and apply.
A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
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
1. Use technology
to boost
your learners’ skills
http://linoit.com/users/dprimalis/canvases/elt
A 4 hour practical workshop
with Dimitris Primalis and Chryssanthe Sotiriou
Athens 6th June, 2015
Use technology to boost your learners’ skills Chryssanthe
Sotiriou, Dimitris Primalis
2. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
Do your students use mobile phones, tablets, laptops?
3. Overview
New teaching realities
Collaborative writing
Webquests
Feedback (office mix)
Information gap activities
Flipped classroom
Language Production
Putting theory into practice
Use technology to boost your learners’ skills Chryssanthe
Sotiriou, Dimitris Primalis
4. 21ST century learner
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
5. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
http://www.p21.org/our-work/p21-framework
6. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
Are all these
related to my
teaching reality?
Exams:
Pairwork
Groupwork
Argumentative writing (essay)
Reports/Proposals/Emails
7. Ways of thinking
CRITICAL THINKING
PROBLEM SOLVING
DECISION MAKING
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
8. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
Recognize assumptions
separate fact from opinion
http://learning.blogs.nytimes.com/2013/12/13/skills-practice-distinguishing-between-fact-and-opinion/?_php=true&_type=blogs&_r=0
9. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
Evaluate arguments
Analyze info accurately and
objectively
Draw conclusions
10. Use technology to boost your learners’ skills
Chryssanthe Sotiriou, Dimitris Primalis
Where have you seen argumentative
writing in your daily practice?
11. Collaborative writing
United we build language blocks
to reach new heights!!! Use technology to boost your learners’ skills
Chryssanthe Sotiriou & Dimitris Primalis
6th June 2015 The Royal Olympic Hotel, Athens
12. feeding??? NO THANK YOU!!!
Empower your learners with e-feedback
Use technology to boost your learners’ skills
Chryssanthe Sotiriou & Dimitris Primalis
6th June 2015 The Royal Olympic Hotel, Athens
13. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
In my opinion is junk food restaurants must close
for many reasons. Firstly, it isn't healthy for us
because it is rich in sugar. Secondly, it can harm
our health, because it contains bad ingredients.
Finally, it is low in vitamins.
14. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
Benefits of giving feedback in electronic form
Personalized
Discreet
Students can revisit it
No time pressure
15. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
16. Your mom and dad are celebrating their wedding anniversary and
would like to spend a weekend abroad.
Organize a weekend for them and present two holiday destinations
they may go to. Below there are some points to consider:
• Their budget is about 600 Euros
• They would like a place with many sights to visit
• They can depart on Friday after work and they have to be back by Sunday evening.
• You will need to calculate tickets, accommodation, food and any other expenses they may
have
• Suggest what they can do there e.g. visit museums, do sports, taste local food etc
Prepare a powerpoint presentation and share with the class before presenting it to your
parents.
17. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
Define the problem clearly
Design strategy
Gather analyze info
Develop possible solutions
18. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
List solutions
Weigh up risk/difficulties
involved
Make the final decision
19. Understanding space travel
the Quest…
Background information
https://www.youtube.com/watch?v=oUJG
R6qNVzA
brainstorming writing a paragraph post it in edmodo
discussion /possibility of poll
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
20. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
Class divided in teams each including
1. Researchers
2. Inhabitants
3. Designers
21. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
building materials ?
jobs ?
skills ?
recreational facilities ?
power, food, water, oxygen—the necessities?
conditions and services ?
http://todaysmeet.com/
25. Before …
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
• Ss have limited
information
• Ss try to follow
along
• Ss attempt
homework-
sometimes
feedback is
delayed
26. After …
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
• Ss have specific
questions in mind
• Ss practice
performing the skills
they are expected
to learn
• Ss apply their
knowledge skills
27. Flipped classroom
school work at home
and
home work at school
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
28. Flipped Learning
Group learning space
individual learning space
Dynamic interactive learning
environment
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
29. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
31. Around school:
Themed photos
• Coursebook theme
• 2-3 photos
• 10 min time limit
• Share & justify choice
http://goo.gl/gt1XPw
Flipping with mobile
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
33. Wolk
CLOUD
ΣύννεφοBulut
NuvemNor OBLAK
CHMURA
Nube
Wolke Nuage
Debesis
облак
Doukas School (Greece, Coordinator)
Innovative Learning Network Ltd. (UK)
EUROGEO European Association of Geographers (Belgium)
GO! Education of the Flemish Community (Belgium)
Ghent University (Belgium)
This project has been funded with support from the European Commission. This publication reflects the views only of the authors, and the Commission cannot be held responsible for any use which may be made of the information contained
twitter.com/school_cloud
facebook.com/schoolonthecloud
schoolonthecloud.eu
linkedin.com/groups/schooloncloud-7426807
SCHOOL ON THE CLOUD
Connecting Education to the Cloud
for Digital Citizenship
Chryssanthe Sotiriou
Dimitris Primalis
Doukas School
19 November 2014
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
34. Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
35. 57 Partners Consortium
o School Education
o University Education
o Vocational Education
o Adult Education
Our vision
‘School on the Cloud’ Network
http://bit.ly/SoCMembers
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
36. School on the Cloud 1st Summit 2014
http://bit.ly/SoC1stConference
http://bit.ly/SoFSlideshare
Use technology to boost your learners’
skills Chryssanthe Sotiriou, Dimitris Primalis
44. Producing and creating
• Puppet pals
• http://learnenglishkids.britishcouncil.org/en/make-your-own/comic-strip-maker
• Comic life
Making movies
Windows movie maker
http://www.dvolver.com/moviemaker/ (animation)
http://www.dvolver.com/live/movies-563404
Producing word clouds
http://www.wordle.net/
http://www.tagxedo.com/
Leaflets
www.smore.com
Use technology to boost your learners’ skills Chryssanthe Sotiriou, Dimitris Primalis
46. Finally found a great
new app that will make
my lesson super!!!
Use technology to boost your learners’ skills Chryssanthe Sotiriou, Dimitris Primalis
47. IT’S RAINING APPS
Use technology to boost your learners’ skills Chryssanthe Sotiriou, Dimitris Primalis
49. TAKE IT STEP BY STEP
Aims Techniques
Part of the
lesson
Tool
Use technology to boost your learners’ skills Chryssanthe Sotiriou, Dimitris Primalis
50. • Storm in …
my
room???!!!
• Ooops!!! We
thought we
thaw a
puthycat!!!
• What are they
doing there?
Use technology to boost your learners’ skills Chryssanthe Sotiriou, Dimitris Primalis
51. Dear Blog
I’m utterly shocked!!! Still fuming with
anger
My master has always been strict with
me and since I was a kitten, I was never
allowed to climb on the furniture or the
TV set. I was always sent on the balcony
whenever I wanted to go to the loo and I
was constantly told off if I scratched the
carpet or hi-fi stereo with my paws. And
I swear I did my very best to follow the
rules.
But yesterday, my master opened the
cage door and the two budgies came
out, flying all over the living room. They
scratched the furniture, flew on the TV
set and the CD player. As if this was not
enough, there were droppings all over
the carpet and picture frames while the
master’s newspaper was chewed to
pieces by their beaks.
If I had done that, my master would have
kicked me out. Instead of doing the same with
the two birds, he burst into laughter and
started taking photos.
I feel like eating them tonight!!! What should I
do? I wish somebody could tell me what to
do….
Best
Desperate pussycat
Idea adapted from Advanced Communication Games by Jill Hadfield - NELSON
Use technology to boost your learners’ skills Chryssanthe Sotiriou, Dimitris Primalis
52. Thank you for being such a wonderful audience!!!
Chryssanthe Sotiriou
Dimitris Primalis
differentefl.blogspot.gr
sassy_gr@hotmail.com
@chryssanthe
dprimalis@gmail.com
@dprimalis
Editor's Notes
In this presentation, we aim to sketch our vision that can help motivate and guide educators around the world that are interested in cloud education. A vision which is actually represented by the SoC Network. This is a European initiative which seeks to explore how education should respond to the new ICT developments in the form of Cloud–based applications that are rapidly transforming our society, including education. Given that tablets, mobile devices and Cloud-based services are tools spreading through schools this project explores their use and develops guidelines for the education sector by encouraging collaboration and knowledge exchange. Our experience at Doukas School has shown that such an initiative promotes a new dynamic way to educate that aligns with the way we think, share, learn and collaborate outside of the classroom. Various project examples based not only in our experience ,but also that for our partners will be presented and questions and fruitful discussion are more than welcome