Here is Tracy Mason’s and Anthony Green’s presentation from The National Learning Platforms Conference.
Tracy and Anthony spoke in the Adopt session ‘Engaging your students and extending the learning day’
The document discusses the e5 Instructional Model which emphasizes what effective teachers do to engage students in challenging tasks through 5 domains (e's) ranging from levels 1-4. It also describes the e5 journal which supports teacher reflection and informs online learning experiences for students through the Ultranet. The focus is on what constitutes high quality instructional practice and taking a tour of the school.
This document contains an ITCE portfolio submission from a student named Chan Yuen Wah. The portfolio includes documentation of skills attained at both the basic and intermediate levels of the ITCE framework. At the basic level, the portfolio contains three items: a lesson plan incorporating IT skills, a reflection on using IT for study, and an essay on using IT for teaching. At the intermediate level, the portfolio contains three other items: a lesson plan reflecting the use of educational software, a reflection on how ICT affects learning, and a self-evaluation of using software to teach a lesson. The document also includes declaration sheets signed by the student and ITCE instructor.
Presentation for Lesson Study conference WALS2017 in Nagoya Japan.
Presentation about Blended Lesson Studies, making interschool Lesson Study possible with Blended Learning and Virtual Observation (IRIS Connect) of Research Lessons.
The document discusses content chunking in e-learning. Content chunking involves splitting information into small, easily digestible pieces. This helps learners understand information more easily. There is a five-step process for comprehending content before chunking: gathering inputs, analyzing content, setting learning objectives, researching and summarizing, and creating a course map. Content should be chunked at both the course level, by creating a detailed outline, and screen level, with one learning point per screen. Effective chunking is key to developing an effective e-learning course.
This document discusses designing blended learning. It begins by defining blended learning as a formal education program that combines online and in-person learning, allowing students some control over time, place, path or pace of their learning. It then discusses different models of blended learning, including the rotation model. The rest of the document provides guidance on designing blended learning by establishing learning goals, choosing a blended learning model and technologies, implementing the design, and reflecting afterwards to improve it. It emphasizes connecting the offline and online components seamlessly and considering factors like grouping students, cues, timing, and assigning accessible homework.
This document outlines a lesson plan about the capabilities of computer systems. The lesson uses various teaching methods including a video presentation, illustration, and group activity to engage students. The key capabilities discussed are the computer's speed, accuracy, and large storage capacity. Students learn that computers can perform calculations and tasks much faster than humans and with perfect accuracy. They also learn that computers can store vast amounts of data in small physical spaces. The lesson concludes by assessing students' understanding of these core capabilities and advantages of using computers.
The document provides guidance for teachers on designing flipped classroom activities using existing educational content. It discusses key aspects of out-of-class and in-class activity design for a flipped classroom approach. For the out-of-class segment, it recommends identifying learning objectives and key concepts, locating relevant open educational resources for students, and designing assessments aligned to the learning objectives. For the in-class segment, it suggests engaging students in active learning strategies like think-pair-share and peer instruction that involve higher-order thinking and feedback. Examples are provided for how to structure different parts of the flipped classroom activity design.
This document contains Yang Ching's ITCE portfolio submission sheet. It includes:
1. Yang Ching's personal information and the program of study.
2. Checklists showing the basic and intermediate level IT skills Yang Ching has attained from various sources like the LTTC website and workshops.
3. Declarations by Yang Ching and the ITCE instructor that the portfolio work is Yang Ching's own work and indicates her attained ITCE level.
The document discusses the e5 Instructional Model which emphasizes what effective teachers do to engage students in challenging tasks through 5 domains (e's) ranging from levels 1-4. It also describes the e5 journal which supports teacher reflection and informs online learning experiences for students through the Ultranet. The focus is on what constitutes high quality instructional practice and taking a tour of the school.
This document contains an ITCE portfolio submission from a student named Chan Yuen Wah. The portfolio includes documentation of skills attained at both the basic and intermediate levels of the ITCE framework. At the basic level, the portfolio contains three items: a lesson plan incorporating IT skills, a reflection on using IT for study, and an essay on using IT for teaching. At the intermediate level, the portfolio contains three other items: a lesson plan reflecting the use of educational software, a reflection on how ICT affects learning, and a self-evaluation of using software to teach a lesson. The document also includes declaration sheets signed by the student and ITCE instructor.
Presentation for Lesson Study conference WALS2017 in Nagoya Japan.
Presentation about Blended Lesson Studies, making interschool Lesson Study possible with Blended Learning and Virtual Observation (IRIS Connect) of Research Lessons.
The document discusses content chunking in e-learning. Content chunking involves splitting information into small, easily digestible pieces. This helps learners understand information more easily. There is a five-step process for comprehending content before chunking: gathering inputs, analyzing content, setting learning objectives, researching and summarizing, and creating a course map. Content should be chunked at both the course level, by creating a detailed outline, and screen level, with one learning point per screen. Effective chunking is key to developing an effective e-learning course.
This document discusses designing blended learning. It begins by defining blended learning as a formal education program that combines online and in-person learning, allowing students some control over time, place, path or pace of their learning. It then discusses different models of blended learning, including the rotation model. The rest of the document provides guidance on designing blended learning by establishing learning goals, choosing a blended learning model and technologies, implementing the design, and reflecting afterwards to improve it. It emphasizes connecting the offline and online components seamlessly and considering factors like grouping students, cues, timing, and assigning accessible homework.
This document outlines a lesson plan about the capabilities of computer systems. The lesson uses various teaching methods including a video presentation, illustration, and group activity to engage students. The key capabilities discussed are the computer's speed, accuracy, and large storage capacity. Students learn that computers can perform calculations and tasks much faster than humans and with perfect accuracy. They also learn that computers can store vast amounts of data in small physical spaces. The lesson concludes by assessing students' understanding of these core capabilities and advantages of using computers.
The document provides guidance for teachers on designing flipped classroom activities using existing educational content. It discusses key aspects of out-of-class and in-class activity design for a flipped classroom approach. For the out-of-class segment, it recommends identifying learning objectives and key concepts, locating relevant open educational resources for students, and designing assessments aligned to the learning objectives. For the in-class segment, it suggests engaging students in active learning strategies like think-pair-share and peer instruction that involve higher-order thinking and feedback. Examples are provided for how to structure different parts of the flipped classroom activity design.
This document contains Yang Ching's ITCE portfolio submission sheet. It includes:
1. Yang Ching's personal information and the program of study.
2. Checklists showing the basic and intermediate level IT skills Yang Ching has attained from various sources like the LTTC website and workshops.
3. Declarations by Yang Ching and the ITCE instructor that the portfolio work is Yang Ching's own work and indicates her attained ITCE level.
The document discusses the growth of FrogLearn and I Am Learning education systems. FrogLearn saw 600 more schools and I Am Learning saw 1000 more schools using their programs this year. The overall Frog family of schools grew by 12.5% this year. The document proposes an ideal education system that helps define academic standards, provides transparency into student strengths and weaknesses, guides next steps for improvement, and empowers teachers to meet each student's individual needs. Schools and academies are united in providing students better access to quality education.
Frog 15 - Innovative Teaching, Project Based Learning (Microsoft)FrogEducation
This document summarizes Microsoft's vision for digital education and resources to support project-based learning. It highlights tools like the Skype classroom which allows virtual field trips, and a partnership with BBC Earth for an "Enchanted Kingdom" educational program. Resources described include ebooks, lesson plans, and apps to support project-based learning activities around the Enchanted Kingdom theme. Links are provided to access these materials.
Here is Alex Thrower's presentation from the National Learning Platforms Conference
Alex spoke in the Adopt session titled 'The impact of good parental involvement'
Frog 15 - Flipping Out (Britannica Digital Learning)FrogEducation
Flipped learning is a teaching method where direct instruction moves from the group learning space to the individual learning space, commonly outside of the classroom, so that class time can be used for students to apply concepts, engage in problem-solving, and participate in collaborative activities. Surveys show that flipped learning improves standardized test scores and student attitudes, and case studies found failure rates dropped significantly when flipped learning was adopted. Flipped learning allows for easier differentiation of lessons, promotes group work, and provides more opportunities for formative assessment.
Mick Walker - Key Changes to the National Curriculum accountability measures ...FrogEducation
The document discusses recent changes to the UK's National Curriculum, accountability measures, and Ofsted inspections. Key changes include fewer attainment levels, a focus on mastery of core subjects, and more demanding assessments. Schools will be accountable based on attainment and progress standards rather than levels. Ofsted inspections will place greater emphasis on schools demonstrating pupils' progress through formative and summative assessments. While the changes aim to improve education, they also present challenges around developing clear standards, assessment practices, and transitioning to the new system.
Technical Workshop: Devices in the classroom - how to make technology work fo...FrogEducation
This document summarizes a presentation about using mobile devices in the classroom. It discusses:
1. The importance of infrastructure like reliable wired and wireless networks before introducing devices.
2. How one school set up iPad management using the Apple Volume Purchase Program to buy apps in bulk, Apple Configurator to configure devices, and Meraki for mobile device management.
3. How the school is rolling out iPads, with all teachers receiving one, support staff to get iPads, and a plan to provide all students in a year group at a time with 1:1 access to iPads for use in class and at home.
Trinity Academy Halifax selected FrogPlay to support its mastery curriculum, where students study sections of the curriculum in blocks and must demonstrate mastery before progressing. Students spent 9,000 hours last year working on the system, with high engagement from both students and staff, especially in science and maths. The academy moved from I am Learning to FrogPlay/FrogLearn, allowing it to create learning resources directly linking content to activities. While there were initial issues adjusting to the new system, teachers and students are becoming more confident with support and other subject areas are now also using FrogPlay.
This document outlines a professional development plan for teacher training on Promethean technologies. The training will take place over two half-day sessions in September and November. It includes SMART goals for novice, intermediate, and advanced users. Planned activities include an online needs assessment, breakout sessions led by technology coaches, and follow up surveys. The expected outcomes are that participants will gain skills and confidence in using Promethean hardware and software for classroom instruction. Student learning will also be assessed through observations, surveys, and anecdotal evidence.
This document outlines goals and plans for integrating e-learning at a school over the next year. The national goals are for students to become successful digital citizens, for principals to lead e-learning integration, and for teachers to effectively integrate e-learning. The school will form teacher groups to focus on key tools and share learning. Surveys will track staff e-learning use and confidence. Options for computer access are discussed, such as distributing desktops among classrooms and adding mobile devices. Progress will be measured through group plans, student work samples, and reflections shared on a wiki.
The document discusses the use of multimedia in teacher education, including PowerPoint presentations, computer-aided instruction (CAI) packages, mobile learning, and smart classrooms. It describes how PowerPoint can be used to teach lessons effectively using text, images, pictures, links and animations. CAI packages allow for individualized and self-paced instruction through computer interaction and feedback. Devices used in CAI include computers, storage devices, projectors, and input devices. Mobile learning provides flexibility and interactivity outside the classroom. Smart classrooms replace traditional classrooms by focusing on intellectual development through connected tools like computers, projectors, and smart boards.
The document discusses the use of technology in English language teaching (ELT), comparing traditional and modern approaches. It defines e-learning as using technology like video and computers to deliver course content electronically. E-learning offers more learning environments and choices than traditional chalk-and-board teaching. Technology can supplement classroom instruction as a tool or complement it, and can also replace teachers as an online tutor. The document outlines considerations for integrating e-learning into ELT, such as purpose, methods, resources, timing, and steps to implementation.
The document discusses the development of electronic educational content and the proper path for this. It argues that previous approaches focused on digitizing textbooks or developing software programs, which did not fully utilize technology or allow for interaction. The ideal approach is developing a content management platform (CMS) that teachers and students can use, giving teachers flexibility to continuously develop and innovate integrated lessons incorporating their experience and expertise into a personalized learning environment.
This document discusses sharing work done with Ultranet, EduSTAR, and 1:1 device programs in schools. It asks leaders to share examples of implementation in their schools and any assistance needed. Schools are asked if staff have completed an ePotential survey and included eLearning in professional development plans. The meeting will include presentations from schools on student learning goals and secondary school Ultranet projects. Support for curriculum through eBookboxes, Ultranet collaborative spaces, and endorsed content will be discussed. Details are provided about eduSTAR versions and uses. Ultranet collaborative spaces and transition spaces for grade 6 students are also mentioned. The next meeting details are outlined.
The document discusses the practicum phase of an Educational Technology 2 course. The practicum phase involves hands-on computer tutorials to teach students how to use various software programs. It will cover tutorials in Microsoft Word, PowerPoint, spreadsheet software like Excel, Microsoft Publisher, and using the Internet as a tool for research. The goals are to prepare students to integrate technology into their teaching and empower teachers to meet the technology challenges of the 21st century.
This document discusses using video in teaching. It provides reasons to use video such as grabbing attention and creating memorable learning experiences. It discusses options for finding and using video content from sites like YouTube and BBC iPlayer or downloading content. It also covers embedding video in PowerPoint, dealing with audio issues, and editing video. The document encourages the audience to try out some of the video tools discussed.
This document outlines the practicum phase of an Educational Technology 2 course. The practicum phase provides hands-on computer tutorials to help students and teachers integrate technology into teaching. It consists of basic tutorials in Microsoft Word, PowerPoint, and using the Internet as a tool for inquiry. The goals are to familiarize students with software functions and enhance teaching with tools like graphics, audio, and video. Educational Technology 2 aims to prepare teachers for technology integration challenges in the classroom.
1) The document outlines a professional development plan for teachers at Booker Junior High/High School to improve their technology skills and integration of technology into lessons.
2) The plan includes an initial needs assessment where teachers evaluate their skills with various programs. It also includes individualized, small group, and online training throughout the year.
3) Progress will be evaluated through lesson plans, observations, student performance on assessments, and teachers re-evaluating their skills at the end of each semester. The overall goal is to help teachers become proficient in using available technology.
This document outlines a technology action plan and professional development plan for a school. The plan includes conducting a needs assessment to determine individual training needs for teachers. Teachers will evaluate their skills with various programs and equipment. Universal training needs will also be identified. The plan provides for whole group, individual, small group and online professional development opportunities. Teachers will set professional development goals and track their progress. Student performance data will be used to evaluate the effectiveness of integrating technology into teaching.
Teaching and Learning Support Activities at Osaka UniversityHaruo Takemura
This document provides an overview of teaching and learning support activities at Osaka University. It discusses the Teaching and Learning Support Center (TLSC) which was established in 2013 to introduce active learning across campus. The TLSC utilizes ICT systems like lecture capture and mobile response systems to enhance learning both in and outside the classroom. It also oversees faculty development programs, workshops, and a future faculty program to train graduate students in teaching skills. The TLSC aims to create a positive spiral of learning through various teaching support initiatives and establish a one-stop service for campus-wide faculty development.
The document discusses the growth of FrogLearn and I Am Learning education systems. FrogLearn saw 600 more schools and I Am Learning saw 1000 more schools using their programs this year. The overall Frog family of schools grew by 12.5% this year. The document proposes an ideal education system that helps define academic standards, provides transparency into student strengths and weaknesses, guides next steps for improvement, and empowers teachers to meet each student's individual needs. Schools and academies are united in providing students better access to quality education.
Frog 15 - Innovative Teaching, Project Based Learning (Microsoft)FrogEducation
This document summarizes Microsoft's vision for digital education and resources to support project-based learning. It highlights tools like the Skype classroom which allows virtual field trips, and a partnership with BBC Earth for an "Enchanted Kingdom" educational program. Resources described include ebooks, lesson plans, and apps to support project-based learning activities around the Enchanted Kingdom theme. Links are provided to access these materials.
Here is Alex Thrower's presentation from the National Learning Platforms Conference
Alex spoke in the Adopt session titled 'The impact of good parental involvement'
Frog 15 - Flipping Out (Britannica Digital Learning)FrogEducation
Flipped learning is a teaching method where direct instruction moves from the group learning space to the individual learning space, commonly outside of the classroom, so that class time can be used for students to apply concepts, engage in problem-solving, and participate in collaborative activities. Surveys show that flipped learning improves standardized test scores and student attitudes, and case studies found failure rates dropped significantly when flipped learning was adopted. Flipped learning allows for easier differentiation of lessons, promotes group work, and provides more opportunities for formative assessment.
Mick Walker - Key Changes to the National Curriculum accountability measures ...FrogEducation
The document discusses recent changes to the UK's National Curriculum, accountability measures, and Ofsted inspections. Key changes include fewer attainment levels, a focus on mastery of core subjects, and more demanding assessments. Schools will be accountable based on attainment and progress standards rather than levels. Ofsted inspections will place greater emphasis on schools demonstrating pupils' progress through formative and summative assessments. While the changes aim to improve education, they also present challenges around developing clear standards, assessment practices, and transitioning to the new system.
Technical Workshop: Devices in the classroom - how to make technology work fo...FrogEducation
This document summarizes a presentation about using mobile devices in the classroom. It discusses:
1. The importance of infrastructure like reliable wired and wireless networks before introducing devices.
2. How one school set up iPad management using the Apple Volume Purchase Program to buy apps in bulk, Apple Configurator to configure devices, and Meraki for mobile device management.
3. How the school is rolling out iPads, with all teachers receiving one, support staff to get iPads, and a plan to provide all students in a year group at a time with 1:1 access to iPads for use in class and at home.
Trinity Academy Halifax selected FrogPlay to support its mastery curriculum, where students study sections of the curriculum in blocks and must demonstrate mastery before progressing. Students spent 9,000 hours last year working on the system, with high engagement from both students and staff, especially in science and maths. The academy moved from I am Learning to FrogPlay/FrogLearn, allowing it to create learning resources directly linking content to activities. While there were initial issues adjusting to the new system, teachers and students are becoming more confident with support and other subject areas are now also using FrogPlay.
This document outlines a professional development plan for teacher training on Promethean technologies. The training will take place over two half-day sessions in September and November. It includes SMART goals for novice, intermediate, and advanced users. Planned activities include an online needs assessment, breakout sessions led by technology coaches, and follow up surveys. The expected outcomes are that participants will gain skills and confidence in using Promethean hardware and software for classroom instruction. Student learning will also be assessed through observations, surveys, and anecdotal evidence.
This document outlines goals and plans for integrating e-learning at a school over the next year. The national goals are for students to become successful digital citizens, for principals to lead e-learning integration, and for teachers to effectively integrate e-learning. The school will form teacher groups to focus on key tools and share learning. Surveys will track staff e-learning use and confidence. Options for computer access are discussed, such as distributing desktops among classrooms and adding mobile devices. Progress will be measured through group plans, student work samples, and reflections shared on a wiki.
The document discusses the use of multimedia in teacher education, including PowerPoint presentations, computer-aided instruction (CAI) packages, mobile learning, and smart classrooms. It describes how PowerPoint can be used to teach lessons effectively using text, images, pictures, links and animations. CAI packages allow for individualized and self-paced instruction through computer interaction and feedback. Devices used in CAI include computers, storage devices, projectors, and input devices. Mobile learning provides flexibility and interactivity outside the classroom. Smart classrooms replace traditional classrooms by focusing on intellectual development through connected tools like computers, projectors, and smart boards.
The document discusses the use of technology in English language teaching (ELT), comparing traditional and modern approaches. It defines e-learning as using technology like video and computers to deliver course content electronically. E-learning offers more learning environments and choices than traditional chalk-and-board teaching. Technology can supplement classroom instruction as a tool or complement it, and can also replace teachers as an online tutor. The document outlines considerations for integrating e-learning into ELT, such as purpose, methods, resources, timing, and steps to implementation.
The document discusses the development of electronic educational content and the proper path for this. It argues that previous approaches focused on digitizing textbooks or developing software programs, which did not fully utilize technology or allow for interaction. The ideal approach is developing a content management platform (CMS) that teachers and students can use, giving teachers flexibility to continuously develop and innovate integrated lessons incorporating their experience and expertise into a personalized learning environment.
This document discusses sharing work done with Ultranet, EduSTAR, and 1:1 device programs in schools. It asks leaders to share examples of implementation in their schools and any assistance needed. Schools are asked if staff have completed an ePotential survey and included eLearning in professional development plans. The meeting will include presentations from schools on student learning goals and secondary school Ultranet projects. Support for curriculum through eBookboxes, Ultranet collaborative spaces, and endorsed content will be discussed. Details are provided about eduSTAR versions and uses. Ultranet collaborative spaces and transition spaces for grade 6 students are also mentioned. The next meeting details are outlined.
The document discusses the practicum phase of an Educational Technology 2 course. The practicum phase involves hands-on computer tutorials to teach students how to use various software programs. It will cover tutorials in Microsoft Word, PowerPoint, spreadsheet software like Excel, Microsoft Publisher, and using the Internet as a tool for research. The goals are to prepare students to integrate technology into their teaching and empower teachers to meet the technology challenges of the 21st century.
This document discusses using video in teaching. It provides reasons to use video such as grabbing attention and creating memorable learning experiences. It discusses options for finding and using video content from sites like YouTube and BBC iPlayer or downloading content. It also covers embedding video in PowerPoint, dealing with audio issues, and editing video. The document encourages the audience to try out some of the video tools discussed.
This document outlines the practicum phase of an Educational Technology 2 course. The practicum phase provides hands-on computer tutorials to help students and teachers integrate technology into teaching. It consists of basic tutorials in Microsoft Word, PowerPoint, and using the Internet as a tool for inquiry. The goals are to familiarize students with software functions and enhance teaching with tools like graphics, audio, and video. Educational Technology 2 aims to prepare teachers for technology integration challenges in the classroom.
1) The document outlines a professional development plan for teachers at Booker Junior High/High School to improve their technology skills and integration of technology into lessons.
2) The plan includes an initial needs assessment where teachers evaluate their skills with various programs. It also includes individualized, small group, and online training throughout the year.
3) Progress will be evaluated through lesson plans, observations, student performance on assessments, and teachers re-evaluating their skills at the end of each semester. The overall goal is to help teachers become proficient in using available technology.
This document outlines a technology action plan and professional development plan for a school. The plan includes conducting a needs assessment to determine individual training needs for teachers. Teachers will evaluate their skills with various programs and equipment. Universal training needs will also be identified. The plan provides for whole group, individual, small group and online professional development opportunities. Teachers will set professional development goals and track their progress. Student performance data will be used to evaluate the effectiveness of integrating technology into teaching.
Teaching and Learning Support Activities at Osaka UniversityHaruo Takemura
This document provides an overview of teaching and learning support activities at Osaka University. It discusses the Teaching and Learning Support Center (TLSC) which was established in 2013 to introduce active learning across campus. The TLSC utilizes ICT systems like lecture capture and mobile response systems to enhance learning both in and outside the classroom. It also oversees faculty development programs, workshops, and a future faculty program to train graduate students in teaching skills. The TLSC aims to create a positive spiral of learning through various teaching support initiatives and establish a one-stop service for campus-wide faculty development.
The Connected Classrooms Program is a NSW government initiative consisting of 3 projects to invest $158 million over 4 years in school technology. The Interactive Classrooms Project will provide an interactive whiteboard and video conferencing equipment to every NSW public school by 2011. The first 200 schools will receive equipment by June 2008. Equipment installation and teacher professional learning resources will support effective use of the new technologies.
The Connected Classrooms Program is a NSW government initiative consisting of 3 key projects to invest $158 million over 4 years:
1. The Network Bandwidth Project will upgrade school network connectivity across the state.
2. The Learning Tools Project will provide learning applications, email, and multimedia content creation tools for students and teachers.
3. The Interactive Classrooms Project will provide an interactive whiteboard and videoconferencing equipment to every school in NSW by 2011.
The document outlines the roles and responsibilities of various stakeholders in a school district's technology integration plan. It then provides an action plan and evaluation materials for a professional development program on integrating SmartBoard technology in the classrooms. The program includes beginner and advanced training sessions for teachers, as well as follow up evaluations to assess the effectiveness and success of the program.
The document outlines the roles and responsibilities of various stakeholders in a school district's technology integration plan. It then provides an action plan and evaluation tools for a professional development program on integrating SmartBoard technology in the classrooms. The program includes beginner and advanced training sessions for teachers, as well as follow up evaluations to assess the effectiveness of the training.
Module 4 Integrating english language arts and mathematics (1)jonathan Dietz
This document outlines the objectives and resources for Module 4 of a course on integrating English language arts and mathematics. The objectives are to illustrate how ELA and math are integral to STEM education and to give experience creating interdisciplinary lesson plans. Readings and videos are provided on topics like using engineering to integrate literacy and using science to bring literature to life. Resources are listed on topics like integrating literacy and math in preschool and using project-based learning and literacy in elementary schools. Assignments include participating in a discussion board, creating a CAD drawing to calculate volume, and designing a lesson plan applying ELA skills like project management and journaling.
The document provides information about programming and activities offered by Lambeth City Learning Centre for the 2012-2013 school year. It outlines class workshops, in-school workshops, consultancy services, technology loans, and professional development opportunities for teachers. New offerings include in-school workshops, teaching assistant training, and adjustments made in response to school feedback. Schools can use their Service Level Agreement entitlement to access these programs and services.
This document discusses FrogLearn, a homework platform used at FrogLearn Primary School. It notes that the school has approximately 600 students from nursery through junior levels. Previously, creating and marking homework was very time consuming for teachers. FrogLearn allows teachers to quickly and easily set differentiated homework assignments. It encourages students to complete homework by gamifying lessons. The platform also allows efficient diagnostic marking to inform teaching and help students make more than expected progress towards the school's targets of embracing new technology and increasing student independence.
- The document discusses the rollout of FrogPlay at St Benedict's School to increase engagement with the Frog learning platform. Issues with the previous Frog system included lack of usage and outdated interfaces.
- An initial trial of FrogPlay was well-received by staff and students. Usage increased dramatically after launching FrogPlay school-wide. Younger students and those in key stage 3 used it most both at school and home.
- The rollout plan included training and workshops. Feedback was positive about intuitive creation tools and content searching. Next steps include engaging key stage 5 and helping staff assign content.
David Marchant is the headteacher at Oxted School located in Surrey, England. He tweets from his personal Twitter account @dsmarchant as well as the school's account @oxtedschool. The document provides David Marchant's contact information on Twitter where he discusses topics related to his role as headteacher and at the school.
This document summarizes FrogLearn's implementation at Dorchester Primary School, a large primary school in Worcester Park, South London. It discusses how the school previously used Fronter but needed a new virtual learning environment (VLE) to better meet the needs of students and staff. FrogLearn was selected and implemented in June, providing training and support to set up staff and student accounts. The school now uses FrogLearn for various purposes like facilitating phone-school communication, online safety lessons, managing homework, collecting data, and hosting their school website. It has become an integral teaching and learning tool that is constantly evolving to meet the school's changing needs.
Cramlington Learning Village adopted Frog in 2008 but switched to FrogLearn in September 2014 to better manage their extensive intranet of over 2,200 students from years 7 to 13. Within less than 12 months of using FrogLearn, they created over 2,500 lesson sites and saw benefits from integrating FrogLearn, Google Apps, and Chromebooks. They aim to expand the 1:1 Chromebook scheme and investigate using FrogProgress and Frog Feedback more extensively.
Frog 15 - Transition Success Stories (Rugby High School)FrogEducation
Rugby High School implemented the Frog learning platform to improve its ineffective ICT infrastructure and varying staff abilities. They purchased Frog in December 2013 and held staff training in January 2014. By July 2014, all departments had to have a learning site on Frog and by September 2014 all homework was required to be on Frog. The school also conducted a trial with Year 7 students bringing their own devices. The implementation was treated as a learning process to overcome problems.
Derby Moor Community Sports College migrated from Frog 3 to FrogLearn to save time, provide a more user-friendly and smoother running system. The technical preparation involved backing up the system, upgrading, and purchasing additional server storage. The migration is intended to increase staff usage of the virtual learning environment, allow account changes to reflect immediately, add parent widgets, record homework via Frog, and use Frog sites for cover lessons.
Frog 15 - One App...Hundreds Of Uses (Kirkburton Middle School)FrogEducation
FrogSnap is a photo sharing platform that allows teachers and students to instantly upload and share photos from school activities and trips securely. It protects children's privacy by not requiring permission lists, and parents can view photos of their children through the Frog school site or website. FrogSnap also allows teachers to capture student work and activities through photos to provide feedback and examples for Ofsted, and students and teachers can access photos globally for portfolios, planning, and collaboration even from home.
Frog 15 - One App...Hundreds Of Use (Albert Prichards Primary School)FrogEducation
This document discusses using the app Frog Snap in primary classrooms for assessment purposes. It lists types of evidence that can be collected through Frog Snap, including speaking and listening, peer assessment, practical maths, showcasing topic work, PE evaluations, learning environment walks, class blogs, and celebrating success. Feedback from teachers indicates that Frog Snap is an excellent assessment tool, allows monitoring of subject coverage like PE, and can collect evidence for inspections. It also enables creation of learning journeys and parent/peer engagement by showcasing student work.
Frog 15 One App...Hundreds Of Uses (Oxsted School)FrogEducation
The document discusses how FROG Snap is used as an assessment tool within the MFL Department at Oxted School. It is used for audio recordings and photos. For audio, students can record up to 60 seconds of speaking homework, practice questions, and receive feedback. Teachers can also provide exemplar material. Using FROG Snap streamlines the assessment process, motivates students, allows easier marking for teachers as they listen to recordings, and engages students to comment and reflect while building a portfolio of work. Photos can include shots of class notes on the board or student work for others to annotate and comment on.
Frog 15 - Let the Student Lead (The Streetly School Digital Leaders)FrogEducation
Digital Leaders @StreetlyAcademy is seeking applicants to advise the large secondary school on its digital strategy through activities like organizing conferences on technology in education, presenting a proposal to provide Chromebooks to all students, and helping to live stream events. The school has over 1,250 students in years 7 through 13 who use Chromebooks and an online learning platform called Frog, and it aims to expand its use of technology through the Digital Leaders program.
Frog 15 - Let the Students Lead (Arden Academy Digital Leaders)FrogEducation
The document outlines the Arden Student Digital Leaders program which trains students to provide technology support and leadership within their school. The Digital Leaders receive training to help teachers with email, the school's learning platform Frog, and apps of the week. They also build Frog sites, help with homework, and make support videos. Additionally, the students engage in activities like making videos, presenting at conferences, and promoting online safety. The benefits of the program include developing student leadership skills, providing technology expertise, and positively impacting the school.
Bett 2014 Learn Live Session - Big Data: School perspectives on what, how and...FrogEducation
Schools are swamped with data on a daily basis. Senior leaders and classroom teachers are constantly challenged to make decisions about what information to use and what to discard. Alistair Smith, Frog, and Billy Downie, The Streetly Academy, explore the powerful affect that the efficient use of data can have on the wellbeing and achievement of each and every student.
With technology enabling gamification, assessment and feedback loops, teachers can instantly assess their students’ level of understanding on specific topics and quickly intervene when they identify a gap in knowledge – personalising every student’s learning journey.
The session will explore practical ideas on how to use big data to maximise performance across the whole school community, impacting students, teachers and even parents.
Frog 13 - Microsoft - Innovative teaching and learning with BYODFrogEducation
Education continues to be the bell weather for innovation and opportunity to do things differently with technology. Consumerisation is driving change and consequently there is a demand for new ways of working, from BYOD to Flipped Classroom to MOOCs (Massive Open Online Courses).
Amongst this opportunity we need to ensure that technology is indeed going to serve teaching and learning appropriately; Teachers need to be trained on how to apply these innovations in and outside the classroom.
In this session, we will share our observations on what it means to introduce BYOD to your school, the challenges, the opportunities and how to bring this all together in a well formed teaching and learning package, where you are using Microsoft technologies and services (such as Windows 8 and Office 365).
What was this all about?
For those technically minded staff that can't wait to get under the skin of FrogOS. Led by our Head of Development, Adam Hepton, the workshop will give information on the future of the FrogOS Development Platform.
Teach Talk: Devices are taking over the classroom - so what next?FrogEducation
The revolution has arrived. Mobile devices are in our classrooms, but after technical issues have been resolved, how do you actually use devices as a teaching resource? Hear how schools are using devices in the classroom to improve learning and increase student engagement.
Teach Talk: 21st century learning - harnessing the power of gamesFrogEducation
t’s no secret that education is changing. Discover how schools are harnessing the power of games based learning and real-time reporting to facilitate dynamic change and raise attainment for the new breed of 21st century learners.
Teach Talk: Working with parents to raise attainmentFrogEducation
Parental engagement is a great way to raise attainment in schools. Technological advances can help facilitate this relationship. Hear how primary and secondary schools effectively communicate with parents, and how they help parents in supporting their children at home.
Teach Talk: E-Learning - how can you improve your school's provisonFrogEducation
This document discusses ways that schools can improve their e-safety provision and collect evidence of their e-safety education efforts. It suggests that schools provide an extensive e-safety program to students, staff, and parents to ensure students understand online risks. Evidence can be collected through monitoring ICT and other lesson plans that include e-safety, conducting whole-year group assemblies with age-appropriate messages and potentially a message from police, and using the Frog learning platform to conduct quizzes, facilitate social networking and discussions, and collect student understanding through forms and quizzes with prizes. The document promotes using new features of FrogOS like forums, polls and forms to further e-safety education and collection of evidence.
Thinking of getting a dog? Be aware that breeds like Pit Bulls, Rottweilers, and German Shepherds can be loyal and dangerous. Proper training and socialization are crucial to preventing aggressive behaviors. Ensure safety by understanding their needs and always supervising interactions. Stay safe, and enjoy your furry friends!
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
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 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.
Physiology and chemistry of skin and pigmentation, hairs, scalp, lips and nail, Cleansing cream, Lotions, Face powders, Face packs, Lipsticks, Bath products, soaps and baby product,
Preparation and standardization of the following : Tonic, Bleaches, Dentifrices and Mouth washes & Tooth Pastes, Cosmetics for Nails.
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
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This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
2. Frog and the ICT Department
ICT staff are familiar with uploading resources to their area.
ICT staff set and mark some of the classwork through Frog.
ICT staff set and mark all homework through Frog.
As the Head of ICT, I have trialled using Advanced Lesson Plans to run
the Edexcel BTEC Level 2 Diploma course with a class of thirty students.
the Edexcel BTEC Level 2 Diploma course with a class of thirty students
NEXT STEP FOR ICT:
The shared drive will exist solely on Frog.
h h dd ll l l
All Key Stage 4 lessons will be run with Advanced Lesson Plans.
Extend to Key Stage 5
3. What are Advanced Lessons Plans?
Advanced Lesson Plans offer the teacher the facility to assign a full
unit of work to individual students or set groups.
Within the Advanced Lesson Plan, a unit of work can then be
broken down into separate tasks for the pupils to complete and
submit.
Once an Advanced Lesson Plan has been created, it is permanent as
it is saved to the Frog Drive This can then be assigned by any
it is saved to the ‘Frog Drive’. This can then be assigned by any
teacher, to any group/s and over any time period.
4. Key Differences between Advanced Lesson
Plans & Quick Issue Work
The Quick Issue Lesson feature only allows the individual teacher to assign work.
Whereas the Advanced Lesson Plan can be assigned by any teacher/s.
Whereas the Advanced Lesson Plan can be assigned by any teacher/s.
A Quick Issue Lesson can only be used once.
A Quick Issue Lesson can only be used once
Whereas an Advanced Lesson Plans can be assigned and continuously re‐used.
A Quick Issue Lesson only allows for one task to be issued.
Whereas the Advanced Lesson Plan allows for multiple tasks to be issued.
Advanced Lesson Plans can be adapted and changed easily.
5. Benefits to ICT Department and Learners
• Teachers are no longer confined to the classroom.
• Pupils are no longer confined to the classroom
Pupils are no longer confined to the classroom.
• Less printing needed.
• Work cannot go missing.
• Less classroom management issues.
• Complete units of work can be set up using sub tasks
Complete units of work can be set up using sub –
• Continuity – unified lesson plans and resources.