The document outlines a teacher digital literacy framework to support teachers in developing skills for teaching and learning in a digital environment. It covers core skills like cyber resilience and data literacy, as well as skills for the workplace like communication and collaboration. The framework is based on existing models and is meant to help teachers gather evidence of competencies. It encourages an ongoing process of identifying gaps and developing skills over a teacher's career.
Features of Highly Effective Digital Learning, Teaching and Assessment in Sch...GeorgeMilliken2
The features of highly effective digital practice have been split into the headings planning, teaching, learning and assessment. The challenge questions have been shaped in the form of ‘What this might look like’. These are examples and not an exhaustive list.
A template has been included to support discussion around the features including the questions ‘What are we doing?’, ‘How well are we doing it?’ and ‘What should we do next?’
This document discusses molecular basis of lymphoma. It begins with an introduction to lymphomas and statistics on incidence. It then discusses advances in subtyping non-Hodgkin's lymphomas (NHL), with diffuse large B-cell lymphoma accounting for 40% of cases. Key genes involved in lymphomagenesis are discussed, including BCL6, PRDM1, MYC, and XBP1. MicroRNAs and their role in regulating B-cell differentiation are also covered. The document concludes with discussions of specific lymphomas like follicular lymphoma, diffuse large B-cell lymphoma, and Hodgkin's lymphoma in terms of their immunophenotype, genetics, and staging.
The document discusses deliverable D3.1 from the School on the Cloud network project, which focuses on presentations about the impact of cloud-based teaching and teacher education. It provides details on the deliverable, including its title, type, delivery date, and description. It then outlines the process undertaken by working group iTeacher to develop the presentations, including a pre-assignment, two submeetings, drafting presentations, and finalizing the presentations. The final presentations focused on topics like the impact of cloud-based teaching on teachers and teacher education, using social media and mobile devices in the classroom, recommendations for innovation, and a manifesto for educational organizations.
The document discusses revisions made to the UK's ICT curriculum. It notes that ministers requested amendments including shortening aims, increasing emphasis on computer science and programming, and strengthening links to mathematics. Experts helped implement the changes. The Royal Academy of Engineering and BCS provided additional advice to amplify computer science in the curriculum. The revised curriculum focuses on computer science fundamentals and digital literacy. It outlines learning objectives and expectations for key stages 1 through 2. The rest of the document covers pedagogical approaches and characteristics of good teaching practice for ICT.
This document provides a framework to help teachers evaluate and develop their digital skills. It identifies essential skills, core skills, and skills for enhancing learning and teaching.
The essential skills section outlines basic skills for using devices, online platforms with colleagues, and online platforms with learners.
The core skills section builds on these with skills for using devices, accounts, web browsers, and communicating and collaborating online. It also covers cyber resilience, classroom skills, and awareness of new technologies.
The final section focuses on applying digital skills to enhance planning, resources, activities, teaching, and assessment. It suggests schools evaluate their digital maturity using the Digital Schools Award framework and common platforms to reduce choice overload for learners.
Hand-out designed to support strategic thinking about the digital literacies agenda, including organisational change, looking at staff roles/responsibilities, and recommendations to institutions from the JISC Learning Literacies for a Digital Age study.
DIGICOMP - A framework to help improve students’ digital competence - and wha...Riina Vuorikari
This document discusses a digital competence framework called DigComp that was developed to help improve students' digital skills. It presents the framework, which includes 5 competence areas and 21 specific competences. The framework is intended to provide common guidelines and assessment tools for developing digital competence in Europe. The document then provides examples of how the DigComp framework has been applied by various countries and organizations, such as for strategic planning, teacher professional development, and developing online self-assessment tools. It concludes by discussing how the framework could be used to help design eTwinning activities that develop students' digital competences.
Features of Highly Effective Digital Learning, Teaching and Assessment in Sch...GeorgeMilliken2
The features of highly effective digital practice have been split into the headings planning, teaching, learning and assessment. The challenge questions have been shaped in the form of ‘What this might look like’. These are examples and not an exhaustive list.
A template has been included to support discussion around the features including the questions ‘What are we doing?’, ‘How well are we doing it?’ and ‘What should we do next?’
This document discusses molecular basis of lymphoma. It begins with an introduction to lymphomas and statistics on incidence. It then discusses advances in subtyping non-Hodgkin's lymphomas (NHL), with diffuse large B-cell lymphoma accounting for 40% of cases. Key genes involved in lymphomagenesis are discussed, including BCL6, PRDM1, MYC, and XBP1. MicroRNAs and their role in regulating B-cell differentiation are also covered. The document concludes with discussions of specific lymphomas like follicular lymphoma, diffuse large B-cell lymphoma, and Hodgkin's lymphoma in terms of their immunophenotype, genetics, and staging.
The document discusses deliverable D3.1 from the School on the Cloud network project, which focuses on presentations about the impact of cloud-based teaching and teacher education. It provides details on the deliverable, including its title, type, delivery date, and description. It then outlines the process undertaken by working group iTeacher to develop the presentations, including a pre-assignment, two submeetings, drafting presentations, and finalizing the presentations. The final presentations focused on topics like the impact of cloud-based teaching on teachers and teacher education, using social media and mobile devices in the classroom, recommendations for innovation, and a manifesto for educational organizations.
The document discusses revisions made to the UK's ICT curriculum. It notes that ministers requested amendments including shortening aims, increasing emphasis on computer science and programming, and strengthening links to mathematics. Experts helped implement the changes. The Royal Academy of Engineering and BCS provided additional advice to amplify computer science in the curriculum. The revised curriculum focuses on computer science fundamentals and digital literacy. It outlines learning objectives and expectations for key stages 1 through 2. The rest of the document covers pedagogical approaches and characteristics of good teaching practice for ICT.
This document provides a framework to help teachers evaluate and develop their digital skills. It identifies essential skills, core skills, and skills for enhancing learning and teaching.
The essential skills section outlines basic skills for using devices, online platforms with colleagues, and online platforms with learners.
The core skills section builds on these with skills for using devices, accounts, web browsers, and communicating and collaborating online. It also covers cyber resilience, classroom skills, and awareness of new technologies.
The final section focuses on applying digital skills to enhance planning, resources, activities, teaching, and assessment. It suggests schools evaluate their digital maturity using the Digital Schools Award framework and common platforms to reduce choice overload for learners.
Hand-out designed to support strategic thinking about the digital literacies agenda, including organisational change, looking at staff roles/responsibilities, and recommendations to institutions from the JISC Learning Literacies for a Digital Age study.
DIGICOMP - A framework to help improve students’ digital competence - and wha...Riina Vuorikari
This document discusses a digital competence framework called DigComp that was developed to help improve students' digital skills. It presents the framework, which includes 5 competence areas and 21 specific competences. The framework is intended to provide common guidelines and assessment tools for developing digital competence in Europe. The document then provides examples of how the DigComp framework has been applied by various countries and organizations, such as for strategic planning, teacher professional development, and developing online self-assessment tools. It concludes by discussing how the framework could be used to help design eTwinning activities that develop students' digital competences.
This case study will present findings on developing digital competencies for Library staff arising from the L2L project (www.L2L.ie). L2L was a two year collaborative project based in Ireland led by Dundalk Institute of Technology (DkIT), with Dublin Institute of Technology (DIT) and Institute of Technology Carlow (ITC). This project was funded by the National Forum for Teaching and Learning with the aim of exploring its professional development framework (https://www.teachingandlearning.ie/wp-content/uploads/NF-2016-National-Professional-Development-Framework-for-all-Staff-Who-Teach-in-Higher-Education.pdf) through the lens of library staff.
This case study will consider how library staff can identify and chart the development of digital competencies and skills so as to remain current and viable in a constantly evolving digital landscape using the framework. Reflections will be offered on how engaging with the Professional Development Framework and more specifically Domain 5: Personal and Professional Digital Capacity in Teaching, can foster the development of personal proficiency/knowledge in digital competencies thus supporting our role in Teaching and Learning and our professional practice. The concept of drafting a “digital philosophy statement” will be considered and how this can be potentially used as a sustainable CPD tool.
Teacher in a Digital Era: Changing Roles and CompetenciesAvaniVR
The document summarizes the changing roles and competencies of teachers in a digital era. It discusses how the role of teachers has shifted from solely being a source of knowledge and authority to now also being coaches, facilitators, and collaborators. It also outlines five key areas of competency for teachers, including: 1) information and data literacy, 2) communication and collaboration, 3) digital content creation, 4) safety, and 5) problem solving. Each competency area contains specific skills teachers need to develop to be effective in a digital classroom environment.
The document discusses how technology can help amplify the influence of school administrators by tapping into human resources and allowing for low-cost, highly engaging opportunities through new media. It raises questions about how technology changes notions of collaboration, learning, and authority. The document advocates for visionary leadership in developing a shared strategic vision and digital culture to promote excellence through technology integration and digital citizenship.
The document discusses the goals and vision of a school district to improve technology integration and meet rising student expectations regarding technology proficiency. The district plans to close some schools to save money and reinvest those funds into upgrading technology resources, including purchasing new computers, software, and supporting digital content integration across subjects. The goals are to provide equitable resources across schools, support learning with technology, and ensure students leave each grade level with strong technology skills as outlined in the expectations for grades 2, 5, 8, and 12.
This document discusses the role of information and communication technology (ICT) in the teaching and learning process. It defines ICT and explores its components and applications. ICT can help shift traditional teaching methods and allow teachers to develop professionally. It benefits students by providing learning resources anywhere and anytime. Examples of ICT initiatives in India include e-Pathshala, SWAYAM, and the National Repository of Open Educational Resources. While ICT offers advantages like accommodating disabilities and improved communication, overreliance on computers can limit skills like critical thinking. The document examines uses of ICT in subjects like maths and science.
The Digital Department project aims to develop the digital literacy skills of teaching administrators (TAs) at UCL. It will create a digital literacy framework, deliver training programs, and seek external accreditation. The project will review current TA practices, analyze future skill needs, pilot workshops, and evaluate the training with a focus on enhancing the student experience. It aims to produce an organizational strategy for developing TA digital literacy, a skills benchmark, training materials, and case studies to share its model for professional development. Stakeholders are invited to provide input through focus groups, framework development, mini-projects, case studies, pilot certification, and dissemination activities.
The document provides guidance for teachers on integrating information and communication technologies (ICT) into the curriculum. It recommends starting by identifying how ICT can support existing curriculum outcomes and tasks. Teachers should learn about available ICT tools and get support from coordinators and other teachers. ICT can help students develop 21st century skills like critical thinking, problem solving, communication and collaboration. The document outlines the information inquiry process and how ICT can support research assignments, digital portfolios, and online learning. It also discusses teacher professional learning and student safety online.
The future of data analytics education is marked by diverse trends and innovations. Online learning, micro-credentials, and interdisciplinary approaches are democratizing access and specialization. Technology integration, such as AI and cloud-based labs, enhances learning experiences, while project-based and personalized learning foster practical skills and adaptability. Ethical considerations and industry collaboration are integrated, and interactive tools, gamification, and VR/AR provide engaging education. Challenges include content updates, equitable access, data privacy, and quality assurance. Overall, data analytics education is evolving to meet the demands of a data-driven world, emphasizing adaptability, inclusivity, and ethical practices.
The Future of Data Analytics Education_ Trends and Innovations (2).pdfUncodemy
The future of data analytics education, particularly the Data Analytics Course in Dehradun with Uncodemy, embodies dynamic innovation, adaptability, and an unwavering commitment to preparing individuals for the data-driven world. In an evolving industry, it's imperative to keep education aligned with shifting demands. This entails staying updated with swiftly evolving technologies, addressing concerns about equitable access, navigating the intricacies of data privacy and ethics, and ensuring high quality and consistency in online and micro-credential courses. To fully unlock the potential of data analytics education, it is of utmost importance to invest dedicated efforts, champion inclusivity, and uphold ethical standards. By doing so, we can empower individuals to embark on a journey of learning and professional growth in the field of data analytics, thereby fostering innovation and progress in our data-centric society. Explore the Data Analytics Course in Dehradun with Uncodemy and seize valuable opportunities in this dynamic field.
This document outlines an ICT Competency Framework for Teachers that aims to train teachers in using technology in schools. It describes 6 dimensions of ICT competencies including understanding education policy, curriculum/assessment, teaching, digital skills, organization/administration, and professional learning. It also details 3 levels of pedagogical technology use - knowledge acquisition, advancement, and creation. New technologies discussed include open educational resources, social media, mobile devices, the internet of things, artificial intelligence, virtual/augmented reality, microdata, and coding. The conclusion emphasizes the importance of ongoing teacher training to integrate technology and pedagogy.
This document summarizes key lessons and skills learned from an Educational Technology 2 course. The student learned that technology is an important part of daily life and can help both teachers and students in the learning process. Specifically, the course helped the student improve skills like making engaging PowerPoint presentations that will be useful as a future educator to make lessons more effective and eye-catching for students. The student also learned how technology can help teachers teach in more innovative ways and keep students engaged in the 21st century.
The document outlines 10 standards for K-12 online teachers in Idaho. Standard 1 focuses on the teacher's knowledge of online education and ability to design learning experiences that take advantage of online environments. Standard 2 addresses understanding student development and providing opportunities to support intellectual, social and personal growth. Standard 3 is about modifying instruction for individual student needs. Standard 4 discusses using multiple instructional strategies to develop critical thinking. Standard 5 covers classroom motivation and management. Standard 6 is on communication, networking and community building. Standard 7 is about instructional planning based on knowledge of subjects, students and goals. Standards 8-10 were not included in the document.
How can technology be used to improve the learner experience at points of tra...Becka Colley-Foster
Literature review, funded by the Higher Education Academy and Evidence Net, looking at whether online systems can support student engagement at points of transition. Review compiled by the University of Bradford in conjunction with ELESIG (http://elesig.ning.com). Review completed by Ruth Lefever and Becka Currant with help from Dr Lesley Diack.
This document provides guidance for practitioners delivering online learning and teaching. It discusses setting priorities, interacting with learners, planning instruction, using tools like Google Classroom and Microsoft Teams, engaging learners, delivering content, and collaborating with other teachers. Tips include reducing cognitive load, using dual coding, self-marking quizzes, and video instruction. The document aims to help teachers effectively transition to remote learning.
SoteICT Teacher Manual - First Edition 2014Sote ICT
This manual provides a useful summary of concepts, tools and resources for educators involved in soteICT Program and a broader public interested in ICT for Education.
SoteICT is a project of the partnership of Pontis Foundation (Slovakia) and Kasigau Wildlife Trust (Kenya), made possible through SlovakAid co-funding. Sote, which in Swahili means everybody, stands in the title to demonstrate project’s commitment to make ICT accessible to a higher number of students in Kenya and so raise their future employability through improved soft and computer skills. We develop these skills in educators and learners alike through equipment and software donations, continual trainings, cooperation with school management and establishment of student IT clubs and training companies.
Computational Thinking Presentation - James MasseySteffNaace
This document discusses Discovery Education Coding and outlines professional development objectives. It aims to help teachers 1) identify key thinking skills promoted by Discovery Education Coding, 2) understand how it aligns to the National Curriculum, and 3) engage in teaching and learning opportunities using the coding program. The document also provides examples of computational thinking in action on Discovery Education Coding and discusses its professional development community which delivers sessions to schools to provide teachers a deep learning experience.
This document provides an overview of the Queensland Studies Authority Information Processing and Technology (IPT) Senior Syllabus from 2010, including:
- 6 core topics that make up the majority of the course (165-180 hours), with additional optional material that can expand on 4 of the topics
- General objectives focused on knowledge and application, analysis and synthesis, evaluation and communication, and attitudes and values
- Requirements for course organization, including a minimum of 55 hours per semester over 4 semesters, and flexibility for composite/mixed year level classes
- Details of the 6 core topics and some examples of additional material that can be covered
- Suggested learning experiences and assessment techniques.
This document provides guidance for teachers on planning digital literacy curriculum. It identifies foundational and developing digital knowledge and skills in areas like navigating devices, online safety, finding and creating digital content. The document suggests learning outcomes, resources and ideas to investigate key concepts or engage families. It describes digital skills as applicable across subjects rather than a separate topic. Teachers are encouraged to develop confidence in their own digital skills to better teach students.
More Related Content
Similar to Teacher Digital Literacy Framework (january-2023-draft)
This case study will present findings on developing digital competencies for Library staff arising from the L2L project (www.L2L.ie). L2L was a two year collaborative project based in Ireland led by Dundalk Institute of Technology (DkIT), with Dublin Institute of Technology (DIT) and Institute of Technology Carlow (ITC). This project was funded by the National Forum for Teaching and Learning with the aim of exploring its professional development framework (https://www.teachingandlearning.ie/wp-content/uploads/NF-2016-National-Professional-Development-Framework-for-all-Staff-Who-Teach-in-Higher-Education.pdf) through the lens of library staff.
This case study will consider how library staff can identify and chart the development of digital competencies and skills so as to remain current and viable in a constantly evolving digital landscape using the framework. Reflections will be offered on how engaging with the Professional Development Framework and more specifically Domain 5: Personal and Professional Digital Capacity in Teaching, can foster the development of personal proficiency/knowledge in digital competencies thus supporting our role in Teaching and Learning and our professional practice. The concept of drafting a “digital philosophy statement” will be considered and how this can be potentially used as a sustainable CPD tool.
Teacher in a Digital Era: Changing Roles and CompetenciesAvaniVR
The document summarizes the changing roles and competencies of teachers in a digital era. It discusses how the role of teachers has shifted from solely being a source of knowledge and authority to now also being coaches, facilitators, and collaborators. It also outlines five key areas of competency for teachers, including: 1) information and data literacy, 2) communication and collaboration, 3) digital content creation, 4) safety, and 5) problem solving. Each competency area contains specific skills teachers need to develop to be effective in a digital classroom environment.
The document discusses how technology can help amplify the influence of school administrators by tapping into human resources and allowing for low-cost, highly engaging opportunities through new media. It raises questions about how technology changes notions of collaboration, learning, and authority. The document advocates for visionary leadership in developing a shared strategic vision and digital culture to promote excellence through technology integration and digital citizenship.
The document discusses the goals and vision of a school district to improve technology integration and meet rising student expectations regarding technology proficiency. The district plans to close some schools to save money and reinvest those funds into upgrading technology resources, including purchasing new computers, software, and supporting digital content integration across subjects. The goals are to provide equitable resources across schools, support learning with technology, and ensure students leave each grade level with strong technology skills as outlined in the expectations for grades 2, 5, 8, and 12.
This document discusses the role of information and communication technology (ICT) in the teaching and learning process. It defines ICT and explores its components and applications. ICT can help shift traditional teaching methods and allow teachers to develop professionally. It benefits students by providing learning resources anywhere and anytime. Examples of ICT initiatives in India include e-Pathshala, SWAYAM, and the National Repository of Open Educational Resources. While ICT offers advantages like accommodating disabilities and improved communication, overreliance on computers can limit skills like critical thinking. The document examines uses of ICT in subjects like maths and science.
The Digital Department project aims to develop the digital literacy skills of teaching administrators (TAs) at UCL. It will create a digital literacy framework, deliver training programs, and seek external accreditation. The project will review current TA practices, analyze future skill needs, pilot workshops, and evaluate the training with a focus on enhancing the student experience. It aims to produce an organizational strategy for developing TA digital literacy, a skills benchmark, training materials, and case studies to share its model for professional development. Stakeholders are invited to provide input through focus groups, framework development, mini-projects, case studies, pilot certification, and dissemination activities.
The document provides guidance for teachers on integrating information and communication technologies (ICT) into the curriculum. It recommends starting by identifying how ICT can support existing curriculum outcomes and tasks. Teachers should learn about available ICT tools and get support from coordinators and other teachers. ICT can help students develop 21st century skills like critical thinking, problem solving, communication and collaboration. The document outlines the information inquiry process and how ICT can support research assignments, digital portfolios, and online learning. It also discusses teacher professional learning and student safety online.
The future of data analytics education is marked by diverse trends and innovations. Online learning, micro-credentials, and interdisciplinary approaches are democratizing access and specialization. Technology integration, such as AI and cloud-based labs, enhances learning experiences, while project-based and personalized learning foster practical skills and adaptability. Ethical considerations and industry collaboration are integrated, and interactive tools, gamification, and VR/AR provide engaging education. Challenges include content updates, equitable access, data privacy, and quality assurance. Overall, data analytics education is evolving to meet the demands of a data-driven world, emphasizing adaptability, inclusivity, and ethical practices.
The Future of Data Analytics Education_ Trends and Innovations (2).pdfUncodemy
The future of data analytics education, particularly the Data Analytics Course in Dehradun with Uncodemy, embodies dynamic innovation, adaptability, and an unwavering commitment to preparing individuals for the data-driven world. In an evolving industry, it's imperative to keep education aligned with shifting demands. This entails staying updated with swiftly evolving technologies, addressing concerns about equitable access, navigating the intricacies of data privacy and ethics, and ensuring high quality and consistency in online and micro-credential courses. To fully unlock the potential of data analytics education, it is of utmost importance to invest dedicated efforts, champion inclusivity, and uphold ethical standards. By doing so, we can empower individuals to embark on a journey of learning and professional growth in the field of data analytics, thereby fostering innovation and progress in our data-centric society. Explore the Data Analytics Course in Dehradun with Uncodemy and seize valuable opportunities in this dynamic field.
This document outlines an ICT Competency Framework for Teachers that aims to train teachers in using technology in schools. It describes 6 dimensions of ICT competencies including understanding education policy, curriculum/assessment, teaching, digital skills, organization/administration, and professional learning. It also details 3 levels of pedagogical technology use - knowledge acquisition, advancement, and creation. New technologies discussed include open educational resources, social media, mobile devices, the internet of things, artificial intelligence, virtual/augmented reality, microdata, and coding. The conclusion emphasizes the importance of ongoing teacher training to integrate technology and pedagogy.
This document summarizes key lessons and skills learned from an Educational Technology 2 course. The student learned that technology is an important part of daily life and can help both teachers and students in the learning process. Specifically, the course helped the student improve skills like making engaging PowerPoint presentations that will be useful as a future educator to make lessons more effective and eye-catching for students. The student also learned how technology can help teachers teach in more innovative ways and keep students engaged in the 21st century.
The document outlines 10 standards for K-12 online teachers in Idaho. Standard 1 focuses on the teacher's knowledge of online education and ability to design learning experiences that take advantage of online environments. Standard 2 addresses understanding student development and providing opportunities to support intellectual, social and personal growth. Standard 3 is about modifying instruction for individual student needs. Standard 4 discusses using multiple instructional strategies to develop critical thinking. Standard 5 covers classroom motivation and management. Standard 6 is on communication, networking and community building. Standard 7 is about instructional planning based on knowledge of subjects, students and goals. Standards 8-10 were not included in the document.
How can technology be used to improve the learner experience at points of tra...Becka Colley-Foster
Literature review, funded by the Higher Education Academy and Evidence Net, looking at whether online systems can support student engagement at points of transition. Review compiled by the University of Bradford in conjunction with ELESIG (http://elesig.ning.com). Review completed by Ruth Lefever and Becka Currant with help from Dr Lesley Diack.
This document provides guidance for practitioners delivering online learning and teaching. It discusses setting priorities, interacting with learners, planning instruction, using tools like Google Classroom and Microsoft Teams, engaging learners, delivering content, and collaborating with other teachers. Tips include reducing cognitive load, using dual coding, self-marking quizzes, and video instruction. The document aims to help teachers effectively transition to remote learning.
SoteICT Teacher Manual - First Edition 2014Sote ICT
This manual provides a useful summary of concepts, tools and resources for educators involved in soteICT Program and a broader public interested in ICT for Education.
SoteICT is a project of the partnership of Pontis Foundation (Slovakia) and Kasigau Wildlife Trust (Kenya), made possible through SlovakAid co-funding. Sote, which in Swahili means everybody, stands in the title to demonstrate project’s commitment to make ICT accessible to a higher number of students in Kenya and so raise their future employability through improved soft and computer skills. We develop these skills in educators and learners alike through equipment and software donations, continual trainings, cooperation with school management and establishment of student IT clubs and training companies.
Computational Thinking Presentation - James MasseySteffNaace
This document discusses Discovery Education Coding and outlines professional development objectives. It aims to help teachers 1) identify key thinking skills promoted by Discovery Education Coding, 2) understand how it aligns to the National Curriculum, and 3) engage in teaching and learning opportunities using the coding program. The document also provides examples of computational thinking in action on Discovery Education Coding and discusses its professional development community which delivers sessions to schools to provide teachers a deep learning experience.
This document provides an overview of the Queensland Studies Authority Information Processing and Technology (IPT) Senior Syllabus from 2010, including:
- 6 core topics that make up the majority of the course (165-180 hours), with additional optional material that can expand on 4 of the topics
- General objectives focused on knowledge and application, analysis and synthesis, evaluation and communication, and attitudes and values
- Requirements for course organization, including a minimum of 55 hours per semester over 4 semesters, and flexibility for composite/mixed year level classes
- Details of the 6 core topics and some examples of additional material that can be covered
- Suggested learning experiences and assessment techniques.
Similar to Teacher Digital Literacy Framework (january-2023-draft) (20)
This document provides guidance for teachers on planning digital literacy curriculum. It identifies foundational and developing digital knowledge and skills in areas like navigating devices, online safety, finding and creating digital content. The document suggests learning outcomes, resources and ideas to investigate key concepts or engage families. It describes digital skills as applicable across subjects rather than a separate topic. Teachers are encouraged to develop confidence in their own digital skills to better teach students.
The document discusses two case studies related to the Digital Xtra Fund's response to the COVID-19 pandemic. Case Study 1 describes how the Heart of Midlothian Innovation Centre used a Digital Xtra Fund grant to introduce a program teaching young people app development with social impacts. Case Study 2 discusses how Digital Xtra Fund supported grant recipients after in-person activities were cancelled due to the pandemic by extending deadlines, allowing remote engagement, and praising recipients' resilience.
Computing Science in Local Authority secondary schoolsGeorgeMilliken2
The document provides an overview of Computing Science provision in Scottish secondary schools based on a survey of 356 schools. Key findings include:
- 86.8% of schools responded to the survey, with 36 schools reporting having no Computing Science teachers. Many of these schools are in very remote rural areas.
- Around 90% of schools offer some Computing Science in S1/S2, most commonly focusing on programming, web development, and computer systems.
- Over 80% of schools offer National 4/5 Computing Science, while 38.3% offer Advanced Higher.
- Presentations for Computing Science qualifications have declined since 2010, particularly at lower levels.
- The content offered in Computing Science qualifications
Tackling Technology Assisted Harmful Sexual Behaviour - Education ScotlandGeorgeMilliken2
1. The document provides guidance for educators on responding to and preventing technology-assisted harmful sexual behavior among students.
2. It defines such behavior as inappropriate or harmful sexual discussions or acts between children online or using image-sharing devices.
3. The guidance helps educators understand healthy versus concerning online sexual behaviors, identify signs of issues, and respond appropriately to keep all students safe.
This document discusses the First Lego League (FLL) program for developing STEM skills in students ages 4-16. It offers several programs - FLL Challenge for ages 9-16, FLL Explore for ages 6-9, and FLL Discover for ages 4-6. The programs encourage interest in real-world themes through building, coding, and engineering challenges using Lego materials. The author's school participated in the FLL City Shaper challenge in 2019-2020 and FLL Junior Playmaker challenge in 2021-2022. Students developed skills in sustainability, problem-solving, and teamwork while exploring themes related to cities and play spaces.
This document discusses teaching numeracy and maths skills through learning about health and wellbeing (HWB) and citizenship, relationships, and informed choices (CRIS). It covers the links between the HWB organisers like mental/emotional wellbeing, social wellbeing, and physical wellbeing, and how CRIS topics like internet safety, digital footprint, and online behavior can be taught. Educators are encouraged to identify resources and assessment opportunities to explore responsible digital behavior and teach students how to stay safe online.
This document provides guidance and resources for teaching cyber resilience and internet safety lessons. It includes examples of learning intentions and success criteria linked to experiences and outcomes. Suggested topics that could be covered include passwords, risks of using the internet, rights and responsibilities, and key aspects like digital footprints and online behavior. A range of resources and activities are referenced to support teaching on each topic. The document emphasizes engaging learning, quality teaching, and effective assessment when planning lessons.
QuickStart Computing Scotland - subject knowledge for Primary teachersGeorgeMilliken2
QuickStart Computing can help primary teachers to pick up the necessary subject knowledge for computing science.
Author: Miles Berry
Adjusted for Scotland: Bill Sargent
Consultants: Yvonne Walker, Graham Hastings
QuickStart Computing Scotland - subject knowledge covering the transition fro...GeorgeMilliken2
This QuickStart resource is the first to support early secondary teaching, and it particularly focusses on the necessary subject knowledge for teachers.
Author: Miles Berry. Adjusted for Scotland: Bill Sargent
Girl Guides: Digital Scotland Challenge BadgeGeorgeMilliken2
This document outlines activities for earning a Digital Scotland challenge badge through Girlguiding Scotland. It includes 4 topics - research and exploration, creativity and design, problem solving/computational thinking, and digital technology careers. Each topic has multiple age-appropriate activities that can be completed either digitally or without devices. Activities include exploring how computers are used, designing algorithms, learning about careers, and more. Completing a certain number of activities per topic earns participants their Digital Scotland challenge badge.
Teach Computing Science - a guide for Early Years and Primary PractitionersGeorgeMilliken2
This guide introduces and explains the Computing Science
(CS) Organisers and the updated experiences and
outcomes and Benchmarks. It provides an exemplification
guide and resources for use in Early and Primary years.
Authors:
Kate Farrell | Computing at School Scotland
Professor Judy Robertson | University of Edinburgh
Professor Quintin Cutts | University of Glasgow
Professor Richard Connor | University of Stirling
This document discusses creating secure passwords and staying safe online. It provides activities and discussion prompts for educators to use when teaching students about passwords. The learning intention is for students to explore the uses of passwords and demonstrate how to create secure passwords using three random words. Students are engaged in guessing passwords, discussing when passwords are important and ways to create strong random passwords to protect their accounts.
This document discusses using digital tools and online learning to develop literacy skills. It provides examples of websites like Screening Shorts that can be used to have learners watch short films and make notes to develop higher-order thinking. Tools like Microsoft Immersive Reader, Google Docs voice typing, and accessibility settings on iPads are demonstrated as ways to support literacy. The document emphasizes that investing in educational technology has become necessary for students to fully participate in economic, social and cultural life.
Girf all learners during covid 19 a reflective tool for educators working t...GeorgeMilliken2
This document provides a reflective tool to help educators ensure all learners are supported during Covid-19. It focuses on wellbeing, collaboration, and learning as "golden threads" to weave through leadership, curriculum, and teaching. The tool includes reflective questions in these areas to discuss how to build on innovations from lockdown and ensure equitable, high-quality learning experiences for all students. The goal is to use this opportunity to "reset" and design learning environments that develop skills and resilience for an unpredictable future.
Getting It Right for All Learners during covid 19: a reflective tool for educ...GeorgeMilliken2
This document provides a reflective tool to help educators ensure all learners are supported during Covid-19. It focuses on wellbeing, collaboration, and learning as "golden threads" to weave through leadership, curriculum, and teaching. The tool includes reflective questions in these areas to consider how to build on innovations from lockdown and ensure equitable, high-quality learning experiences for all students. The goal is to use this opportunity to "reset" and better prepare all learners with skills to thrive in today's world.
Getting it right for all learners during covid 19 a reflective tool for edu...GeorgeMilliken2
This document provides a reflective tool to help educators ensure all learners are supported during Covid-19. It identifies three "golden threads" of wellbeing, collaboration, and learning that should be woven through leadership, curriculum, and teaching. Reflective questions in these areas aim to strengthen universal support for all learners. The tool is meant to build on innovations from lockdown and ensure learners have skills to thrive in a changing world.
Girf all learners during covid 19 a reflective tool for educators working t...GeorgeMilliken2
This document provides a reflective tool for educators in Scotland to evaluate how they are supporting all learners during the Covid-19 pandemic. It identifies three "golden threads" of wellbeing, collaboration, and learning that should be woven through leadership, curriculum, and teaching approaches. Reflective questions are provided in these three areas to evaluate current practices and determine how to build back better post-Covid. The goal is to ensure every learner has the skills, knowledge, and resilience to thrive in an unpredictable future by promoting their wellbeing, collaborative learning opportunities, and development of the four capacities of Curriculum for Excellence.
What digital learning might look like final sharedGeorgeMilliken2
This document provides examples of digital learning activities for early, first, and second level learners that meet experiences and outcomes within Scotland's Curriculum for Excellence. The activities are organized by curricular area and level. They include using digital tools to support learning, developing online communication and internet safety skills, and introducing computational thinking concepts like sorting information, following instructions, and visual programming. The examples are meant to be illustrative rather than exhaustive and can often be cross-curricular. Educators can use the document for planning developmentally-appropriate digital literacy and computing science activities.
This document provides examples of digital learning activities for early, first, and second level students that meet experiences and outcomes related to digital literacy and computing science. For early level, example activities include using photos and videos to share ideas, exploring programmable devices, discussing daily routines, and sorting objects to identify patterns. Activities aim to introduce concepts like algorithms, cyber safety, and using technology purposefully while playing and problem-solving. The document is intended as a guide for educators to illustrate how to incorporate digital skills in cross-curricular ways.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
Andreas Schleicher presents PISA 2022 Volume III - Creative Thinking - 18 Jun...EduSkills OECD
Andreas Schleicher, Director of Education and Skills at the OECD presents at the launch of PISA 2022 Volume III - Creative Minds, Creative Schools on 18 June 2024.
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
2. Contents
Introduction ..................................................................................................................................1
Context .....................................................................................................................................1
A teacher digital literacy framework..........................................................................................1
Digital Wellbeing.......................................................................................................................2
How to use this document ........................................................................................................3
Core skills ....................................................................................................................................4
Cyber resilience and internet safety..........................................................................................4
Information and data literacy ....................................................................................................5
Skills for the workplace ................................................................................................................6
Communication and collaboration.............................................................................................6
Skills for teaching and learning ....................................................................................................7
Pedagogy in a digitally enabled learning environment..............................................................7
How do I progress my skills, knowledge and understanding?......................................................8
Career long professional learning and leadership.....................................................................8
Template to support discussion and planning..............................................................................1
3. 1 | Teacher Digital Literacy Framework
Introduction
Context
The Scottish Government strategy for Digital learning and teaching was published in 2016. It
sets out the significant contribution digital technologies can make in supporting teaching,
learning and assessment.
In March 2020 practitioners and learners across Scotland were asked to work from home and
learn remotely. This posed a number of challenges, from access to devices and connectivity to
the confidence of our teaching staff to deliver in this mostly uncharted territory.
This framework has been developed in partnership with local authorities and teachers to
support the continued progress we want to see in the use of digital technologies to support and
enhance education delivery in Scottish schools.
A teacher digital literacy framework
The framework outlines the digital literacy skills, knowledge and understanding a teacher
requires to deliver high-quality learning experiences for all children and young people. It
highlights the importance of highly-skilled staff who work with children, young people and others
to ensure learning is motivating and meaningful.
The teacher digital literacy framework is based on the European Digital Competence
Framework for Citizens (also known as DigComp2). DigComp2 has been developed with the
contribution of a large number of experts, is endorsed at a European level and broadly meets
the areas already set out in our ‘digital vision diagrams for digital teacher’ which are widely used
in Scottish schools.
The framework will allow teachers to gather evidence for the following areas within the GTC
Scotland’s Standard for Career-Long Professional Learning:
2.1 Curriculum and Pedagogy
2.1.1 Have an enhanced and critically informed understanding of Pedagogical and
Learning Theories and Professional Practice
As an accomplished teacher you have an enhanced and critically informed understanding of:
• digital technologies to support learning.
2.1.3 Have an enhanced and critically informed understanding of Curriculum Design
As an accomplished teacher you have an enhanced and critically informed understanding of:
• the value of learning beyond curricular areas/ subject boundaries and of cross curricular
subjects, e.g. literacy, numeracy, health and wellbeing, Learning for Sustainability and
digital literacy;
4. 2 | Teacher Digital Literacy Framework
• the skills and competencies that comprise teacher digital literacy and know how to
embed digital technologies to enhance teaching and learning.
3.2 The learning context
3.2.1 Critically and effectively organise and manage learning
As an accomplished teacher you consistently demonstrate the enhanced skills and abilities
working both individually and collaboratively to:
• ensure that every learner has access to and are enabled to select from well-
chosen/designed resources including digital technologies.
Digital Wellbeing
Digital wellbeing is the impact of using digital technology on our social and emotional wellbeing.
Digital wellbeing can be promoted through strong Cyber Resilience and Internet Safety (CRIS)
practices within our schools and their communities.
In the immediate and long-term future, schools face increasing demands to include digital
wellbeing as part of the way they use digital technologies for learning and teaching.
It is important that the digital wellbeing of our teachers is also a consideration. The challenge is
not only to ensure digital wellbeing but to establish processes and strategies, to develop the
skills, knowledge and attributes to secure, manage and protect their own wellbeing.
5. 3 | Teacher Digital Literacy Framework
How to use this document
The framework complements the suite of strategic support already available such as:
• Digital Vision diagrams
• Features of Highly Effective Digital Planning Teaching Learning and Assessment
• What digital learning might look like
• Learning and Teaching online
• Digital Schools Award Scotland
• The National Framework for Digital Literacies in Initial Teacher Education
A suggested approach to engage with this document is to first read through the framework and
then as set out in the final section ’Identify digital competence gaps’.
The table at the end of the document can be used to gather evidence of what you are doing,
how well you are doing it and what you need to do next.
This should be an ongoing process/cycle and as stated in the final section of the framework
there are also opportunities for research informed practice and enquiry.
6. 4 | Teacher Digital Literacy Framework
Core skills
Cyber resilience and internet safety
Protecting devices
To protect devices and digital content, and to understand risks and threats in digital
environments. To understand safety and security measures and to have due regard to reliability
and privacy.
Protecting personal data and privacy
To protect personal data and privacy in digital environments. To understand how to use and
share personally identifiable information while being able to protect oneself and others from
damages. To understand that digital services use a “Privacy policy” to inform how personal data
is used.
Managing digital identity
To create and manage one or multiple digital identities(separate work and personal), to be able
to protect one's own reputation, to deal with the data that one produces through several digital
tools, environments and services.
Resilience
To know how to recognise, react and recover appropriately to incidents involving devices, data,
wellbeing and identity in relation to yourself and others.
7. 5 | Teacher Digital Literacy Framework
Information and data literacy
Browsing, searching and filtering data, information and digital content
To articulate information needs, to search for data, information and content in digital
environments, to access them and to navigate between them. To create and update personal
search strategies. To be able to evaluate content to understand whether you have the right to
use it and how to search for free to use content.
Evaluating data, information and digital content
To analyse, compare and critically evaluate the credibility and reliability of sources of data,
information and digital content. To analyse, interpret and critically evaluate the data, information
and digital content and the impact of algorithms/systems on this.
Managing data, information and digital content
To organise, store and retrieve data, information and content in digital environments. To
organise and process them in a structured environment.
8. 6 | Teacher Digital Literacy Framework
Skills for the workplace
Communication and collaboration
Interact through digital technologies
To interact through a variety of digital technologies and to understand appropriate digital
communication means for a given context, for example with learners, other teaching staff and/or
parents/careers.
Share through digital technologies
To share data, information and digital content with others through appropriate digital
technologies, for example with learners, other teaching staff and/or parents/carers. To act as an
intermediary, to know about referencing and attribution practices.
Collaborating through digital technologies
To use digital tools and technologies for collaborative processes, and for co-construction and
co-creation of resources and knowledge with learners, other staff and parents /carers.
9. 7 | Teacher Digital Literacy Framework
Skills for teaching and learning
Pedagogy in a digitally enabled learning environment
Planning. teaching, learning and assessment
To have the skills, knowledge and confidence set out in the Features of highly effective digital
learning and teaching document to use digital technology to:
• plan learning
• deliver teaching and learning
• assess learning
Developing digital content
To create and edit digital content in different formats. To be aware of how copyright and
licences apply to data, information and digital content, including whether you have the right to
use digital information. How to find free to use content and the importance of referencing and
attribution
Integrating and re-elaborating digital content
To modify, refine, improve and integrate information and content into an existing body of
knowledge to create new, original and relevant content and knowledge.
Digital resilience
To have the skills, knowledge and confidence to prepare digital technology for use with
learners. To react, respond and recover to problems when operating devices and using digital
environments.
Digitally enabled learning environments
To make effective use of digital environments in order to increase access to the curriculum. To
provide, and continue to develop, simple and streamlined processes to engage with learners
and peers. To make use of automation when appropriate to process and manage data and
repetitive tasks, for example processing digital forms, utilising self-marking tools, resource
booking systems, social media alerting/posting.
Identifying needs and technological responses
To assess the needs of all learners and to identify, evaluate, select and use digital tools and
possibly assistive technology to support these. To adjust and customise digital environments to
personal needs (e.g. accessibility).
10. 8 | Teacher Digital Literacy Framework
How do I progress my skills, knowledge and
understanding?
Career long professional learning and leadership
Identifying digital competence gaps
To understand where one’s own digital competence needs to be improved or updated. To be
able to support others with their digital competence development and be able to advise how to
improve. To seek opportunities for self-development and to keep up-to-date with the digital
evolution.
Research and evidence informed practice
Engage with the main theoretical perspectives and research in the digital learning domain. Be
critically aware of the evidence and impact that digital tools, spaces and cultures can have on
childhood and society and how digital learning and teaching can adapt to meet the needs’ of
learners.
Practitioner enquiry
To engage in self and collaborative review to measure the impact of digital tools and
technologies. To produce and share practitioner enquiry into the use of digital tools and
technologies.
11. 1 | Teacher Digital Literacy Framework
Template to support discussion and planning
Print or complete electronically. You can download a copy of the document and access all the links from here Digital Teacher Framework – DigiLearn (glowscotland.org.uk)
Use the link or the QR code to find support and examples. These pages will be updated to host the most up to date and relevant support and examples.
Cyber resilience and internet safety What am I doing? How well am I doing it? What should I do next?
Protecting devices
To protect devices and digital
content, and to understand
risks and threats in digital
environments. To understand
safety and security measures
and to have due regard to
reliability and privacy.
Protecting personal data and privacy
To protect personal data and
privacy in digital environments.
To understand how to use and
share personally identifiable
information while being able to
protect oneself and others from
damages. To understand that
digital services use a “Privacy
policy” to inform how personal
data is used.
Managing digital identity
To create and manage one or
multiple digital
identities(separate work and
personal), to be able to protect
one's own reputation, to deal
with the data that one produces
through several digital tools,
environments and services.
Resilience
To know how to recognise,
react and recover appropriately
to incidents involving devices,
data, wellbeing and identity in
relation to yourself and others.
12. 2 | Teacher Digital Literacy Framework
Information and data literacy What am I doing? How well am I doing it? What should I do next?
Browsing, searching and filtering data,
information and digital content
To articulate information needs,
to search for data, information
and content in digital
environments, to access them
and to navigate between them.
To create and update personal
search strategies. To be able to
evaluate content to understand
whether you have the right to
use it and how to search for
free to use content.
Evaluating data, information and digital
content
To analyse, compare and
critically evaluate the credibility
and reliability of sources of
data, information and digital
content. To analyse, interpret
and critically evaluate the data,
information and digital content
and the impact of
algorithms/systems on this.
Managing data, information and digital
content
To organise, store and retrieve
data, information and content in
digital environments. To
organise and process them in a
structured environment.
Communication and collaboration What am I doing? How well am I doing it? What should I do next?
Interact through digital technologies
To interact through a variety of
digital technologies and to
understand appropriate digital
communication means for a
given context, for example with
learners, other teaching staff
and/or parents/careers.
13. 3 | Teacher Digital Literacy Framework
Share through digital technologies
To share data, information and
digital content with others
through appropriate digital
technologies, for example with
learners, other teaching staff
and/or parents/carers. To act
as an intermediary, to know
about referencing and
attribution practices.
Collaborating through digital
technologies
To use digital tools and
technologies for collaborative
processes, and for co-
construction and co-creation of
resources and knowledge with
learners, other staff and
parents /carers.
Pedagogy in a digitally enabled learning in
environment
What am I doing? How well am I doing it? What should I do next?
Planning. teaching, learning and
assessment
To have the skills, knowledge
and confidence set out in the
Features of highly effective
digital learning and teaching
document to use digital
technology to:
• plan learning
• deliver teaching and
learning
• assess learning
Developing digital content
To create and edit digital
content in different formats. To
be aware of how copyright and
licenses apply to data,
information and digital content,
including whether you have the
right to use digital information.
How to find free to use content
and the importance of
referencing and attribution.
14. 4 | Teacher Digital Literacy Framework
Integrating and re-elaborating digital
content
To modify, refine, improve and
integrate information and
content into an existing body of
knowledge to create new,
original and relevant content
and knowledge.
Digital Resilience
To have the skills, knowledge
and confidence to prepare
digital technology for use with
learners. To react, respond and
recover to problems when
operating devices and using
digital environments.
Digitally enabled learning
environments
To make effective use of digital
environments in order to
increase access to the
curriculum.
To provide, and continue to
develop, simple and
streamlined processes to
engage with learners and
peers.
To make use of automation
when appropriate to process
and manage data and
repetitive tasks, for example
processing digital forms,
utilising self-marking tools,
resource booking systems,
social media alerting/posting.
Identifying needs and technological
responses
To assess the needs of all
learners and to identify,
evaluate, select and use digital
tools and possibly assistive
technology to support these. To
adjust and customise digital
environments to personal
needs (e.g. accessibility).
15. 5 | Teacher Digital Literacy Framework
Career long professional learning and
leadership
What am I doing? How well am I doing it? What should I do next?
Identifying digital competence gaps
To understand where one’s
own digital competence needs
to be improved or updated. To
be able to support others with
their digital competence
development and be able to
advise how to improve. To
seek opportunities for self-
development and to keep up-
to-date with the digital
evolution.
Research and evidence informed
practice
Engage with the main
theoretical perspectives and
research in the digital learning
domain. Be critically aware of
the evidence and impact that
digital tools, spaces and
cultures can have on childhood
and society and how digital
learning and teaching can
adapt to meet the needs’ of
learners.
Practitioner enquiry
To engage in self and
collaborative review to
measure the impact of digital
tools and technologies. To
produce and share practitioner
enquiry into the use of digital
tools and technologies.