1) The document outlines expected student outcomes and classroom focus areas across various curriculum areas for 2011.
2) Key expected student outcomes include increasing achievement levels in core subjects like English, maths, and science, as well as developing skills like formative assessment, digital literacy, and cultural understanding.
3) Corresponding classroom focuses are around differentiation, data analysis, moderation, and integrating e-learning and authentic assessment strategies.
Library media teachers are key stakeholders in the implementation of information literacy. Findings from a study suggest the library media teacher is energetic and enthusiastic in looking forward to creating a generation of information literate society.
School Cultures: Digital Images and Artifacts from the ClassroomNITLE
Michael Svec, Associate Professor of Education, Furman University
This poster describes the creation of a digital archive for use with in-service teachers as a means to engage them in analysis and reflections centering on the culture of their own classrooms. Through comparisons of their space, and materials with those of other schools in different times and countries, teachers examine their underlying cultural messages and then become more deliberate in the creation of their classroom culture.
It is recognised that the standard of teaching ICT has improved significantly in recent years. However, high quality ICT teaching is far from universal. This session will explore, from several perspectives, what is meant by ‘good practice.’
We also explore some ideas for incorporating ICT in art and design, and you engage in a practical task on the theme of self portraits.
You reflect on this work with your partner, uploading a recording of your discussion to your site.
We conclude with a discussion of interactive whiteboard practice in schools.
IN-SESSION TASK 2
• Create a self portrait using ICT tools – your tutor will model one or more approaches to this task, but you are welcome to work independently using ideas of your own
• Upload your finished portrait to your Google site.
• Record a brief conversation with your partner about this task and upload this to your site.
TO FOLLOW UP
• Read Higgins et al (2007), whilst reflecting on your own or your class teacher’s use of the interactive whiteboard.
• You may wish to practice your own IWB skills over lunchtime using one of the Lulham ICT Centre boards, or IWBs available for student use in the Library.
• Watch Jen Deyenberg’s online presentation on geocaching, http://www.trailsoptional.com/2010/10/k-12-online-conference-presentation-gps-and-geocaching-k12online10/
Biometric research centers on five fundamental areas: data collection, signal processing, decision-making, transmission, and storage. Traditionally, research occurred in subsets of the discipline in separate departments within universities such as algorithm development in computer science, and speech and computer vision in electrical engineering. In the fall semester of 2002, a class in Biometric Technology and Applications was developed to encourage cross-disciplinary education, where all areas of the biometric model would come together and address issues such as research methodologies and the implementation of biometrics in society at large. The course has been modified to accommodate a wider audience, incorporate graduate student research, which is the foundation for modular mini-courses tailored to specific majors and issues. Having an interdisciplinary group of student’s better mirrors the makeup of jobs involved in biometrics, such as management, marketing, or research. The challenge lies in providing a course that accounts for these diverse needs.
This document summarizes a research study on the impact of electronic teaching technologies in secondary schools in Peshawar, Pakistan. The study used questionnaires to gather data from school heads, secondary school teachers (SSTs), and students in grades 9 and 10 on the availability, usefulness, and status of electronic teaching technologies. The responses indicated support for introducing more electronic technologies in schools. However, training for teachers on using technologies and establishing computer labs was still needed. The study found that most science and language teachers did not integrate computers into their teaching. Overall, the study revealed a gap between the current technologies available in secondary schools and modern teaching methods.
Using photos can help with literacy skills in several ways:
1) Students can take photos of everyday objects and break them down into details to describe them, building language skills.
2) Photos of school places like the playground or class pets can be used to write captions and stories.
3) Simple photos with an uncluttered background of countable and uncountable nouns can help explain the concepts.
This document summarizes the authentic learning journey of a classroom throughout 2011. It describes how the students explored various problems and solutions, including natural disasters, global poverty, and ethics. They created educational videos on cyber safety and a student code of ethics. The journey culminated with the students reflecting on their time in school and performing an original song as they prepared to graduate.
This document outlines the curriculum achievement statement for eLearning at Somerville Intermediate School for 2011. It establishes three goals: 1) To improve student eLearning capability through understanding current levels and implementing enhancement strategies, 2) To improve teacher eLearning capability through understanding current levels and staff development, and 3) To provide ubiquitous student access to online classroom learning environments. Strategies are outlined to gather data on student and teacher eLearning capabilities, develop relevant online resources, and provide support to ensure all areas of the school utilize online learning environments. The statement notes systems will be developed and implemented to provide online access and resources for teaching and learning.
Library media teachers are key stakeholders in the implementation of information literacy. Findings from a study suggest the library media teacher is energetic and enthusiastic in looking forward to creating a generation of information literate society.
School Cultures: Digital Images and Artifacts from the ClassroomNITLE
Michael Svec, Associate Professor of Education, Furman University
This poster describes the creation of a digital archive for use with in-service teachers as a means to engage them in analysis and reflections centering on the culture of their own classrooms. Through comparisons of their space, and materials with those of other schools in different times and countries, teachers examine their underlying cultural messages and then become more deliberate in the creation of their classroom culture.
It is recognised that the standard of teaching ICT has improved significantly in recent years. However, high quality ICT teaching is far from universal. This session will explore, from several perspectives, what is meant by ‘good practice.’
We also explore some ideas for incorporating ICT in art and design, and you engage in a practical task on the theme of self portraits.
You reflect on this work with your partner, uploading a recording of your discussion to your site.
We conclude with a discussion of interactive whiteboard practice in schools.
IN-SESSION TASK 2
• Create a self portrait using ICT tools – your tutor will model one or more approaches to this task, but you are welcome to work independently using ideas of your own
• Upload your finished portrait to your Google site.
• Record a brief conversation with your partner about this task and upload this to your site.
TO FOLLOW UP
• Read Higgins et al (2007), whilst reflecting on your own or your class teacher’s use of the interactive whiteboard.
• You may wish to practice your own IWB skills over lunchtime using one of the Lulham ICT Centre boards, or IWBs available for student use in the Library.
• Watch Jen Deyenberg’s online presentation on geocaching, http://www.trailsoptional.com/2010/10/k-12-online-conference-presentation-gps-and-geocaching-k12online10/
Biometric research centers on five fundamental areas: data collection, signal processing, decision-making, transmission, and storage. Traditionally, research occurred in subsets of the discipline in separate departments within universities such as algorithm development in computer science, and speech and computer vision in electrical engineering. In the fall semester of 2002, a class in Biometric Technology and Applications was developed to encourage cross-disciplinary education, where all areas of the biometric model would come together and address issues such as research methodologies and the implementation of biometrics in society at large. The course has been modified to accommodate a wider audience, incorporate graduate student research, which is the foundation for modular mini-courses tailored to specific majors and issues. Having an interdisciplinary group of student’s better mirrors the makeup of jobs involved in biometrics, such as management, marketing, or research. The challenge lies in providing a course that accounts for these diverse needs.
This document summarizes a research study on the impact of electronic teaching technologies in secondary schools in Peshawar, Pakistan. The study used questionnaires to gather data from school heads, secondary school teachers (SSTs), and students in grades 9 and 10 on the availability, usefulness, and status of electronic teaching technologies. The responses indicated support for introducing more electronic technologies in schools. However, training for teachers on using technologies and establishing computer labs was still needed. The study found that most science and language teachers did not integrate computers into their teaching. Overall, the study revealed a gap between the current technologies available in secondary schools and modern teaching methods.
Using photos can help with literacy skills in several ways:
1) Students can take photos of everyday objects and break them down into details to describe them, building language skills.
2) Photos of school places like the playground or class pets can be used to write captions and stories.
3) Simple photos with an uncluttered background of countable and uncountable nouns can help explain the concepts.
This document summarizes the authentic learning journey of a classroom throughout 2011. It describes how the students explored various problems and solutions, including natural disasters, global poverty, and ethics. They created educational videos on cyber safety and a student code of ethics. The journey culminated with the students reflecting on their time in school and performing an original song as they prepared to graduate.
This document outlines the curriculum achievement statement for eLearning at Somerville Intermediate School for 2011. It establishes three goals: 1) To improve student eLearning capability through understanding current levels and implementing enhancement strategies, 2) To improve teacher eLearning capability through understanding current levels and staff development, and 3) To provide ubiquitous student access to online classroom learning environments. Strategies are outlined to gather data on student and teacher eLearning capabilities, develop relevant online resources, and provide support to ensure all areas of the school utilize online learning environments. The statement notes systems will be developed and implemented to provide online access and resources for teaching and learning.
The document discusses various ICT tools that can be used to enhance student learning and achievement in music, including wikis for collaboration, video tools like iMovie and GarageBand for recording and editing music, and YouTube for finding tutorials and inspiration. Audacity is recommended for removing vocals from recordings and recording and mixing tracks. Overall, the document provides examples of different digital tools that can be used to support music education.
This presentation presents an overview of where our students are in the ICT world. It also presents on overview of who they are and the world they live in.
This document discusses how to drive change within an organization by understanding the key steps: identifying real problems, developing solutions, presenting proposals effectively, dealing with both success and failure, and continuing to push for improvement. The main points are to thoroughly research problems, master potential solutions, and communicate proposals professionally using data to prove the need for change. While change efforts may not always succeed initially, the process helps agents of change grow their skills and make stronger cases to ultimately help their organizations.
This document discusses the role of change agents and leadership. It describes change agents as people who act as catalysts to manage change. It lists the skills required for change agents, such as being able to sense the business environment and maximize information flow. It then discusses the concepts of Level 5 Leadership from the book "Good to Great", where Level 5 leaders channel their ego away from themselves and into building a great company. The rest of the document outlines the key concepts from "Good to Great" that led to breakthrough results, including getting the right people first, confronting brutal facts, having a hedgehog concept, creating a culture of discipline, using technology accelerators, and pushing the flywheel of success through consistent efforts over time.
This document provides an overview of teaching technology to children. It discusses the three strands of technology: Strand A focuses on practical skills, Strand B covers terminology and methods, and Strand C examines the history and impact of technology. Various learning intentions and activities are presented to help teachers develop lessons on the nature of technology, including defining technology, understanding how it has shaped our lives, and creating teaching strategies. The document emphasizes developing students' broad understanding of technology beyond just the tools or activities they are engaged with.
The document discusses Universal Design (UD) in education. UD aims to increase diversity and inclusion by meeting the needs of all potential students, regardless of their characteristics. It focuses on 7 principles of equitable use, flexibility, simplicity, perceptible information, tolerance for error, low physical effort, and size/space for approach/use. UD helps make education accessible for marginalized students like those with disabilities, English learners, and gifted students. It promotes interaction and inclusion by considering how students receive, act on, and engage with information. The document outlines guidelines for providing multiple means of representation, action/expression, and engagement in educational contexts.
This document outlines the biology syllabus for grades 9 and 10 in Ethiopia. It covers 6 units for grade 9 and 5 units for grade 10. The syllabus was revised based on a needs assessment to address issues like content overload, difficulty, and relevance. Key changes included simplifying content, integrating subjects like technology and agriculture, and focusing on competencies in knowledge, skills, and values. The approach is based on constructivism, emphasizing that learners actively acquire and construct their own understanding through social and language-based learning activities.
The document discusses different perspectives on curriculum design and knowledge acquisition in geography education. It presents three potential futures for geography education: 1) "Govian Elitism" which focuses only on procedural knowledge, 2) A "Knowledge Society" which balances procedural, content, and core knowledge, and 3) "Objective Knowledge" which focuses only on core knowledge. The key idea is that students need all three types of knowledge (core, content, and procedural) to fully understand geography. Geographical inquiry is presented as a way to connect these different types of knowledge through activities that create needs to know, use data, make sense of information, and reflect on learning.
Educational values of instructional mterials(Preparation and evaluation of ...Choi Chua
Instructional materials are important for teaching, especially for inexperienced teachers. They are used for lesson planning, assessing student knowledge through exams and projects, and providing background information on subjects. Instructional materials can serve as delivery vehicles that present knowledge or as partners in the constructivist perspective that help students build interpretations. Both traditional and constructivist views agree that effective use of instructional materials increases learning and develops critical thinking when it gives students more control over their learning and moves from teacher-dominated to learner-centered environments.
Despite requirements for constant innovation in Higher Education, the application of
knowledge management constitutes a recent research field in this sector while a wide range of e-learning
tools - like open source learning management systems (LMS) - constitute a basic part of universities
infrastructures at present. As knowledge derived from direct experiences is one of the most important
sources for innovations, this paper presents two approaches for experiential knowledge production in the
Higher Education teaching-learning processes: (1) the managerial production approach and (2) the open
production approach. In accordance with these approaches, the paper also describes how Moodle and Sakai -
two of the most widely used open source LMS - support experiential knowledge production and concludes
that: (1) these LMS don’t have first class constructs to manage experiential knowledge production related
concepts; (2) experiential knowledge related constructs can be represented through existing artifacts included
in these LMS but this approach presents many limitations to support explicit connections between these
constructs and; (3) LMS can extend current capabilities of tags or similar artifacts to represent high level
meaning structures that link content from different LMS tools.
This document discusses resource-based learning. It covers the changing nature of resources due to digitization and the emergence of learning objects. It discusses the components of resource-based learning including context, tools, and scaffolds. It examines the epistemological foundations and assumptions of resource-based learning models. Finally, it reviews some research on resource-based learning and discusses issues such as developing literacy and ensuring effective resource use.
The Practical Case for Quality: The Teacher and Student Perspective Brandon Muramatsu
Philip Bell leads a panel discussion at the Conversations on Quality: A Symposium on K-12 Online Learning hosted by MIT and the Bill and Melinda Gates Foundation, January 24-25, 2012, Cambridge, MA.
This document provides a self-evaluation guide for teachers to assess their skills in integrating technology into the classroom. It outlines indicators across basic, proficient, and exemplary levels in areas such as internet use, electronic resources, presentations, student information, and 21st century skills. The goal is for teachers to become proficient users of technology that can create a student-centered, project-based learning environment using digital tools and resources.
The document outlines a rubric for evaluating Georgia library media programs at basic, proficient, and exemplary levels. It includes categories such as student achievement and instruction, staffing, facilities and resources, administrative support, and staff development. Requirements include integrating information literacy skills, collaborative planning between teachers and library staff, engaging teaching roles of library staff, and assessing student achievement. [END SUMMARY]
The document discusses integrating technology into classroom teaching and learning. It explains that technology can increase student motivation, provide access to information, support collaborative learning, and allow teachers more time for facilitation. Technology can be integrated at the curriculum, topic, or lesson level. The document also provides examples of innovative teaching practices using technology, such as digital lesson plans, virtual classes, podcasts for students with disabilities, and collaborative online projects. It discusses the need for ICT policies to optimize technology use in schools and improve access, quality, and efficiency of education.
Project Teacher Refinement and Teacher EnhancementSusanna Pierce
1) The document summarizes a project to improve teacher training and enhance student learning at the Scheel Center in Guatemala.
2) It identifies problems like classroom discipline issues, ineffective use of time, and lack of supplies and resources.
3) The proposed solutions include implementing routines, differentiating instruction, using cooperative learning, connecting with organizations to obtain donations, and providing training to teachers on topics like student learning styles, the learning cycle, and assessment strategies.
This project I will focus on the following learning environments: Virtual Education, STEM-based and Classroom-based learning environments. I will look into how are they similar and different and identify some positive and negative aspects of each.
This document discusses roles and responsibilities of personnel related to technology integration in a school district. It includes sections on the superintendent, technology director, assistant superintendent of curriculum and instruction, business manager, textbook coordinator, principal, technology staff, and teachers.
It then provides an agenda for a professional development session on technology integration that includes a PowerPoint presentation highlighting a technology integration survey, analysis of student performance data to identify strengths and weaknesses, and cross-curricular lesson planning incorporating technology.
Finally, it outlines an evaluation component for a technology action plan including follow-up surveys every six weeks and teachers submitting weekly lesson plans demonstrating technology integration.
Roles and Functions of Educational Technology in the 21st Century EducationYeyen Austria
The document outlines 11 important functions of educational technology: 1) improving teaching methods by analyzing variables and relationships, 2) analyzing the teaching-learning process and improving the relationship between the two, 3) facilitating more efficient learning, 4) enhancing educational goals to changing times, 5) training teachers for new curriculums and materials, 6) developing curriculums to reflect latest ideas, 7) developing effective teaching-learning materials, 8) evolving strategic teaching approaches, 9) developing audio-visual aids appropriately, 10) comprehensively improving the education system, and 11) identifying community needs to provide equal opportunities.
Roles and Functions of Educational Technology in the 21st Century EducationYeyen Austria
The document discusses the role of educational technology in 21st century classrooms and schools. It states that instruction should be student-centered, education should be collaborative, and learning should have context. It also notes that technology allows 24/7 access to information, constant social interaction, and easily created and shared digital content. Finally, it outlines 11 important functions of educational technology, including the improvement of teaching and learning, enhancing educational goals, training teachers, developing curriculum and materials, identifying community needs, and overall improvement of the educational system.
This lesson plan outlines how to use wikis in the classroom to support student learning and creativity. It addresses National Educational Technology Standards for facilitating collaborative knowledge construction using digital tools. The plan explains that wikis promote student interaction and participation, support asynchronous communication, and engage students by allowing them to actively construct their own knowledge. Wikis can be used across grade levels and are easy to implement without technical expertise.
The document discusses various ICT tools that can be used to enhance student learning and achievement in music, including wikis for collaboration, video tools like iMovie and GarageBand for recording and editing music, and YouTube for finding tutorials and inspiration. Audacity is recommended for removing vocals from recordings and recording and mixing tracks. Overall, the document provides examples of different digital tools that can be used to support music education.
This presentation presents an overview of where our students are in the ICT world. It also presents on overview of who they are and the world they live in.
This document discusses how to drive change within an organization by understanding the key steps: identifying real problems, developing solutions, presenting proposals effectively, dealing with both success and failure, and continuing to push for improvement. The main points are to thoroughly research problems, master potential solutions, and communicate proposals professionally using data to prove the need for change. While change efforts may not always succeed initially, the process helps agents of change grow their skills and make stronger cases to ultimately help their organizations.
This document discusses the role of change agents and leadership. It describes change agents as people who act as catalysts to manage change. It lists the skills required for change agents, such as being able to sense the business environment and maximize information flow. It then discusses the concepts of Level 5 Leadership from the book "Good to Great", where Level 5 leaders channel their ego away from themselves and into building a great company. The rest of the document outlines the key concepts from "Good to Great" that led to breakthrough results, including getting the right people first, confronting brutal facts, having a hedgehog concept, creating a culture of discipline, using technology accelerators, and pushing the flywheel of success through consistent efforts over time.
This document provides an overview of teaching technology to children. It discusses the three strands of technology: Strand A focuses on practical skills, Strand B covers terminology and methods, and Strand C examines the history and impact of technology. Various learning intentions and activities are presented to help teachers develop lessons on the nature of technology, including defining technology, understanding how it has shaped our lives, and creating teaching strategies. The document emphasizes developing students' broad understanding of technology beyond just the tools or activities they are engaged with.
The document discusses Universal Design (UD) in education. UD aims to increase diversity and inclusion by meeting the needs of all potential students, regardless of their characteristics. It focuses on 7 principles of equitable use, flexibility, simplicity, perceptible information, tolerance for error, low physical effort, and size/space for approach/use. UD helps make education accessible for marginalized students like those with disabilities, English learners, and gifted students. It promotes interaction and inclusion by considering how students receive, act on, and engage with information. The document outlines guidelines for providing multiple means of representation, action/expression, and engagement in educational contexts.
This document outlines the biology syllabus for grades 9 and 10 in Ethiopia. It covers 6 units for grade 9 and 5 units for grade 10. The syllabus was revised based on a needs assessment to address issues like content overload, difficulty, and relevance. Key changes included simplifying content, integrating subjects like technology and agriculture, and focusing on competencies in knowledge, skills, and values. The approach is based on constructivism, emphasizing that learners actively acquire and construct their own understanding through social and language-based learning activities.
The document discusses different perspectives on curriculum design and knowledge acquisition in geography education. It presents three potential futures for geography education: 1) "Govian Elitism" which focuses only on procedural knowledge, 2) A "Knowledge Society" which balances procedural, content, and core knowledge, and 3) "Objective Knowledge" which focuses only on core knowledge. The key idea is that students need all three types of knowledge (core, content, and procedural) to fully understand geography. Geographical inquiry is presented as a way to connect these different types of knowledge through activities that create needs to know, use data, make sense of information, and reflect on learning.
Educational values of instructional mterials(Preparation and evaluation of ...Choi Chua
Instructional materials are important for teaching, especially for inexperienced teachers. They are used for lesson planning, assessing student knowledge through exams and projects, and providing background information on subjects. Instructional materials can serve as delivery vehicles that present knowledge or as partners in the constructivist perspective that help students build interpretations. Both traditional and constructivist views agree that effective use of instructional materials increases learning and develops critical thinking when it gives students more control over their learning and moves from teacher-dominated to learner-centered environments.
Despite requirements for constant innovation in Higher Education, the application of
knowledge management constitutes a recent research field in this sector while a wide range of e-learning
tools - like open source learning management systems (LMS) - constitute a basic part of universities
infrastructures at present. As knowledge derived from direct experiences is one of the most important
sources for innovations, this paper presents two approaches for experiential knowledge production in the
Higher Education teaching-learning processes: (1) the managerial production approach and (2) the open
production approach. In accordance with these approaches, the paper also describes how Moodle and Sakai -
two of the most widely used open source LMS - support experiential knowledge production and concludes
that: (1) these LMS don’t have first class constructs to manage experiential knowledge production related
concepts; (2) experiential knowledge related constructs can be represented through existing artifacts included
in these LMS but this approach presents many limitations to support explicit connections between these
constructs and; (3) LMS can extend current capabilities of tags or similar artifacts to represent high level
meaning structures that link content from different LMS tools.
This document discusses resource-based learning. It covers the changing nature of resources due to digitization and the emergence of learning objects. It discusses the components of resource-based learning including context, tools, and scaffolds. It examines the epistemological foundations and assumptions of resource-based learning models. Finally, it reviews some research on resource-based learning and discusses issues such as developing literacy and ensuring effective resource use.
The Practical Case for Quality: The Teacher and Student Perspective Brandon Muramatsu
Philip Bell leads a panel discussion at the Conversations on Quality: A Symposium on K-12 Online Learning hosted by MIT and the Bill and Melinda Gates Foundation, January 24-25, 2012, Cambridge, MA.
This document provides a self-evaluation guide for teachers to assess their skills in integrating technology into the classroom. It outlines indicators across basic, proficient, and exemplary levels in areas such as internet use, electronic resources, presentations, student information, and 21st century skills. The goal is for teachers to become proficient users of technology that can create a student-centered, project-based learning environment using digital tools and resources.
The document outlines a rubric for evaluating Georgia library media programs at basic, proficient, and exemplary levels. It includes categories such as student achievement and instruction, staffing, facilities and resources, administrative support, and staff development. Requirements include integrating information literacy skills, collaborative planning between teachers and library staff, engaging teaching roles of library staff, and assessing student achievement. [END SUMMARY]
The document discusses integrating technology into classroom teaching and learning. It explains that technology can increase student motivation, provide access to information, support collaborative learning, and allow teachers more time for facilitation. Technology can be integrated at the curriculum, topic, or lesson level. The document also provides examples of innovative teaching practices using technology, such as digital lesson plans, virtual classes, podcasts for students with disabilities, and collaborative online projects. It discusses the need for ICT policies to optimize technology use in schools and improve access, quality, and efficiency of education.
Project Teacher Refinement and Teacher EnhancementSusanna Pierce
1) The document summarizes a project to improve teacher training and enhance student learning at the Scheel Center in Guatemala.
2) It identifies problems like classroom discipline issues, ineffective use of time, and lack of supplies and resources.
3) The proposed solutions include implementing routines, differentiating instruction, using cooperative learning, connecting with organizations to obtain donations, and providing training to teachers on topics like student learning styles, the learning cycle, and assessment strategies.
This project I will focus on the following learning environments: Virtual Education, STEM-based and Classroom-based learning environments. I will look into how are they similar and different and identify some positive and negative aspects of each.
This document discusses roles and responsibilities of personnel related to technology integration in a school district. It includes sections on the superintendent, technology director, assistant superintendent of curriculum and instruction, business manager, textbook coordinator, principal, technology staff, and teachers.
It then provides an agenda for a professional development session on technology integration that includes a PowerPoint presentation highlighting a technology integration survey, analysis of student performance data to identify strengths and weaknesses, and cross-curricular lesson planning incorporating technology.
Finally, it outlines an evaluation component for a technology action plan including follow-up surveys every six weeks and teachers submitting weekly lesson plans demonstrating technology integration.
Roles and Functions of Educational Technology in the 21st Century EducationYeyen Austria
The document outlines 11 important functions of educational technology: 1) improving teaching methods by analyzing variables and relationships, 2) analyzing the teaching-learning process and improving the relationship between the two, 3) facilitating more efficient learning, 4) enhancing educational goals to changing times, 5) training teachers for new curriculums and materials, 6) developing curriculums to reflect latest ideas, 7) developing effective teaching-learning materials, 8) evolving strategic teaching approaches, 9) developing audio-visual aids appropriately, 10) comprehensively improving the education system, and 11) identifying community needs to provide equal opportunities.
Roles and Functions of Educational Technology in the 21st Century EducationYeyen Austria
The document discusses the role of educational technology in 21st century classrooms and schools. It states that instruction should be student-centered, education should be collaborative, and learning should have context. It also notes that technology allows 24/7 access to information, constant social interaction, and easily created and shared digital content. Finally, it outlines 11 important functions of educational technology, including the improvement of teaching and learning, enhancing educational goals, training teachers, developing curriculum and materials, identifying community needs, and overall improvement of the educational system.
This lesson plan outlines how to use wikis in the classroom to support student learning and creativity. It addresses National Educational Technology Standards for facilitating collaborative knowledge construction using digital tools. The plan explains that wikis promote student interaction and participation, support asynchronous communication, and engage students by allowing them to actively construct their own knowledge. Wikis can be used across grade levels and are easy to implement without technical expertise.
1. The document provides a daily lesson plan for a physics class on the topic of inertia.
2. The lesson involves students watching videos, discussing examples of inertia, and doing hands-on activities in small groups to explore both stationary and motion inertia.
3. At the end of the lesson, students will complete a worksheet for homework to be submitted the following day.
The document provides an overview of two technology integration projects in Alberta, Canada: the Alberta Smart Inclusion Project and the 1:1 Mobile Tablet Project. The Alberta Smart Inclusion Project involved four school jurisdictions in a community of practice to research how technology can support diverse learners. The 1:1 Mobile Tablet Project explored using iPads in rural inclusive classrooms to investigate their educational benefits. Both projects evaluated the impact of technology on student and teacher outcomes through surveys and assessments. The results showed benefits to student engagement, skills, and participation, as well as teacher pedagogy, but also challenges around device management and app issues.
The Impact of Quality Matters on Distance Learning Course Design and Evaluationiowadla
Quality Matters (QM) is a faculty-centered, peer review process that is designed to certify the quality of online and blended courses. Started as a grant project of MarylandOnline that was funded by the Fund for the Improvement of Postsecondary Education (FIPSE), QM is built on a legacy of collaboration and continuous improvement. The program is based eight quality standards that can be evaluated through the use of QM rubric. The intent is to design “quality” online courses that receive an 85%+ rating on the rubrics. This past year, the University of Northern Iowa subscribed to Quality Matters and began training faculty to develop QM standards-based online courses.
UNI professors and Instructional Designers will discuss the impact of the QM standards-aligned continuous quality assurance process that includes faculty professional development, course development, and course revisions. Included in the presentation will be an overview of the Quality Matters (QM) process and underlying principles; the eight standards of the QM Rubric; and the course review process with personal perspectives of their impact on faculty course creation and program evaluation.
The document outlines the agenda for a class on Universal Design for Learning, including discussing principles of UDL and activities that incorporate those principles, as well as presenting information on assistive technology and examples of implementing UDL at different levels of complexity. The class covers recognition, strategic, and affective learning networks and how UDL can support all students through flexible presentation, expression and engagement methods.
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
Executive Directors Chat Leveraging AI for Diversity, Equity, and InclusionTechSoup
Let’s explore the intersection of technology and equity in the final session of our DEI series. Discover how AI tools, like ChatGPT, can be used to support and enhance your nonprofit's DEI initiatives. Participants will gain insights into practical AI applications and get tips for leveraging technology to advance their DEI goals.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
1. Overview:
Expected Outcomes for Students
and Classroom Focus Areas 2011
Curriculum Area Expected Outcomes for Students Classroom Teacher
Requirements and Focus
1) Inquiring and questioning 1) Metacognitive discussion and application
Social Studies 2) Engaged in authentic and relevant
learning experience
in an inquiring culture
2) Links between ALJ focus and students’
3) Ownership of learning through asking own lives and learning
‘So What?’ 3) Provide opportunities for students to
4) Students actively help to shape their apply new learning & understandings in
own learning real-world contexts
1) Students transitioning to Y9 supported 1) Data and objective evidence gained
Health and well-equipped
2) Students transitioning into Y7 supported
through surveys in Y7 and Y8
2) Students aware of needs transitioning
and appropriately catered for. and awareness of Y7 needs by teachers
3) Effective strategies to deal with and 3) Differentiate ‘Power to Be Me’ for Y7 and
report bullying Y8
4) Positive self-image and ability to 4) Use appropriate resources & follow
understand & cope with changes guidelines provided
experienced during puberty
2. Curriculum Area Expected Outcomes for Students Classroom Teacher
Requirements and Focus
1) Able to reflect on progress and articulate 1) Reflections on student work and
The Arts next steps during The Arts cycle
2) Opportunities to showcase skills in
progress through The Arts in portfolios
(managed by T’s)
authentic contexts 2) Provide opportunities for students to
reflect on learning during advancement
programmes.
1) More opportunities for exploration of 1) Science as part of ALJ @ SIS
Science ‘Nature of Science’
2) More opportunities for science in the
2) Promotion of science through science
wiki (web-based so it could be readily
classroom (ALJ) accessed in the classrooms)
3) Science wiki to promote science and
understanding
1) Targeted learning through differentiation 1) Continued sharing of examples of
CWSN and personalising learning in general
classrooms, LEAP and Tech/Spec.
differentiation using resources and
modeling of good practice.
(Special Needs) classes.
2) Greater access to learning through more
extensive use of assistive technology
1) Greater awareness by students of their 1) Teachers will track ESL students using
ESL learning needs developed.
2) Shared ownership for learning and
English Learning Literacy Progressions
(ELLP)
understanding of progress and
identifying ‘next steps’ for learning
3. Curriculum Area Expected Outcomes for Students Classroom Teacher
Requirements and Focus
1) Targeted learning through differentiation 1) Continued sharing of examples of
CWEA and personalising learning in general
classrooms, LEAP and Tech/Spec.
differentiation using resources and good
practice.
(Gifted & Talented) classes.
2) Further authentic opportunities for
2) Promote and provide further authentic
opportunities for students within both the
students within both the school and school and community.
community.
1) Student gaps identified to target teach 1) Increased use of e-learning technologies
e-Learning 2) Students skills and use of e-learning
increases in tandem with teacher skill
to support learning in the classroom
2) Teacher peer support
and confidence ie. on-line learning
1) Increase 3 sub-levels for Y8 and Y7 1) Teacher inquiry into analysis of data
English: students who are achieving below the
expected level.
2) Moderation across classes and/or
syndicates and year teams
2) Formative assessment philosophy/ 3) Formative assessment practice and
Writing principles for students - awareness of
goals, learning needs, etc.
philosophy ie. promote students
awareness of own learning
4) Integration with reading and ALJ to
promote authenticity and relevance of
the learning
4. Curriculum Area Expected Outcomes for Students Classroom Teacher
Requirements and Focus
1) Increase 3 sub-levels for Y8 and Y7 1) Teacher inquiry into analysis of data
English: students who are achieving below the
expected level.
2) Moderation across classes and/or
syndicates and year teams
2) Formative assessment philosophy/ 3) Formative assessment practice and
Reading principles for students - awareness of
goals, learning needs, etc.
philosophy ie. promote students
awareness of own learning
3) Reading for enjoyment and pleasure 4) Integration with writing & ALJ to
promoted and increase across Y7 and promote authenticity and relevance of
Y8 the learning
5) Teacher modelling of reading during
DEAR/SSR
6) Appropriate text and digital resources for
gender
1) Increase skill level to teachers and 1) Provide feedback on skills to be
7) Buddy reading system to support
PE & Sport students by creating video clips to
support skill development.
targeted.
identified students.
2) View, incorporate into programme and
2) Increase participation by providing provide feedback. Support students in
greater access to equipment in PE/sport accessing and utilising resource before,
shed for use at lunchtimes during and after the teaching of skills.
3) Manage resources and refine system for
sport gear usage in sport shed (ie
monitor students where appropriate and
applicable to support their sport gear
usage)
5. Curriculum Area Expected Outcomes for Students Classroom Teacher
Requirements and Focus
1) Students aware of new SIS Progress 1) Teachers aware of new SIS PIs
Technology Indicators to help support the notion of
formative assessment ie. students aware
2) Teachers aware of new tech.
assessment format
of their learning and where they need to 3) Professional development of new PIs
go to next 4) Revised report format for technology
2) Student assessment is more valid subjects.
(support formative assessment practice)
3) Alignment of technology subjects across
curriculum areas which supports
integrated learning; may lead to learning
being more authentic and relevant for
1) student which will lead toof Te Reo
Increase understanding increase 1) Teachers familiarise themselves with
Learning student learning and achievement. all
Maori and application of Te Reo in
curriculum areas
Maori resources and how Te Reo is
being used across school in different
2) A more structured, year long programme classrooms and curriculum areas
Languages 2) Year 7 teachers to utilise new resource
provided either before/after kaiawhina
teaches.
6. Curriculum Area Expected Outcomes for Students Classroom Teacher
Requirements and Focus
1) Increase 3 sub-levels for Y8 and Y7 1) Teacher inquiry into analysis of data
Mathematics students who are achieving below the
expected level.
2) Moderation across classes and/or
syndicates and year teams
2) 2) Formative assessment philosophy/ 3) Formative assessment practice and
principles for students - awareness of philosophy ie. promote students
goals, learning needs, etc. awareness of own learning
4) Teaching & learning focus of learning
needs for specific target groups &
effective strategies shared
5) PD to support formative assessment and
target student needs
6) Teacher reflection and plenary of T & L