This document discusses various technologies that teachers can use in mathematics education. It describes tools for tracking homework assignments, communicating with students and parents, flipping the classroom, creating screencasts and applets, using blogs, bookmarking resources, and using programs like Google Sketchup and Google Earth. Examples are provided for how each tool could be implemented in a classroom.
This document contains notes from Joshua Harnwell on using technology in mathematics education. It discusses using tools like OneNote, Google Docs, screencasting, and blogging to flip the classroom and track homework. It also provides examples of using apps, Google Earth, and WolframAlpha in lessons and recommends hardware like Bluetooth mice and tablets. The document aims to communicate ways to incorporate technology to make lessons more engaging for students and help communicate with parents.
Presentation on where do secondary schools see ICT and the potential for it in schools. Presented at Victorian Catholic Secondary Teaching and Learning Conference, August 2011
Microsoft offers many free creative tools to engage students in learning. These include tools for making movies, photosynths, maps, translating text, collaborating online, and more. The tools are free, support personal discovery for students, and are easy for both teachers and students to use. Microsoft's goal is to provide high-quality, interactive resources to motivate students and help teachers energize their lesson plans.
This document provides instructions and tips for using the Windows Live Movie Maker software to create short movies to engage students in classroom lessons. Some key points:
- Windows Live Movie Maker is a free and easy-to-use movie making software that allows teachers to turn photos, videos and music into polished movies and slideshows.
- The automatic "AutoMovie" feature can turn a folder of photos into a finished movie with transitions, soundtrack and title in about a minute.
- Tips are provided on how to use short movies to bring subjects to life, demonstrate concepts that can't be brought to class, share the classics in a fresher way, and more.
- Additional guidance is offered on importing
This document outlines changes to a school library's usage and services before and after implementing a 1:1 computing environment. It discusses how the library media specialist's role has evolved from traditional instruction to collaborating with teachers, conducting lesson studies, and partnering with the technology department. It also examines challenges in adapting to new technologies, curricula, and operating in a 1:1 environment, as well as plans for future transformations to fully utilize the space and integrate information literacy instruction.
Integrating the Internet into the Mathematics Classroomsspengler
The document discusses integrating internet tools into mathematics classrooms. It provides examples of online resources that can be used for enrichments, lessons, tutorials, tools, and activities. These include websites for online videos, math problems, calculators, and teacher resources. It emphasizes using these internet resources to engage students and enhance mathematics learning.
Microsoft Office programs such as PowerPoint, Word, and OneNote are indispensable tools for teachers that help improve productivity. They allow teachers to create engaging presentations, organize materials and student information, and collaborate more easily. The document provides an overview of the top features of these programs and how they can save teachers time on tasks like lesson planning, grading, and communication.
Camberwell South Primary School – Knowledge Bank Tpl Case Study 2009 –Barbara Krongold
Future plans include installing more interactive whiteboards, continuing to build a bank of activities for them, maintaining a focus on innovative ICT uses
This document contains notes from Joshua Harnwell on using technology in mathematics education. It discusses using tools like OneNote, Google Docs, screencasting, and blogging to flip the classroom and track homework. It also provides examples of using apps, Google Earth, and WolframAlpha in lessons and recommends hardware like Bluetooth mice and tablets. The document aims to communicate ways to incorporate technology to make lessons more engaging for students and help communicate with parents.
Presentation on where do secondary schools see ICT and the potential for it in schools. Presented at Victorian Catholic Secondary Teaching and Learning Conference, August 2011
Microsoft offers many free creative tools to engage students in learning. These include tools for making movies, photosynths, maps, translating text, collaborating online, and more. The tools are free, support personal discovery for students, and are easy for both teachers and students to use. Microsoft's goal is to provide high-quality, interactive resources to motivate students and help teachers energize their lesson plans.
This document provides instructions and tips for using the Windows Live Movie Maker software to create short movies to engage students in classroom lessons. Some key points:
- Windows Live Movie Maker is a free and easy-to-use movie making software that allows teachers to turn photos, videos and music into polished movies and slideshows.
- The automatic "AutoMovie" feature can turn a folder of photos into a finished movie with transitions, soundtrack and title in about a minute.
- Tips are provided on how to use short movies to bring subjects to life, demonstrate concepts that can't be brought to class, share the classics in a fresher way, and more.
- Additional guidance is offered on importing
This document outlines changes to a school library's usage and services before and after implementing a 1:1 computing environment. It discusses how the library media specialist's role has evolved from traditional instruction to collaborating with teachers, conducting lesson studies, and partnering with the technology department. It also examines challenges in adapting to new technologies, curricula, and operating in a 1:1 environment, as well as plans for future transformations to fully utilize the space and integrate information literacy instruction.
Integrating the Internet into the Mathematics Classroomsspengler
The document discusses integrating internet tools into mathematics classrooms. It provides examples of online resources that can be used for enrichments, lessons, tutorials, tools, and activities. These include websites for online videos, math problems, calculators, and teacher resources. It emphasizes using these internet resources to engage students and enhance mathematics learning.
Microsoft Office programs such as PowerPoint, Word, and OneNote are indispensable tools for teachers that help improve productivity. They allow teachers to create engaging presentations, organize materials and student information, and collaborate more easily. The document provides an overview of the top features of these programs and how they can save teachers time on tasks like lesson planning, grading, and communication.
Camberwell South Primary School – Knowledge Bank Tpl Case Study 2009 –Barbara Krongold
Future plans include installing more interactive whiteboards, continuing to build a bank of activities for them, maintaining a focus on innovative ICT uses
The document appears to be a slide presentation given by Erik Duval at an education conference in Brussels on January 11, 2012. Some of the key points discussed in the presentation include:
- The potential of open learning and open content on the web to empower learners.
- Emerging topics like massive open online courses (MOOCs) and learning analytics that analyze learner data.
- Using learning analytics to collect learner activity data and provide feedback to improve the learning experience.
- Examples of learning analytics tools and research projects that visualize learner data.
So in summary, the presentation discusses open learning trends on the web and emerging areas like MOOCs and learning analytics that analyze learner data to
In this presentation you will see examples of how Early Adopter Lecturers at Monash University are using Moodle 2.0 for blended learning and student collaboration. Examples will include the use of the lesson module to guide a virtual conversation, how the workshop is being used for peer feedback, and the use of video and web2.0 within Moodle.
The document provides an overview of technology-related events and expectations for the school year. It lists dates for field trips and events in January, March, May, and November. It also discusses using technology in Visalia classrooms, developing student-centered learning experiences, and essential elements for scenario-based student activities that address open-ended problems through research, writing, and cooperative work. Product assessments are to be shared in February and could include newspapers, webpages, audio/video reports, panels, debates, and demonstrations. A variety of tools may be used, including Google apps, PowerPoint, digital cameras, and online resources through Moodle, Gaggle, and streaming services.
This document discusses problem-based learning and how to implement it in the classroom. It provides guidance on engaging students with an authentic problem, establishing stakeholder roles, ensuring the problem is connected to curriculum standards, gathering and assessing information, and having students work collaboratively to develop and present solutions. Key aspects include using an information problem-solving process, creating assessments such as rubrics, and displaying student work on "classroom walls" to demonstrate their learning. The overall goal is to design engaging, real-world learning experiences for students through problem-based instruction.
This document outlines an agenda for an ARS PD session on shared book reading and read alouds. The agenda includes introductions, technology demonstrations, shared reading and reading aloud video clips to analyze, and a discussion of designing 21st century learning environments. The goal is to help educators develop best practices in teaching essential early literacy skills through knowledgeable instruction and engaged learning experiences.
This document discusses a school district's journey with BYOD (Bring Your Own Device). Some key points:
- The district first proposed BYOD in 2009 and provided some devices to seed classrooms. After the first year, benefits included being platform agnostic and countering "keep away" behaviors.
- BYOD expanded to more schools over subsequent years, with training becoming less formalized. By year 3, 19 of 25 schools participated with no provided devices or training.
- Teachers reported benefits like constant student access to devices and more open student ideas. Challenges included supporting different devices and setting guidelines around appropriate use.
- The district is taking steps like strengthening online resources, ongoing staff training,
This document provides information about different levels of technology integration in classrooms, ranging from entry level to invention level. It describes the physical layout of classrooms, use of computers and other technologies, and teacher and student roles at each integration level. Screenshots and links are included as examples.
This document summarizes the teaching practices of ICT student teachers at the Faculty of Education in the Czech Republic. It discusses the structure of the teaching practice program, including activities expected of student teachers such as planning and teaching lessons, assisting teachers, and supporting computer networks in schools. It also examines common challenges student teachers face, such as a lack of guidance on lesson planning and differences in student ICT abilities. Student teachers report learning about classroom management and technology issues in schools. They appreciate the support provided through Moodle but note that teaching practice is too short. The document provides insights into teaching practices from the perspective of ICT student teachers.
Interactive whiteboards were developed to address issues with traditional chalkboards like dust and lack of engagement. The first interactive whiteboard was created in 1991 and allows teachers to connect their computer to a large board for students to interact with digital lessons and the internet. Research shows that interactive whiteboards improve student engagement and learning outcomes, especially for lower-performing students. However, they also require a significant upfront and ongoing financial investment from schools.
Visualizing Activities for Self-reflection and AwarenessSten Govaerts
This document discusses a study on visualizing student activities to promote self-reflection and awareness. The study aimed to develop tools for students to self-monitor their online activities and for teachers to gain awareness of student engagement. Researchers created a student activity monitor and deployed it in several learning environments. An evaluation with 12 students found the tool was generally understandable but uncovered some usability issues. Students reported average satisfaction with the tool in surveys. Researchers concluded more evaluation is needed on the tool's usefulness and plan to involve more students and teachers in future studies.
Britannia Elementary Educational Technology Ideas (Nov2012)Brian Kuhn
The document discusses how technology is transforming education, from basic computer skills and optional tools to ubiquitous access and student-driven learning through projects and inquiry. It notes the challenges of 1:1 initiatives due to cost but argues shared devices can still enable critical thinking, collaboration, and excitement. Examples include students using cameras to document learning, interactive whiteboards, assistive software, and handheld devices for writing.
This document discusses how various schools in different countries use games-based learning and ICT tools in primary education. It provides examples of tools used for subjects like literacy, math, assessment, and special education needs. Popular tools mentioned include Kahoot, Scratch, Storynory, and Seesaw. The document also shares situations in different school computer labs, use of projectors, and digital workspaces. Games-based learning is said to make learning more fun, collaborative and motivating for students.
Jean-Claude Bradley presents on the use of smartphones, wikis and games for educational applications at a Drexel University Faculty Showcase on November 12, 2010.
A Year 6 teacher discusses how her class integrated SOLO taxonomy and ICT tools like blogging to improve student achievement and motivation. The class used blogs across subject areas and SOLO taxonomy to enhance understanding. This led the class to win an environmental award twice for preventing erosion through their work with an initiative called Trees for Survival. They documented their work using blogs, videos, photos and more to share their message worldwide. The teacher found that integrating ICT throughout the curriculum using SOLO taxonomy as a framework for learning outcomes was very successful.
This document provides guidance for coping with COVID-19 using online instruction. It discusses challenges such as ensuring technology access and readiness. It also discusses opportunities for online learning such as using learning management systems, quizzes, projects, videos, and collaboration tools. Good practices for online instruction are also covered, including communication, timing, consistency, supporting at-risk students, virtual classes, and projects. The overall focus is on practical strategies for facilitating effective online learning during the pandemic.
Britt Gow presented on using digital tools for blended learning. She discussed using Blackboard Collaborate to teach environmental science classes blended between different schools. She highlighted features like audio, video, and interactive whiteboards. Gow shared feedback from students who benefited from the blended approach. She also discussed frameworks for blended learning and how to define it. The presentation provided strategies for enriching the online environment and engaging 21st century learners.
This document discusses open source educational technologies for teaching and learning. It introduces key terms like open source tools and educational technologies. It explains that technologies can help expand learning beyond textbooks and engage students in different ways. Some potential benefits of technologies discussed include better simulations, virtual manipulatives, more efficient assessment, and interactive e-books. Several free web tools are also highlighted that can be used for teaching and learning across subjects, including Google Earth, ePals, ThinkFree Online Office, OpenOffice, and IBM's Many Eyes data visualization tool.
The document discusses four categories of reasoning that teachers demonstrated when deciding how to respond to students who need help solving problems: 1) the student's mathematical thinking, 2) the teacher's mathematical thinking, 3) the student's affect, and 4) general teaching moves. It analyzes sample responses from teachers who watched a video of a student, Rex, solving math problems. The best response focused on Rex's mathematical thinking by noting strategies he used and how to build on that thinking, while others focused more on teaching strategies or Rex's emotions.
Seneca College received a grant to redesign the delivery of its Applied Science and Technology Fundamentals Program using tablet computers and interactive software. Researchers divided students into experimental and control groups to study the impact of the new technology on engagement and retention. Preliminary findings showed that the tablet classroom helped keep students focused, promoted collaborative learning, and made notes easily accessible, leading to improved organization and support for learning. Students reported that the new technology made classes more interactive and participation less embarrassing, revolutionizing the idea of learning.
This document summarizes a presentation about using pen-based tablet PCs and interactive software in a collaborative learning environment for teaching foundational mathematics. It outlines the development of a teaching collaborative using tablets, an online textbook, and learning objects. The technology allows for wireless mobile teaching labs, a collaborative interactive workspace, and two-way synchronous communication. Features of the software like sharing control, submitting work, and annotating diagrams support visual and collaborative learning. Evaluation found benefits like increased participation and organization, though technical issues need addressing.
This document summarizes a presentation about a netbook pilot program conducted by European Schoolnet. The pilot involved distributing netbooks to students and teachers across six countries to test how they can be used for educational purposes both in and out of school. Key challenges discussed include determining how netbooks may require new pedagogical approaches, managing their use in classrooms, evaluating their impact on learning outcomes, and understanding how they are actually used by students and teachers. The goal is to identify best practices for integrating one-to-one computing into education.
The document appears to be a slide presentation given by Erik Duval at an education conference in Brussels on January 11, 2012. Some of the key points discussed in the presentation include:
- The potential of open learning and open content on the web to empower learners.
- Emerging topics like massive open online courses (MOOCs) and learning analytics that analyze learner data.
- Using learning analytics to collect learner activity data and provide feedback to improve the learning experience.
- Examples of learning analytics tools and research projects that visualize learner data.
So in summary, the presentation discusses open learning trends on the web and emerging areas like MOOCs and learning analytics that analyze learner data to
In this presentation you will see examples of how Early Adopter Lecturers at Monash University are using Moodle 2.0 for blended learning and student collaboration. Examples will include the use of the lesson module to guide a virtual conversation, how the workshop is being used for peer feedback, and the use of video and web2.0 within Moodle.
The document provides an overview of technology-related events and expectations for the school year. It lists dates for field trips and events in January, March, May, and November. It also discusses using technology in Visalia classrooms, developing student-centered learning experiences, and essential elements for scenario-based student activities that address open-ended problems through research, writing, and cooperative work. Product assessments are to be shared in February and could include newspapers, webpages, audio/video reports, panels, debates, and demonstrations. A variety of tools may be used, including Google apps, PowerPoint, digital cameras, and online resources through Moodle, Gaggle, and streaming services.
This document discusses problem-based learning and how to implement it in the classroom. It provides guidance on engaging students with an authentic problem, establishing stakeholder roles, ensuring the problem is connected to curriculum standards, gathering and assessing information, and having students work collaboratively to develop and present solutions. Key aspects include using an information problem-solving process, creating assessments such as rubrics, and displaying student work on "classroom walls" to demonstrate their learning. The overall goal is to design engaging, real-world learning experiences for students through problem-based instruction.
This document outlines an agenda for an ARS PD session on shared book reading and read alouds. The agenda includes introductions, technology demonstrations, shared reading and reading aloud video clips to analyze, and a discussion of designing 21st century learning environments. The goal is to help educators develop best practices in teaching essential early literacy skills through knowledgeable instruction and engaged learning experiences.
This document discusses a school district's journey with BYOD (Bring Your Own Device). Some key points:
- The district first proposed BYOD in 2009 and provided some devices to seed classrooms. After the first year, benefits included being platform agnostic and countering "keep away" behaviors.
- BYOD expanded to more schools over subsequent years, with training becoming less formalized. By year 3, 19 of 25 schools participated with no provided devices or training.
- Teachers reported benefits like constant student access to devices and more open student ideas. Challenges included supporting different devices and setting guidelines around appropriate use.
- The district is taking steps like strengthening online resources, ongoing staff training,
This document provides information about different levels of technology integration in classrooms, ranging from entry level to invention level. It describes the physical layout of classrooms, use of computers and other technologies, and teacher and student roles at each integration level. Screenshots and links are included as examples.
This document summarizes the teaching practices of ICT student teachers at the Faculty of Education in the Czech Republic. It discusses the structure of the teaching practice program, including activities expected of student teachers such as planning and teaching lessons, assisting teachers, and supporting computer networks in schools. It also examines common challenges student teachers face, such as a lack of guidance on lesson planning and differences in student ICT abilities. Student teachers report learning about classroom management and technology issues in schools. They appreciate the support provided through Moodle but note that teaching practice is too short. The document provides insights into teaching practices from the perspective of ICT student teachers.
Interactive whiteboards were developed to address issues with traditional chalkboards like dust and lack of engagement. The first interactive whiteboard was created in 1991 and allows teachers to connect their computer to a large board for students to interact with digital lessons and the internet. Research shows that interactive whiteboards improve student engagement and learning outcomes, especially for lower-performing students. However, they also require a significant upfront and ongoing financial investment from schools.
Visualizing Activities for Self-reflection and AwarenessSten Govaerts
This document discusses a study on visualizing student activities to promote self-reflection and awareness. The study aimed to develop tools for students to self-monitor their online activities and for teachers to gain awareness of student engagement. Researchers created a student activity monitor and deployed it in several learning environments. An evaluation with 12 students found the tool was generally understandable but uncovered some usability issues. Students reported average satisfaction with the tool in surveys. Researchers concluded more evaluation is needed on the tool's usefulness and plan to involve more students and teachers in future studies.
Britannia Elementary Educational Technology Ideas (Nov2012)Brian Kuhn
The document discusses how technology is transforming education, from basic computer skills and optional tools to ubiquitous access and student-driven learning through projects and inquiry. It notes the challenges of 1:1 initiatives due to cost but argues shared devices can still enable critical thinking, collaboration, and excitement. Examples include students using cameras to document learning, interactive whiteboards, assistive software, and handheld devices for writing.
This document discusses how various schools in different countries use games-based learning and ICT tools in primary education. It provides examples of tools used for subjects like literacy, math, assessment, and special education needs. Popular tools mentioned include Kahoot, Scratch, Storynory, and Seesaw. The document also shares situations in different school computer labs, use of projectors, and digital workspaces. Games-based learning is said to make learning more fun, collaborative and motivating for students.
Jean-Claude Bradley presents on the use of smartphones, wikis and games for educational applications at a Drexel University Faculty Showcase on November 12, 2010.
A Year 6 teacher discusses how her class integrated SOLO taxonomy and ICT tools like blogging to improve student achievement and motivation. The class used blogs across subject areas and SOLO taxonomy to enhance understanding. This led the class to win an environmental award twice for preventing erosion through their work with an initiative called Trees for Survival. They documented their work using blogs, videos, photos and more to share their message worldwide. The teacher found that integrating ICT throughout the curriculum using SOLO taxonomy as a framework for learning outcomes was very successful.
This document provides guidance for coping with COVID-19 using online instruction. It discusses challenges such as ensuring technology access and readiness. It also discusses opportunities for online learning such as using learning management systems, quizzes, projects, videos, and collaboration tools. Good practices for online instruction are also covered, including communication, timing, consistency, supporting at-risk students, virtual classes, and projects. The overall focus is on practical strategies for facilitating effective online learning during the pandemic.
Britt Gow presented on using digital tools for blended learning. She discussed using Blackboard Collaborate to teach environmental science classes blended between different schools. She highlighted features like audio, video, and interactive whiteboards. Gow shared feedback from students who benefited from the blended approach. She also discussed frameworks for blended learning and how to define it. The presentation provided strategies for enriching the online environment and engaging 21st century learners.
This document discusses open source educational technologies for teaching and learning. It introduces key terms like open source tools and educational technologies. It explains that technologies can help expand learning beyond textbooks and engage students in different ways. Some potential benefits of technologies discussed include better simulations, virtual manipulatives, more efficient assessment, and interactive e-books. Several free web tools are also highlighted that can be used for teaching and learning across subjects, including Google Earth, ePals, ThinkFree Online Office, OpenOffice, and IBM's Many Eyes data visualization tool.
The document discusses four categories of reasoning that teachers demonstrated when deciding how to respond to students who need help solving problems: 1) the student's mathematical thinking, 2) the teacher's mathematical thinking, 3) the student's affect, and 4) general teaching moves. It analyzes sample responses from teachers who watched a video of a student, Rex, solving math problems. The best response focused on Rex's mathematical thinking by noting strategies he used and how to build on that thinking, while others focused more on teaching strategies or Rex's emotions.
Seneca College received a grant to redesign the delivery of its Applied Science and Technology Fundamentals Program using tablet computers and interactive software. Researchers divided students into experimental and control groups to study the impact of the new technology on engagement and retention. Preliminary findings showed that the tablet classroom helped keep students focused, promoted collaborative learning, and made notes easily accessible, leading to improved organization and support for learning. Students reported that the new technology made classes more interactive and participation less embarrassing, revolutionizing the idea of learning.
This document summarizes a presentation about using pen-based tablet PCs and interactive software in a collaborative learning environment for teaching foundational mathematics. It outlines the development of a teaching collaborative using tablets, an online textbook, and learning objects. The technology allows for wireless mobile teaching labs, a collaborative interactive workspace, and two-way synchronous communication. Features of the software like sharing control, submitting work, and annotating diagrams support visual and collaborative learning. Evaluation found benefits like increased participation and organization, though technical issues need addressing.
This document summarizes a presentation about a netbook pilot program conducted by European Schoolnet. The pilot involved distributing netbooks to students and teachers across six countries to test how they can be used for educational purposes both in and out of school. Key challenges discussed include determining how netbooks may require new pedagogical approaches, managing their use in classrooms, evaluating their impact on learning outcomes, and understanding how they are actually used by students and teachers. The goal is to identify best practices for integrating one-to-one computing into education.
The document provides practical ideas for teaching in a 1:1 classroom setting where each student has a laptop. It discusses using technology as a tool to drive the curriculum through project-based learning and authentic assessments. The teacher should incorporate communication, collaboration, creativity, and community as outlined by ISTE standards. Clear expectations and lesson planning are important to avoid excuses from students about technology issues. Practical tips include having laptops charged and using classroom management software.
This document discusses how tablets can be used for teaching mathematics. It outlines how tablets allow students to write math problems and diagrams easily, use interactive learning objects and apps, and collaborate in real-time classroom activities through software like DyKnow. Tablets were provided to a college through an education grant. Students reported tablets helped organization, attention, and anonymous participation. The document promotes pen-based tablets for math education.
This document discusses how tablets can be used for teaching mathematics. It outlines how tablets allow students to write math problems and diagrams easily, use interactive learning objects and apps, and collaborate in real-time classroom activities through software like DyKnow. Tablets were provided to a college through an education grant. Students reported tablets helped organization, attention, and anonymous participation. The document promotes pen-based tablets for math education.
This presentation discusses a collaborative pen-based workspace used for teaching and learning mathematics at Seneca College. It utilizes DyKnow software and HP tablet PCs to allow for interactive lessons, collaborative practice between students, and asynchronous review of electronic notes. Evaluations found that the technology engaged visual learners and shy students, helped keep students organized, and improved focus and test performance compared to traditional lectures. However, consistent internet access and adjusting to digital notes instead of paper were challenges. The project was funded through various grants and aimed to enhance foundational math education through an innovative teaching methodology supported by technology.
The document discusses using interactive whiteboards in primary classrooms. It outlines advantages such as improved student results, ability to be used at all lesson stages, and motivation of students. It also discusses drawbacks like lack of ready-made materials and the need for teacher training. The document provides examples of activities that can be used at different ages and English levels. It concludes with links to additional interactive whiteboard resources and examples.
The document discusses technology tools for K-12 and 21st century teachers. It describes how teachers are expected to be multi-skilled, multi-literate, and multi-specialists due to technology demands. Examples of technology that can help teachers include projectors, interactive whiteboards, websites, blogs, audio/video, computers, tablets, and social networks. Free internet tools for education are also discussed along with online teaching tools like video conferencing software, assessment tools, and content creation apps. The benefits of technology-aided instruction for teachers include increased engagement, collaboration, digital literacy skills, automated grading, and more.
The document contains responses to questions about technology and teaching:
1. Some challenges of teaching with technology include lack of internet access, technical difficulties, and keeping up with rapid changes.
2. Technology is applied globally through online learning tools, social media for collaboration, and access to open educational resources.
3. To be a globally competent teacher requires skills like digital literacy, cultural awareness, and facilitating international connections through technology.
4. Common educational tools used by teachers are interactive whiteboards, learning management systems, and multimedia tools which engage students and bring lessons to life.
5. To prepare students for the modern world, teachers focus on skills like critical thinking, problem solving, and digital literacy through
Technology plays an important role in education by helping teachers become multi-skilled, multi-literate and multi-specialists. It allows them to utilize various tools like interactive whiteboards, websites, blogs, audio/video, computers and more to engage students. Free internet tools for education include software for online classes, assessment tools, and apps for content creation. Technology aided instruction benefits teachers by increasing student engagement, enabling collaboration, improving digital literacy, automating grading, and allowing paperless teaching among other advantages.
Computer Assisted Language Learning - Using websitesBüşra Durbin
This document provides guidance for teachers on using the internet and websites in the classroom in three main ways:
1) It discusses how websites can be used as printed pages, with one computer and internet connection, or in a computer lab.
2) It recommends that using the internet be an integral part of learning rather than an occasional activity. Both ELT and authentic websites have benefits depending on the teaching goals.
3) It provides examples of search engines and categories of websites for images, video, audio and podcasts that can be used for different classroom projects. Specific ESL website resources are also listed.
Presented with Lynn Trinko (trinko.1@osu.edu) and Innovate 2013 (http://digitalfirst.osu.edu/innovate2013/ and https://storify.com/InnovateOSU/innovate-2013)
This document discusses productivity tools that teachers can use to assist with common tasks. It describes three main categories of teacher tasks: pre-class planning, in-class instruction, and post-class grading and record keeping. For planning, it recommends resources for finding lesson plans, templates, and multimedia materials. During class, it suggests mobile technologies that allow teachers to interact with students and take notes from anywhere. After class, it discusses learning management systems for sharing resources, facilitating discussion, grading work, and keeping student records. The document provides examples of specific productivity tools for each category and task.
From E-Learning to Active Learning: Transforming the Learning EnvironmentClive Young
Experts from University College London share findings and best practices.
Slides from a webinar event 25 April 2013
Always on the forefront of education and research, University College London boasts one of the world’s most sophisticated e-learning strategies and learning environments. With a mission to deliver the “voices and ideas of UCL experts” to a global audience, the team bringing that goal to fruition is uncovering the benefits of e-learning. By utilising blended learning technologies, the UCL E-Learning Environments team realises the potential to deliver an active learning experience to instructors and students alike.
This document reflects on the author's experience with educational technology integration in different school districts. It describes the technology available, such as interactive whiteboards, student response systems, and document cameras. However, many teachers did not know how to use the technology due to lack of training and support. Moving forward, teachers should be provided meaningful professional development to allow seamless technology integration in instruction on a daily basis.
A webinar presentation for Open Education Week with:
- Karen Fasimpaur, K12 Open Ed
- Jeff Mao, State of Maine Department of Education
- Ahrash Bissell, National Repository of Online Courses
- Delaina Tonks, Open High School of Utah
- Jason Neiffer, Montana Digital Academy
Project Copernicus describes an initiative which allows and encourages students to bring their own technology to class, while teachers create lessons which encourages
Similar to Ict in maths presentation for my favourite lesson (20)
This document provides a summary of a professional development presentation on various technology tools for teachers. It includes 52 entries with short descriptions and links for tools like screencasting, social bookmarking, URL shorteners, Creative Commons, and more. The tools covered include ways to flip the classroom, backup and share files, create online polls and games, and access educational resources.
1) The document describes a conceptual journey through scales of size from 1 meter to billions of light years and back down to fractions of a nanometer.
2) It explores scales from the size of leaves to the size of galaxies and discusses what can be observed at each scale of magnitude from 10^0 to 10^23 and 10^-16.
3) The journey is meant to illustrate the constancy of natural laws across vast scales and make the reader consider humanity's place in the universe.
The document summarizes the key features of the new draft NSW Mathematics Syllabus which is aligned with the Australian Curriculum. It outlines that the content descriptors from the Australian Curriculum are implemented without change in the NSW syllabus. Teachers only need to refer to the NSW syllabus as implementing it also implements the Australian Curriculum. The syllabus development was informed by the current NSW syllabus and the direction document for syllabus writers. The syllabus sections include the introduction, rationale, aims, objectives and assessment. The content is organized by stages and strands and some content, like Pythagoras' theorem, has been moved to earlier stages. Working mathematically outcomes are more prominent in the new syllabus structure.
Scootle is a digital platform for curriculum resources created by The Le@rning Federation. It contains interactive lessons, assessments, and other materials. The document discusses how teachers can get access to Scootle through their school IT departments. It provides two examples of Scootle resources, one on scientific notation and another on graphs of physical phenomena. Teachers are encouraged to share useful Scootle resources and learning paths with others.
This document contains 32 math word problems ranging in topics from basic arithmetic to geometry and measurement. The problems involve calculating sums, differences, products, quotients, percentages, and solving simple equations. They require applying math operations and concepts like division, multiplication, area, fractions, averages, rates, and angles to reach the answers.
2010 year 7 naplan non calculator solutionsjharnwell
This document contains 32 math word problems or questions from a Year 7 NAPLAN numeracy exam. The questions cover a range of math topics including operations with whole numbers, fractions, decimals, percentages, measurement, geometry, time, and data interpretation. The final question involves using properties of angles on a straight line.
This document contains solutions to mathematics questions from the 2010 HSC exam in Australia. Question 1 involves solving equations, inequalities and finding derivatives. Question 2 involves finding derivatives of trigonometric functions. Question 3 involves vectors, gradients and parallel lines. Question 4 involves arithmetic progressions, integrals and area under curves. Question 5 involves volumes, surface areas, maxima and minima. Question 6 involves factorizing polynomials, discriminants and finding angles and areas of figures.
This document provides the solutions to questions from the 2010 General Mathematics Higher School Certificate (HSC) exam in New South Wales, Australia. It includes answers to multiple choice questions, open response questions involving word problems on topics like profit/loss, financial planning, and statistics. Diagrams are provided for some geometry questions. The solutions show step-by-step working and explanations for full and partial marks on the exam.
2010 mathematics school certificate solutionsjharnwell
This document contains the solutions to the 2010 Mathematics School Certificate exam for New South Wales, Australia. It includes the answers to multiple choice and free response questions across two sections: the non-calculator section and sections covering parts A and B. The solutions provide brief explanations and workings for obtaining the answers to the math problems on the exam.
Australian curriculum presentation 31 march 2011jharnwell
The document summarizes discussions from an Australian Curriculum Mathematics Heads of Department meeting regarding developments in the Australian Curriculum. Key points include:
- The final Australian Curriculum for Mathematics is planned for release in October with assessment and reporting arrangements to transition between 2010-2013.
- An online platform called Scootle will host curriculum resources. Concerns were raised about several senior mathematics courses having too much content, lack of technology guidance, and need for review of topics.
- States will continue offering non-overlapping subjects and the curriculum may expand over time. New NSW syllabi will be released online and in print with implementation from 2013 and changes to senior years still vague.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
বাংলাদেশের অর্থনৈতিক সমীক্ষা ২০২৪ [Bangladesh Economic Review 2024 Bangla.pdf] কম্পিউটার , ট্যাব ও স্মার্ট ফোন ভার্সন সহ সম্পূর্ণ বাংলা ই-বুক বা pdf বই " সুচিপত্র ...বুকমার্ক মেনু 🔖 ও হাইপার লিংক মেনু 📝👆 যুক্ত ..
আমাদের সবার জন্য খুব খুব গুরুত্বপূর্ণ একটি বই ..বিসিএস, ব্যাংক, ইউনিভার্সিটি ভর্তি ও যে কোন প্রতিযোগিতা মূলক পরীক্ষার জন্য এর খুব ইম্পরট্যান্ট একটি বিষয় ...তাছাড়া বাংলাদেশের সাম্প্রতিক যে কোন ডাটা বা তথ্য এই বইতে পাবেন ...
তাই একজন নাগরিক হিসাবে এই তথ্য গুলো আপনার জানা প্রয়োজন ...।
বিসিএস ও ব্যাংক এর লিখিত পরীক্ষা ...+এছাড়া মাধ্যমিক ও উচ্চমাধ্যমিকের স্টুডেন্টদের জন্য অনেক কাজে আসবে ...
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
हिंदी वर्णमाला पीपीटी, hindi alphabet PPT presentation, hindi varnamala PPT, Hindi Varnamala pdf, हिंदी स्वर, हिंदी व्यंजन, sikhiye hindi varnmala, dr. mulla adam ali, hindi language and literature, hindi alphabet with drawing, hindi alphabet pdf, hindi varnamala for childrens, hindi language, hindi varnamala practice for kids, https://www.drmullaadamali.com
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
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.
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.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
1. The Tech Toolbox for Teachers
Technology in
Mathematics Education
“My Favourite Lesson” @ Roseville College
Joshua Harnwell
Assistant Head of Mathematics
HarnwellJ@knox.nsw.edu.au
1
2. Automation
The Tech Toolbox for Teachers
Monday, 10 October 2011 2
ICT is about making my life easier!
3. The Tech Toolbox for Teachers
Communicating with
parents and students
“My Favourite Lesson” @ Roseville College
Joshua Harnwell
Assistant Head of Mathematics
HarnwellJ@knox.nsw.edu.au
3
4. Tracking Homework
The Tech Toolbox for Teachers
Monday, 10 October 2011 4
The idea is to use recycling
paper to print calendars on.
http://www.re-print.me/
Print one for each class and put it up on the wall.
The teacher (or a student) can write the homework
each day.
5. The move to online homework tracking
The Tech Toolbox for Teachers
Monday, 10 October 2011 5
1. Use TwInbox to post to twitter
2. Get RSS Feed from Twitter
3. Use twitterfeed.com to post to facebook page
http://www.twitter.com/
http://www.facebook.com/
Communicate homework and vital
information to students and parents
http://tinyurl.com/mrharnwell2011 and http://www.twitter.com/mrharnwell
6. OneNote > My Lessons > Demo
The Tech Toolbox for Teachers
Monday, 10 October 2011 6
Over to OneNote…
7. OneNote > My Lessons > Demo
The Tech Toolbox for Teachers
Monday, 10 October 2011 7
Over to OneNote…
Sync with Sharepoint
OR Web via Skydrive
Students (and parents) can access directly!
8. Parents want to help their son with homework?
The Tech Toolbox for Teachers
Monday, 10 October 2011 8
DEC (Dept of Ed and Communities) has developed
a site to help parents know what students are doing
in schools
http://www.schoolatoz.nsw.edu.au/
There are some quick factsheets which student may
find helpful when revising. Example.
9. The Tech Toolbox for Teachers
Flipping the Classroom
“My Favourite Lesson” @ Roseville College
Joshua Harnwell
Assistant Head of Mathematics
HarnwellJ@knox.nsw.edu.au
9
10. Flipping the Classroom
The Tech Toolbox for Teachers
Monday, 10 October 2011 10
Lecture part of the lesson at home.
More engaging, interesting activities in class.
Example: Year 8 Number Plane Graphs
- Tick Sheet
- Screencast Videos (recorded using
http://screenr.com)
- Quizzes and solutions (assessment for
learning)
11. Flipping the classroom: Feedback
The Tech Toolbox for Teachers
Monday, 10 October 2011 11
Did you like the freedom in how you could
learn in this topic?
12. Flipping the classroom: Feedback
The Tech Toolbox for Teachers
Monday, 10 October 2011 12
How good do you think your understanding was of this
topic, compared to the way you usually learn?
13. Flipping the classroom: Feedback
The Tech Toolbox for Teachers
Monday, 10 October 2011 13
Feedback from a parent…
“I want you in front of the class, teaching!”
14. Flipping the classroom: Feedback
The Tech Toolbox for Teachers
Monday, 10 October 2011 14
Comments from students:
I hated this topic doing it on the computer and thought it
was a terrible way to learn
i really disliked learning by myself, id rather be tought by
the teacher and be given and forced to do homework. i felt i
didn't know anything for this topic
15. Flipping the classroom: Feedback
The Tech Toolbox for Teachers
Monday, 10 October 2011 15
Comments from students:
When he made us choose our homework, i feel i didn't do
enough.
I liked how could work at our own pace but I need to work faster
if I want to achieve better results.
I liked how we could chose to do what subjects we did and did
not understand.
I really liked that we could choose what to do and then move on
if we know the rest.
16. Screencasting
The Tech Toolbox for Teachers
Monday, 10 October 2011 16
Screencasting is recording a video of your
computer screen, while you are working
on it. It can also record sound.
http://www.screenr.com/ (online)
http://www.camstudio.org/ (software)
http://www.techsmith.com/jing/ (free/paid)
Flipping the classroom
17. The Tech Toolbox for Teachers
Blogging with Year 8
“My Favourite Lesson” @ Roseville College
Joshua Harnwell
Assistant Head of Mathematics
HarnwellJ@knox.nsw.edu.au
17
18. Data: Graphs and Tables
The Tech Toolbox for Teachers
Monday, 10 October 2011 18
Task: Decide on a topic that you are interested. Write a blog post on
Scholaris explaining why you are interested in this topic and what you
can investigate statistically.
In future posts, you will need to create and upload graphs to your blog.
Find a source of data that you can use to investigate your topic. You
may like to consider the following:
• Cars
• iPhone / iPad
• Harry Potter – IMDB
http://www.imdb.com/title/tt0926084/business
• NRL http://stats.rleague.com/rl/rl_index.html
• Cricket http://cricket.com.au/stats-scores
• Climate Change http://www.bom.gov.au/climate/data/
• Music http://www.ariacharts.com.au/
• Radio
http://au.nielsen.com/products/nmr_radio_radioratings_archives.shtml
19. Making it Web2.0
The Tech Toolbox for Teachers
Monday, 10 October 2011 19
• Students were directed as to whose blog
they had to comment on…
• Example 1
• Example 2
• Example 3
20. The Tech Toolbox for Teachers
Teaching and Learning
Applets
“My Favourite Lesson” @ Roseville College
Joshua Harnwell
Assistant Head of Mathematics
HarnwellJ@knox.nsw.edu.au
20
21. Applets
The Tech Toolbox for Teachers
Monday, 10 October 2011 21
• This is where I started, putting technology
into my lessons
• Teacher Applets
• Students Applets
• Lets students visualise Mathematics
22. Applets: Examples
The Tech Toolbox for Teachers
Monday, 10 October 2011 22
• GeogebraTube
• Student Applets:
– Isometric Drawing Tool
– Constructions
• Creative Commons Images: Slope
23. Bookmarking
The Tech Toolbox for Teachers
Monday, 10 October 2011 23
Online Social Bookmarking lets you easily store
bookmarks in one place (backed up), search them
and share them with others.
http://www.delicious.com/
http://www.diigo.com/
https://bookmarks.google.com/
Store your links, so that you can find them again
Share links with colleagues – each department to
have a diigo group?
24. The Tech Toolbox for Teachers
Other ideas for teaching
Mathematics
“My Favourite Lesson” @ Roseville College
Joshua Harnwell
Assistant Head of Mathematics
HarnwellJ@knox.nsw.edu.au
24
25. Google Sketchup
The Tech Toolbox for Teachers
Monday, 10 October 2011 25
26. Google Earth
The Tech Toolbox for Teachers
Monday, 10 October 2011 26
Runway numbers are chosen based on the magnetic heading of the runway. In
areas where the compass indication are unreliable the true north heading
is, denoted by a T prefix. Example: Sydney Airport NS Runway is on a bearing
of
27. Google Earth
The Tech Toolbox for Teachers
Monday, 10 October 2011 27
The Pentagon (US) – Is it a regular
pentagon? “Exmouth Cape Tourist Village” –
(look slightly to the north)
Check Angles and check sides
28. Google Earth: 2D Measurement
The Tech Toolbox for Teachers
Monday, 10 October 2011 28
To easily find the perimeter and area, you can use a Google Earth Add-on called
GEPath. This can be used to check calculations. Find the perimeter and area of your
school. How big is your school oval? Most likely, it will be close to 1 Ha.
Find the area of the sector below, by
Have students create a field diagram
taking appropriate measurements.
(by taking measurements) to work out
(This is at the Athletic Centre at
the area of the school, or their home.
Sydney Olympic Park).
29. Google Earth: 3D Measurement
The Tech Toolbox for Teachers
Monday, 10 October 2011 29
Find the Great Pyramid at Giza – by taking appropriate measurements, what is
the surface area and volume? (Its height is approximately 139 m). You can also
show 3D Buildings to get a good look.
30. Google Earth: Parabolas
The Tech Toolbox for Teachers
Monday, 10 October 2011 30
To the east of Lydd Airport, KENT, United Kingdom. See
http://en.wikipedia.org/wiki/Acoustic_mirror for information on these
fantastic structures!
31. Google Docs
The Tech Toolbox for Teachers
Monday, 10 October 2011 31
Use google docs to collaborate for documents or
spreadsheets
http://www.offisync.com/
http://tinyurl.com/googlecloudconnect
I check homework, using my iPhone and then use
OffiSync to open the Google Spreadsheet in Excel
32. Microsoft Word and Maths
The Tech Toolbox for Teachers
Monday, 10 October 2011 32
• Equations Suck!
• Microsoft Math
• Symbols ALT-0176
33. Comics
The Tech Toolbox for Teachers
Monday, 10 October 2011 33
Create a cartoon / comic strip. Drag and drop the
speech bubbles, people and scenes.
http://www.bitstrips.com/
Create a cartoon yourself for a topic, or get students
to present their work in cartoon form.
34. Copy part of a picture
The Tech Toolbox for Teachers
Monday, 10 October 2011 34
Copy parts of images or parts of your screen.
Microsoft Office > Insert Screen Shot > Screen Clipping
Snipping Tool
Modify difficult diagrams
And make the background transparent
35. Convert PDF Files to Word Documents
The Tech Toolbox for Teachers
Monday, 10 October 2011 35
Convert PDF documents, with diagrams,
into word documents to edit.
http://www.pdftoword.com/
Example
36. Wolfram Alpha
The Tech Toolbox for Teachers
Monday, 10 October 2011 36
How many hairs are on a human head?
Solve 2x+10=15
http://wolframalpha.com/
Students can investigate a topic, taking difficult
mathematics out of the equation – and explaining
how to do it!
37. Skype
The Tech Toolbox for Teachers
Monday, 10 October 2011 37
• One of my students in Year 11 Extension 1 Mathematics was
scheduled to have an operation on his knee and came up with
a brilliant plan to not fall behind. The course goes very quickly
and missing any lesson can be difficult – we were going to
cover Superannuation using a GP.
• He organised with a friend to skype in from home to watch the
lesson as we progressed.
• For part of the lesson, he was sitting on a table in front of the
projector screen (well… the laptop he was skyped into).
• For the rest of the lesson, he sat in his usual seat.
• I wonder if UStream would have been an easier alternative –
although it would not have allowed him to put up his hand
and ask any questions.
38. Hardware
The Tech Toolbox for Teachers
Monday, 10 October 2011 38
• Bluetooth mouse!!
• Monitor
• Lectern
• Eye-fi Card
39. Hardware
The Tech Toolbox for Teachers
Monday, 10 October 2011 39
• The future of Mathematics Education…
The Samsung Windows 8 Tablet