Teaching strategies in a digital classroomJewel Hacinas
The document discusses 10 teaching strategies for effectively integrating digital media software into classroom projects. It recommends breaking large projects into smaller tasks, using project management techniques to define timelines, requiring students to create storyboards before working, assigning research as homework, allowing peer assistance, assigning roles to ensure participation, using technologies besides computers, providing help to students, having students ask peers questions first, and posting visible classroom rules and guidelines.
Using technology to support your assessment practiceJisc
Using technology to support your assessment practice is a document about eAssessment and initiatives at Loughborough College to support assessment using technology. Some key initiatives discussed include using online and games-based tools for induction, tracking student progress through "Your Passport" and badges, and using tools like Memrise for online English learning. Over 47,000 badges have been awarded since September 2015. The document concludes with 4 key points for effective practice when using technology to support assessment, such as using competitive games to engage learners and multimedia elements to support different learning styles.
This document provides 10 strategies for teachers to effectively manage students in a digital classroom: 1) set clear expectations, 2) demonstrate technology use, 3) provide structured activities, 4) encourage collaboration, 5) utilize student experts, 6) ensure student participation through assigned roles, 7) maximize one-to-one computing with different technologies, 8) help students who have questions, 9) have students ask peers first before asking teachers technical questions, and 10) post and communicate visible classroom rules and guidelines regarding technology use.
This document discusses the benefits of educational technology in the classroom, including improving skills in core subjects, making learning more engaging, and preparing students for the future. It notes that technology can be used to deliver lessons, conduct research, and organize classroom data, while also highlighting potential issues like distraction, cost, and lack of teacher training. The document emphasizes that for technology to be effective, teachers need proper ongoing training, clear goals must be set, and technical support provided.
Educational technology can improve skills in core subjects like math, reading, and writing while making learning more engaging. It prepares students for a technology-focused future by allowing teachers to deliver content through digital means like online lessons and classroom research. While technology in the classroom can boost learning outcomes and job skills, its success depends on properly training teachers, setting clear goals, and providing technical support, as inconsistency and distractions may otherwise arise.
This document provides 10 tips for 21st century classrooms. It recommends rearranging desks into groups to promote collaboration over direct instruction. It also suggests upgrading technology like using a Smartboard, allocating resources like one computer per group, connecting with IT support, using internet resources to enhance lessons, ensuring lessons promote critical thinking, presenting multiple ways to learn, breaking large projects into steps, setting high expectations, and using varied instructional strategies and assessments.
The document discusses ways that teachers can use a document camera to improve student engagement and learning. It suggests that document cameras allow for more interactive lessons through collaboration, sharing, and student involvement. The visual stimulus from the camera increases brain activity and supports cooperative work. Assessment and guidance can also be enhanced by strategically using the camera to provide comprehensive feedback to students. Overall, document cameras help make lessons more meaningful by leveraging tools like the internet, audio/visual recording, and image capture capabilities.
Learning Episode 16: Using the project-based Learning Multimedia as a Teachin...Kaenah Faye Padongao
This document outlines the various phases of a project-based multimedia learning strategy, including: before the project starts (creating descriptions and milestones), introducing the project (developing understanding of goals and audience), learning the technology, preliminary research and planning, concept design and storyboarding, production, assessing and testing, and concluding activities like presenting to audiences. It provides tips for each phase like forming student groups, organizing materials, and testing the functionality and usability of the final presentations.
Teaching strategies in a digital classroomJewel Hacinas
The document discusses 10 teaching strategies for effectively integrating digital media software into classroom projects. It recommends breaking large projects into smaller tasks, using project management techniques to define timelines, requiring students to create storyboards before working, assigning research as homework, allowing peer assistance, assigning roles to ensure participation, using technologies besides computers, providing help to students, having students ask peers questions first, and posting visible classroom rules and guidelines.
Using technology to support your assessment practiceJisc
Using technology to support your assessment practice is a document about eAssessment and initiatives at Loughborough College to support assessment using technology. Some key initiatives discussed include using online and games-based tools for induction, tracking student progress through "Your Passport" and badges, and using tools like Memrise for online English learning. Over 47,000 badges have been awarded since September 2015. The document concludes with 4 key points for effective practice when using technology to support assessment, such as using competitive games to engage learners and multimedia elements to support different learning styles.
This document provides 10 strategies for teachers to effectively manage students in a digital classroom: 1) set clear expectations, 2) demonstrate technology use, 3) provide structured activities, 4) encourage collaboration, 5) utilize student experts, 6) ensure student participation through assigned roles, 7) maximize one-to-one computing with different technologies, 8) help students who have questions, 9) have students ask peers first before asking teachers technical questions, and 10) post and communicate visible classroom rules and guidelines regarding technology use.
This document discusses the benefits of educational technology in the classroom, including improving skills in core subjects, making learning more engaging, and preparing students for the future. It notes that technology can be used to deliver lessons, conduct research, and organize classroom data, while also highlighting potential issues like distraction, cost, and lack of teacher training. The document emphasizes that for technology to be effective, teachers need proper ongoing training, clear goals must be set, and technical support provided.
Educational technology can improve skills in core subjects like math, reading, and writing while making learning more engaging. It prepares students for a technology-focused future by allowing teachers to deliver content through digital means like online lessons and classroom research. While technology in the classroom can boost learning outcomes and job skills, its success depends on properly training teachers, setting clear goals, and providing technical support, as inconsistency and distractions may otherwise arise.
This document provides 10 tips for 21st century classrooms. It recommends rearranging desks into groups to promote collaboration over direct instruction. It also suggests upgrading technology like using a Smartboard, allocating resources like one computer per group, connecting with IT support, using internet resources to enhance lessons, ensuring lessons promote critical thinking, presenting multiple ways to learn, breaking large projects into steps, setting high expectations, and using varied instructional strategies and assessments.
The document discusses ways that teachers can use a document camera to improve student engagement and learning. It suggests that document cameras allow for more interactive lessons through collaboration, sharing, and student involvement. The visual stimulus from the camera increases brain activity and supports cooperative work. Assessment and guidance can also be enhanced by strategically using the camera to provide comprehensive feedback to students. Overall, document cameras help make lessons more meaningful by leveraging tools like the internet, audio/visual recording, and image capture capabilities.
Learning Episode 16: Using the project-based Learning Multimedia as a Teachin...Kaenah Faye Padongao
This document outlines the various phases of a project-based multimedia learning strategy, including: before the project starts (creating descriptions and milestones), introducing the project (developing understanding of goals and audience), learning the technology, preliminary research and planning, concept design and storyboarding, production, assessing and testing, and concluding activities like presenting to audiences. It provides tips for each phase like forming student groups, organizing materials, and testing the functionality and usability of the final presentations.
The document describes the ASSURE model of instructional design. ASSURE is an instructional systems design (ISD) process modified for use by teachers in the classroom. It incorporates Robert Gagne's events of instruction to ensure effective use of media in instruction. The steps are: 1) Analyze learners, 2) State standards and objectives, 3) Select strategies, technology, media and materials, 4) Utilize technology, media and materials, 5) Require learner performance, 6) Evaluate and revise. The model provides a systematic approach for teachers to design lessons that meet learners' needs and help them achieve learning objectives through strategic use of appropriate materials and technology.
The document outlines key considerations for developing effective tutorial software: it should provide extensive interactivity, thorough user control, appropriate pedagogy with logical sequencing of lessons/examples/exercises, adequate feedback capabilities, appropriate graphics that support topics, and record keeping of student progress. While drill software reinforces concepts, tutorial software allows self-paced learning but may contradict constructivism by delivering direct instruction instead of hands-on learning. Developing high-quality tutorial software is challenging due to difficulties in programming, inclusion of suitable graphics, and determining what/how to teach and sequencing of lessons.
This document discusses computer assisted instruction (CAI) and computer managed instruction (CMI) in education. CAI refers to using computers to aid teaching through methods like drill and practice, tutorials, games, simulations, and more. It allows for self-paced learning, immediate feedback, and one-on-one instruction. CMI uses computers to manage administrative tasks like grading, scheduling, tracking resources and student data to help instructors and evaluate instruction. Both CAI and CMI can help improve the learning process when implemented effectively in schools and colleges.
The document discusses the benefits of using technology in the classroom. It provides research from Dr. C. Terry Morrow that found technology enhances the curriculum, increases flexibility of presentations, and improves lectures by providing visualization. Teacher and student comments showed support for technology, with teachers saying it engages students and students enjoying using technology and wanting more of it. Survey results also showed teachers and students increasing their use of technology over time. In conclusion, the document argues that technology can be a useful tool for teachers to reach students and promote lifelong learning, without needing to abandon all current teaching practices.
The document discusses the role of Technology Integration Facilitators (TIF) at Qatar Academy. TIFs assist and train teachers to integrate technology tools into their curriculum to improve student learning. They support teachers in the classroom, help with professional development, and ensure technology standards are met. The goal is to provide more authentic learning opportunities through curriculum-focused technology integration rather than isolated software skills lessons.
This document outlines the agenda and activities for a teacher workshop on 21st century learning and peer coaching. The workshop includes:
1. A review of the previous workshop and homework assignments from 9-10am.
2. From 10-10:30am, participants will learn new digital pedagogy strategies by sharing web tools and software with each other.
3. From 11am-1pm, participants engage in lesson improvement activities which involve reviewing sample lessons using a Learning Activity Checklist and providing feedback to teachers to strengthen areas of lessons.
4. From 1:30-2:30pm, the document discusses preparing for peer coaching by outlining the roles and skills of an effective coach and
This document discusses using the educational tool Kahoot in the classroom. It explains that Kahoot increases student curiosity and engagement by turning lessons into a game. Students compete to answer multiple choice questions quickly for high scores. The document asserts that Kahoot can help solve low grades by captivating students with technology they enjoy. It also argues that Kahoot could be effectively used as a learning tool in Suriname by making traditional lessons more interactive and preventing boredom.
The document discusses technology use in classrooms and schools. It asks teachers questions about how they currently use technology, how they are prepared to use it, what support they receive, and whether they have sufficient resources. It then describes levels of technology integration from early to advanced. A graph shows the school's technology teaching and readiness scores compared to state averages. The presentation encourages teachers to be open to technology, seek additional training, and let technology help with tasks like grading. It advises not being afraid to try new technologies and having backup plans.
The document provides guidance for designing STEM activities that use creative problem solving (CPS). It recommends 1) basing the activity on a topic from the curriculum, 2) connecting the activity challenge to a real-world application, and 3) choosing an open-ended challenge suitable for the CPS process. The document also suggests integrating the activity into the lesson plan by aligning components with CPS steps, keeping the activity design flexible, allowing choice in tool use, and making learning come alive for students.
This document outlines an agenda for a peer coaching workshop facilitated by Lena Arena. The workshop covers various topics related to peer coaching including communication skills, lesson design, and technology integration. The schedule includes sessions on coaching roles and attributes, 21st century skills, and using tools like wikis and Microsoft OneNote for coaching portfolios. Participants will engage in activities like clock partners, chalk talk, and reviewing sample coaching portfolios. The goal is to help coaches strengthen skills to assist teacher colleagues in improving learning activities and using technology to enhance student learning.
This technology plan aims to provide students with skills for college and careers by improving access to technology, training teachers, and supporting technology integration. Key elements include providing 5 computers per classroom, hiring staff to oversee professional development, and ensuring fast technical support. The planning process will involve assessing current needs, formulating a detailed plan, and implementing changes while evaluating outcomes to ensure goals of preparing students are met.
The document outlines the schedule and activities for a workshop on peer coaching. It includes:
- A morning session reviewing lesson improvement processes and templates.
- Developing coaching plans and peer coaching presentation materials in the afternoon.
- Activities include practicing peer lesson reviews using communication tools, improving lessons, and getting feedback.
- The goal is for teachers to gain skills in reflective coaching to improve teaching practice.
This CPD course is designed for educators, clinicians and teaching professionals who would like to integrate e-learning technologies into their teaching strategies. It may also be of general value to those who are interested in learning more about some of the most commonly used technologies, or would like to implement them in their interaction with students but are not sure how to do so. This course is aimed at individuals who are not experienced users of e-learning technologies.
The document discusses using technology in instruction. It describes showing students a video to motivate them, then giving an activity sheet for drawing. The teacher rates the activity an 8 out of 10, noting a projector could provide a bigger picture. The lesson flowed smoothly and students were eager to watch and listen. Integrating technology captured students' attention and encouraged participation. Given the good impact on learning, the teacher would continue using technology but with a projector for larger images.
The workshop is designed to educate 10 elementary teachers in project based lessons over 1.5 days. It will cover topics such as the principles of project based learning, applying it across disciplines, integrating standards, differentiated instruction, and the role of technology. Teachers will participate in hands-on activities, view student project videos, and create their own projects. Learning will be measured through pre and post assessments, observation of teachers implementing lessons, and evaluations during and after the workshop. The goal is for teachers to adopt project based approaches and for students to improve skills like critical thinking.
Using technology to reach 21st century learnershobbss7504
The document discusses the importance of technology integration in the classroom. It notes that students are comfortable with technology, but teachers often lack training and resources to implement it effectively. The document advocates for technology use because it can enhance lessons and help students develop 21st century skills. Some challenges to integration are lack of current technology, time for proper implementation, and not enough resources for whole classes. Strategies are provided for teachers to observe technology use, attend training, and get assistance to overcome barriers to integration.
This module will cover best practices for online teaching including engagement, preparation, academic integrity, and closing out a course. It will discuss the top 10 practices for successful online courses, how to prepare for teaching online to ensure technological and instructional readiness, the importance of faculty presence and engagement, addressing academic integrity concerns specific to online learning, and properly wrapping up a course. Students will also continue working on media projects and participate in a discussion board activity.
The document outlines a professional development action plan to address issues with technology access and use at a school. It identifies two main problems: 1) Some teachers lack confidence using technology in the classroom. 2) Staff and students report lack of access to web resources and ineffective use of devices. Goals and objectives are outlined to provide ongoing teacher training, increase technology skills, and enhance the learning experience through greater access to resources and use of student devices. Activities like training sessions, needs assessments, and policy proposals are identified to achieve the goals.
21st Century School Presentation - Acorn High SchoolLisa Nielsen
This document outlines the vision and plans for integrating technology at ACORN High School for Social Justice Technology. It begins with the goals of preparing students and teachers to use technology, and creating a 21st century classroom environment. An action plan is then described to fix existing technology issues, provide teachers with laptops and training, and establish technology support for teachers and students. Implementation details are provided on software and technologies that have been adopted, and future plans include expanding laptop and Smartboard access, online parent resources, and distance learning opportunities.
Computer Literacy and Awareness in Schoolsvalarpink
This document discusses programmed instruction and teaching machines. It notes that programmed instruction is an instructional strategy aimed at modifying learner behavior, not a test or replacement for teachers. It requires creativity to break content into small, logical steps and provide feedback to students as they learn at their own pace. Different types of programming include linear and branched structures. Teaching machines were constructed to deliver programmed instruction without a teacher and allow students to learn through doing and self-assessment. Cybernetics, the science of communication and control in animals and machines, informed the development of these systems.
This document discusses programmed instruction and teaching machines. It notes that programmed instruction is an instructional strategy aimed at modifying learner behavior, not solving all educational problems. It helps students learn at their own pace through a controlled, step-by-step presentation. Teaching machines can provide individualized, self-paced instruction without a teacher being physically present. They provide feedback to students and assess student performance and learning.
Project-based multimedia learning involves students creating multimedia projects over an extended period of time to demonstrate their learning. It connects classroom learning to the real world. Some limitations include the need for extended time to complete projects, and ensuring students and teachers have the necessary technical skills. However, it is a motivating approach that actively engages students in learning and allows them ownership over their learning.
The document describes the ASSURE model of instructional design. ASSURE is an instructional systems design (ISD) process modified for use by teachers in the classroom. It incorporates Robert Gagne's events of instruction to ensure effective use of media in instruction. The steps are: 1) Analyze learners, 2) State standards and objectives, 3) Select strategies, technology, media and materials, 4) Utilize technology, media and materials, 5) Require learner performance, 6) Evaluate and revise. The model provides a systematic approach for teachers to design lessons that meet learners' needs and help them achieve learning objectives through strategic use of appropriate materials and technology.
The document outlines key considerations for developing effective tutorial software: it should provide extensive interactivity, thorough user control, appropriate pedagogy with logical sequencing of lessons/examples/exercises, adequate feedback capabilities, appropriate graphics that support topics, and record keeping of student progress. While drill software reinforces concepts, tutorial software allows self-paced learning but may contradict constructivism by delivering direct instruction instead of hands-on learning. Developing high-quality tutorial software is challenging due to difficulties in programming, inclusion of suitable graphics, and determining what/how to teach and sequencing of lessons.
This document discusses computer assisted instruction (CAI) and computer managed instruction (CMI) in education. CAI refers to using computers to aid teaching through methods like drill and practice, tutorials, games, simulations, and more. It allows for self-paced learning, immediate feedback, and one-on-one instruction. CMI uses computers to manage administrative tasks like grading, scheduling, tracking resources and student data to help instructors and evaluate instruction. Both CAI and CMI can help improve the learning process when implemented effectively in schools and colleges.
The document discusses the benefits of using technology in the classroom. It provides research from Dr. C. Terry Morrow that found technology enhances the curriculum, increases flexibility of presentations, and improves lectures by providing visualization. Teacher and student comments showed support for technology, with teachers saying it engages students and students enjoying using technology and wanting more of it. Survey results also showed teachers and students increasing their use of technology over time. In conclusion, the document argues that technology can be a useful tool for teachers to reach students and promote lifelong learning, without needing to abandon all current teaching practices.
The document discusses the role of Technology Integration Facilitators (TIF) at Qatar Academy. TIFs assist and train teachers to integrate technology tools into their curriculum to improve student learning. They support teachers in the classroom, help with professional development, and ensure technology standards are met. The goal is to provide more authentic learning opportunities through curriculum-focused technology integration rather than isolated software skills lessons.
This document outlines the agenda and activities for a teacher workshop on 21st century learning and peer coaching. The workshop includes:
1. A review of the previous workshop and homework assignments from 9-10am.
2. From 10-10:30am, participants will learn new digital pedagogy strategies by sharing web tools and software with each other.
3. From 11am-1pm, participants engage in lesson improvement activities which involve reviewing sample lessons using a Learning Activity Checklist and providing feedback to teachers to strengthen areas of lessons.
4. From 1:30-2:30pm, the document discusses preparing for peer coaching by outlining the roles and skills of an effective coach and
This document discusses using the educational tool Kahoot in the classroom. It explains that Kahoot increases student curiosity and engagement by turning lessons into a game. Students compete to answer multiple choice questions quickly for high scores. The document asserts that Kahoot can help solve low grades by captivating students with technology they enjoy. It also argues that Kahoot could be effectively used as a learning tool in Suriname by making traditional lessons more interactive and preventing boredom.
The document discusses technology use in classrooms and schools. It asks teachers questions about how they currently use technology, how they are prepared to use it, what support they receive, and whether they have sufficient resources. It then describes levels of technology integration from early to advanced. A graph shows the school's technology teaching and readiness scores compared to state averages. The presentation encourages teachers to be open to technology, seek additional training, and let technology help with tasks like grading. It advises not being afraid to try new technologies and having backup plans.
The document provides guidance for designing STEM activities that use creative problem solving (CPS). It recommends 1) basing the activity on a topic from the curriculum, 2) connecting the activity challenge to a real-world application, and 3) choosing an open-ended challenge suitable for the CPS process. The document also suggests integrating the activity into the lesson plan by aligning components with CPS steps, keeping the activity design flexible, allowing choice in tool use, and making learning come alive for students.
This document outlines an agenda for a peer coaching workshop facilitated by Lena Arena. The workshop covers various topics related to peer coaching including communication skills, lesson design, and technology integration. The schedule includes sessions on coaching roles and attributes, 21st century skills, and using tools like wikis and Microsoft OneNote for coaching portfolios. Participants will engage in activities like clock partners, chalk talk, and reviewing sample coaching portfolios. The goal is to help coaches strengthen skills to assist teacher colleagues in improving learning activities and using technology to enhance student learning.
This technology plan aims to provide students with skills for college and careers by improving access to technology, training teachers, and supporting technology integration. Key elements include providing 5 computers per classroom, hiring staff to oversee professional development, and ensuring fast technical support. The planning process will involve assessing current needs, formulating a detailed plan, and implementing changes while evaluating outcomes to ensure goals of preparing students are met.
The document outlines the schedule and activities for a workshop on peer coaching. It includes:
- A morning session reviewing lesson improvement processes and templates.
- Developing coaching plans and peer coaching presentation materials in the afternoon.
- Activities include practicing peer lesson reviews using communication tools, improving lessons, and getting feedback.
- The goal is for teachers to gain skills in reflective coaching to improve teaching practice.
This CPD course is designed for educators, clinicians and teaching professionals who would like to integrate e-learning technologies into their teaching strategies. It may also be of general value to those who are interested in learning more about some of the most commonly used technologies, or would like to implement them in their interaction with students but are not sure how to do so. This course is aimed at individuals who are not experienced users of e-learning technologies.
The document discusses using technology in instruction. It describes showing students a video to motivate them, then giving an activity sheet for drawing. The teacher rates the activity an 8 out of 10, noting a projector could provide a bigger picture. The lesson flowed smoothly and students were eager to watch and listen. Integrating technology captured students' attention and encouraged participation. Given the good impact on learning, the teacher would continue using technology but with a projector for larger images.
The workshop is designed to educate 10 elementary teachers in project based lessons over 1.5 days. It will cover topics such as the principles of project based learning, applying it across disciplines, integrating standards, differentiated instruction, and the role of technology. Teachers will participate in hands-on activities, view student project videos, and create their own projects. Learning will be measured through pre and post assessments, observation of teachers implementing lessons, and evaluations during and after the workshop. The goal is for teachers to adopt project based approaches and for students to improve skills like critical thinking.
Using technology to reach 21st century learnershobbss7504
The document discusses the importance of technology integration in the classroom. It notes that students are comfortable with technology, but teachers often lack training and resources to implement it effectively. The document advocates for technology use because it can enhance lessons and help students develop 21st century skills. Some challenges to integration are lack of current technology, time for proper implementation, and not enough resources for whole classes. Strategies are provided for teachers to observe technology use, attend training, and get assistance to overcome barriers to integration.
This module will cover best practices for online teaching including engagement, preparation, academic integrity, and closing out a course. It will discuss the top 10 practices for successful online courses, how to prepare for teaching online to ensure technological and instructional readiness, the importance of faculty presence and engagement, addressing academic integrity concerns specific to online learning, and properly wrapping up a course. Students will also continue working on media projects and participate in a discussion board activity.
The document outlines a professional development action plan to address issues with technology access and use at a school. It identifies two main problems: 1) Some teachers lack confidence using technology in the classroom. 2) Staff and students report lack of access to web resources and ineffective use of devices. Goals and objectives are outlined to provide ongoing teacher training, increase technology skills, and enhance the learning experience through greater access to resources and use of student devices. Activities like training sessions, needs assessments, and policy proposals are identified to achieve the goals.
21st Century School Presentation - Acorn High SchoolLisa Nielsen
This document outlines the vision and plans for integrating technology at ACORN High School for Social Justice Technology. It begins with the goals of preparing students and teachers to use technology, and creating a 21st century classroom environment. An action plan is then described to fix existing technology issues, provide teachers with laptops and training, and establish technology support for teachers and students. Implementation details are provided on software and technologies that have been adopted, and future plans include expanding laptop and Smartboard access, online parent resources, and distance learning opportunities.
Computer Literacy and Awareness in Schoolsvalarpink
This document discusses programmed instruction and teaching machines. It notes that programmed instruction is an instructional strategy aimed at modifying learner behavior, not a test or replacement for teachers. It requires creativity to break content into small, logical steps and provide feedback to students as they learn at their own pace. Different types of programming include linear and branched structures. Teaching machines were constructed to deliver programmed instruction without a teacher and allow students to learn through doing and self-assessment. Cybernetics, the science of communication and control in animals and machines, informed the development of these systems.
This document discusses programmed instruction and teaching machines. It notes that programmed instruction is an instructional strategy aimed at modifying learner behavior, not solving all educational problems. It helps students learn at their own pace through a controlled, step-by-step presentation. Teaching machines can provide individualized, self-paced instruction without a teacher being physically present. They provide feedback to students and assess student performance and learning.
Project-based multimedia learning involves students creating multimedia projects over an extended period of time to demonstrate their learning. It connects classroom learning to the real world. Some limitations include the need for extended time to complete projects, and ensuring students and teachers have the necessary technical skills. However, it is a motivating approach that actively engages students in learning and allows them ownership over their learning.
Project-based multimedia learning involves students creating multimedia projects over an extended period of time to demonstrate their learning. It connects classroom learning to the real world. Some limitations include the need for extended time to complete projects, and ensuring students and teachers have the necessary technical skills. However, it also provides student choice and ownership over learning, while allowing students to share their work with a broader audience in a motivating way.
The teacher describes their experience applying the ISTE standards for teachers and learners in their teaching practices at Mantalongon National High School. For teachers, they discuss understanding technology concepts, using technology for lesson planning and curriculum implementation, effective assessment using online quizzes, and professional development. For learners, they encourage creative thinking through technology, communication and collaboration, evaluating online sources critically, and teaching digital citizenship. The teacher incorporates various technologies like videos, presentations, online research, and collaborative tools like Google Drive in their lessons to engage students and maximize learning.
Teaching & Learning with Technology: In Practice
A course learning activity of Cebu Technological University - Argao Campus
Prepared by:
Joan Aliñabon
Rheanne Mae Princesa
Jane Marie Boladola
Mary Kristhel Merenello
Provide the participants with the necessary knowledge and skills to implement Education 4.0 framework and Innovation;
Identify the benefits of Education 4.0 for students, teachers and principals;
Promote the use of Smart Schools/Classroom
Identify the different types of Innovation
Enumerate the DepEd Guidelines on Conducting a Project for Innovation in School.
Encourage & inspire the Teacher Innovator to conduct Educational Innovation in School and their respective field of study
This document discusses the impact of ICT (information and communication technology) resources on an educational institution. It describes how teachers are at different stages of integrating ICT - from entrance stage focused on traditional tools, to implementation, adaptation, and creation stages incorporating more technology. It notes challenges teachers face at each stage and compares later stages. The document provides recommendations for search engines, planning effective ICT lessons, changing teacher roles, and motivating teachers through support, appreciation, workshops, and fulfilling their needs. It acknowledges the increased workload for teachers and importance of continuous professional development to support successful ICT integration.
The workshop is an introduction to the Intel® Teach Essentials course on how to integrate ICT into existing classroom curricula to promote learning. The workshop is a blend of various hands-on-activities combined with a PowerPoint presentation to introduce various aspects of the course
Meaningful Use: Getting the Most out of Your Digital Education Programdigedu
www.digedu.com
How do we bridge the gap between procuring devices and seeing truly meaningful use by students and teachers? We've reached a point in education where not just teaching models but also teaching tools are in flux - both the rules of the game and the equipment are changing with each day. This is a big shift for schools, teachers, and students, and in many cases, what's missing is the training and support necessary to meaningfully use technology in the classroom. Come away from this presentation with a new understanding of meaningful technology use and of what steps you can take to ensure students are getting the most out of your digital education program.
www.digedu.com
This document discusses the integration of technology like laptops in classrooms and strategies for effective classroom management. It notes that while technology can enhance learning if used properly, it can also be distracting. It recommends teachers focus on learning goals, create rules for appropriate laptop use, carefully design the classroom layout, and use techniques like walking around and varying activities to keep students engaged. Teachers also need training to improve their own technology skills and ensure the devices support educational objectives rather than distracting from them. Effective classroom management is key to balancing technology integration.
This document discusses techniques for integrating computer resources into the curriculum. It describes five types of educational software that can be used in the classroom, including drills, tutorials, simulations, science discovery programs, and social studies programs. It also outlines the advantages of using computer resources in learning, such as learner participation and individualization, as well as limitations like copyright issues and lack of structure. The document further discusses the differences between a one-computer classroom, multiple-computer classroom, laptop carts, and computer laboratories in terms of their setups and uses. It provides an example of appropriately selecting resources to support student learning.
Computer assisted education uses computers to support student learning. It can make teaching more engaging through methods like recorded videos, presentations, online courses, learning apps, and digital games. The document discusses the vision of computer assisted education to make learning joyful and enhance student achievement. Benefits include improving critical thinking, teamwork, communication skills, and providing immediate feedback. While it prepares students for today's digital world, drawbacks can include costs, overdependence on technology, and losing teacher-student bonds. The future of education involves more virtual and collaborative opportunities through computer assistance.
This document discusses instructional technology and instructional systems. It provides definitions of instructional design and instructional systems design. It outlines the history of instructional systems from World War II to present day. It also discusses skills used in the classroom like pre-instructional skills, teaching skills, and the ADDIE instructional design model. Objectives of instructional systems are to help students learn better through technology. Techniques like audio, visual, and role play are used. While technology provides benefits, there are also disadvantages like laziness, cost, and lack of support.
When working with adults and young people undertaking digital literacy learning, effective communication, relationship building, and emotional intelligence are important. Communication and building relationships create a safe learning environment where learners feel supported. Emotional intelligence helps learners understand how their digital actions can impact others. Effective digital literacy delivery incorporates both synchronous tools that enable real-time collaboration as well as asynchronous tools that allow flexible participation over time. Diversity and inclusion in digital literacy learning means providing equal opportunities and respect for all learners regardless of their backgrounds, so that everyone can participate in and benefit from digital skills development.
Technology in Teaching and Learning.pptxmycahabiera1
This document discusses the International Society for Technology in Education (ISTE) standards. ISTE is a nonprofit organization that promotes using technology to support teaching and learning. The document outlines ISTE standards for students, educators, and administrators. It also discusses the Substitution, Augmentation, Modification, Redefinition (SAMR) model, which provides a framework for integrating technology into education. Finally, the document describes the five stages of the SAMR model: Entry, Adoption, Adaptation, Appropriation, and Invention.
The document discusses the Indian education space and needs of various learners. It identifies categories of learners including students in regular/distance colleges, coaching students, working professionals attending courses. It notes unfulfilled expectations of these learners including access to best teachers, practice tools, and doubt clarification. Challenges for Indian learners are also discussed such as long commute times and lack of internet access. The document outlines use cases for teachers, students, and parents on digital solutions. It proposes an educational workflow model and discusses technical and non-technical components needed for an educational solution, including preparing educators, creating content, and packaging/delivering content.
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How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
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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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 slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
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.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
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
2. 1. Effective Computer
Scheduling
Sagutan ang
pagsususulit na
matatagpuan sa
schoology.
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms
Avoid giving huge project,
break it instead into well-defined
tasks to enable students to use their
computer wisely.
3. 2. Use project
management techniques
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms
Inform your students of the
date of submission of the project so
the amount of time they need to
devote in the project will be clearly
defined.
4. 3. Storyboarding
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms
Require your students to
create a visual plan prior to
working with computers.
5. 4. Effective research
strategiesSome teaching
strategies to help
teachers in
managing their
students in the
digital classrooms
Have gathering information and
other searching work be done in
advance or as home works to
practice quality work time.
6. 5. Utilize student
expert
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms
Allow assistance from classmates
who are experts in the software.
7. 6. Ensure student
participation
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms Assign roles of students
in each project so everyone will
participate. Evaluate
participation of each student.
8. 7. Maximize one-to-one
computing
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms
Use other digital
technologies besides
computers.
9. 8. Help students
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms
Entertain students who has
queries and those who need your
expertise.
10. 9. Handle technical
questions
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms Allow students to throw
their questions to their group
members first before they can ask
you.
11. 10. Visible classroom
rules
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms
Post technology guidelines and
policies to a visible place. Inform them
likewise of these guidelines and policies
prior to the start of their project.
12. 1. Effective Computer
Scheduling
2. Use project
management techniques 3. Storyboarding
4. Effective research
strategies
8. Help students
6. Ensure student
participation
7. Maximize one-to-one
computing
10. Visible classroom
rules
5. Utilize student
expert
9. Handle technical
questions
Some teaching
strategies to help
teachers in
managing their
students in the
digital classrooms