The Calcasieu Parish Technology Plan for 2007-2014 outlines four action steps to improve technology integration: 1) strengthen leadership through systems and training, 2) improve teacher training on seamless integration, 3) support e-learning and virtual schools through stakeholder information and funding, and 4) provide improved student access to technology and wireless connectivity. The plan also discusses national technology plans' goals of engaging students, assessing skills, preparing teachers, and improving infrastructure access.
The district focuses on educational technology, assessments, data collection, and professional development. It provides consistent funding and equitable access to technology resources like interactive whiteboards and laptops. Skilled personnel visit classrooms biweekly to provide technology training. While shared vision and support policies are works in progress, the district emphasizes moving educators forward at their own pace with technology integration and empowering them as leaders.
This document discusses how the National Educational Technology Standards for Students (NETS-S), Teachers (NETS-T), and Administrators (NETS-A) are connected and can work together to create technology-rich learning environments. It outlines the indicators for NETS-S, such as creativity, communication, research, and digital citizenship, and how NETS-T can support these. NETS-A provides visionary leadership and infrastructure to support teachers and students. The document argues that properly implementing the NETS-S, NETS-T, and NETS-A can inspire students and prepare them for success in the digital age.
This document discusses the importance of integrating technology in teacher education. It notes that many teachers feel their pre-service training did not adequately prepare them for technology or 21st century skills. It also states that a teacher's level of digital competence directly correlates with student learning outcomes. The document provides examples of professional development resources and certifications for teachers to improve their technological pedagogical skills. It emphasizes the need to educate teachers on technology integration, facilitate professional development opportunities, and provide ongoing support to ensure effective classroom implementation.
The document discusses the integration of technology into classrooms. It begins by noting how technology has made its way into schools, starting with basic announcements and now matching tools found outside of school. The next section notes that while teachers see potential benefits, most are not ready to integrate technologies due to lack of support and structure. The conclusion calls for creating a support system to teach teachers how to use technologies so that they may effectively utilize tools to help students learn.
The document discusses the importance of technology in education and outlines several key points:
1) Technology can help address the challenge of attracting high-quality teachers, especially in STEM subjects, by supplementing classroom instruction.
2) Research shows that when utilized properly, technology can boost student scores, appreciation for courses, and mastery of subjects while increasing time spent on academic topics.
3) Educators must define clear intentions and objectives for technology implementation to ensure cost-effectiveness and success.
4) Many students already use personal devices, so schools should embrace available technologies and understand the net generation of digital natives.
Pre-School Children Learn to Use the iPad to Learn, Document, Assess and Crea...CITE
TAVERNIER, Monika (Woodland Harbourside preschool)
http://citers2013.cite.hku.hk/en/paper_617.htm
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Author(s) bear(s) the responsibility in case of any infringement of the Intellectual Property Rights of third parties.
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CITE was notified by the author(s) that if the presentation slides contain any personal particulars, records and personal data (as defined in the Personal Data (Privacy) Ordinance) such as names, email addresses, photos of students, etc, the author(s) have/has obtained the corresponding person's consent.
Technology has not led to an increase in literacy according to a study. Insufficient data from experiments testing literacy in structured versus unstructured classroom environments show no clear increase. Studies either show potential if technology is implemented properly or see decreased retention and efficiency. Schools are also falling behind in implementing technology effectively, and college students lack basic English skills. Employers further notice deficiencies in professionalism like email etiquette, spelling, and communication skills.
The Calcasieu Parish Technology Plan for 2007-2014 outlines four action steps to improve technology integration: 1) strengthen leadership through systems and training, 2) improve teacher training on seamless integration, 3) support e-learning and virtual schools through stakeholder information and funding, and 4) provide improved student access to technology and wireless connectivity. The plan also discusses national technology plans' goals of engaging students, assessing skills, preparing teachers, and improving infrastructure access.
The district focuses on educational technology, assessments, data collection, and professional development. It provides consistent funding and equitable access to technology resources like interactive whiteboards and laptops. Skilled personnel visit classrooms biweekly to provide technology training. While shared vision and support policies are works in progress, the district emphasizes moving educators forward at their own pace with technology integration and empowering them as leaders.
This document discusses how the National Educational Technology Standards for Students (NETS-S), Teachers (NETS-T), and Administrators (NETS-A) are connected and can work together to create technology-rich learning environments. It outlines the indicators for NETS-S, such as creativity, communication, research, and digital citizenship, and how NETS-T can support these. NETS-A provides visionary leadership and infrastructure to support teachers and students. The document argues that properly implementing the NETS-S, NETS-T, and NETS-A can inspire students and prepare them for success in the digital age.
This document discusses the importance of integrating technology in teacher education. It notes that many teachers feel their pre-service training did not adequately prepare them for technology or 21st century skills. It also states that a teacher's level of digital competence directly correlates with student learning outcomes. The document provides examples of professional development resources and certifications for teachers to improve their technological pedagogical skills. It emphasizes the need to educate teachers on technology integration, facilitate professional development opportunities, and provide ongoing support to ensure effective classroom implementation.
The document discusses the integration of technology into classrooms. It begins by noting how technology has made its way into schools, starting with basic announcements and now matching tools found outside of school. The next section notes that while teachers see potential benefits, most are not ready to integrate technologies due to lack of support and structure. The conclusion calls for creating a support system to teach teachers how to use technologies so that they may effectively utilize tools to help students learn.
The document discusses the importance of technology in education and outlines several key points:
1) Technology can help address the challenge of attracting high-quality teachers, especially in STEM subjects, by supplementing classroom instruction.
2) Research shows that when utilized properly, technology can boost student scores, appreciation for courses, and mastery of subjects while increasing time spent on academic topics.
3) Educators must define clear intentions and objectives for technology implementation to ensure cost-effectiveness and success.
4) Many students already use personal devices, so schools should embrace available technologies and understand the net generation of digital natives.
Pre-School Children Learn to Use the iPad to Learn, Document, Assess and Crea...CITE
TAVERNIER, Monika (Woodland Harbourside preschool)
http://citers2013.cite.hku.hk/en/paper_617.htm
---------------------------
Author(s) bear(s) the responsibility in case of any infringement of the Intellectual Property Rights of third parties.
---------------------------
CITE was notified by the author(s) that if the presentation slides contain any personal particulars, records and personal data (as defined in the Personal Data (Privacy) Ordinance) such as names, email addresses, photos of students, etc, the author(s) have/has obtained the corresponding person's consent.
Technology has not led to an increase in literacy according to a study. Insufficient data from experiments testing literacy in structured versus unstructured classroom environments show no clear increase. Studies either show potential if technology is implemented properly or see decreased retention and efficiency. Schools are also falling behind in implementing technology effectively, and college students lack basic English skills. Employers further notice deficiencies in professionalism like email etiquette, spelling, and communication skills.
This document outlines considerations for developing a scheme of work for the new UK computing curriculum. It provides an overview of the curriculum aims and expectations at different key stages, focusing on core concepts like computational thinking, digital literacy and computer science. It also discusses important themes, assessment approaches, and the balance between skills, knowledge and understanding. The document concludes by reflecting on key decisions needed to structure the scheme of work, including topics, format and ensuring it builds on children's interests in learning.
This action research study assessed the effectiveness of professional development activities during a 1:1 iPad initiative at a high school in Southeast Texas. The study used surveys of 20 teachers to evaluate factors like the adequacy of training, obstacles to professional development and technology integration, and the perceived responsibilities of teachers and technology specialists. Key findings included that 75% of teachers felt training was adequate but time constraints, generalized content, and device troubleshooting hindered integration. Recommendations focused on differentiating training and developing personalized learning plans with departmental collaboration.
Final presentation technology and young studentsjackienel85
The document discusses the benefits and challenges of using technology in education. It summarizes 10 research studies that found benefits like increased student achievement, engagement, motivation, and creativity when technology is used meaningfully. However, simply integrating technology is not enough and teachers need support to develop meaningful ways to incorporate it. While students showed little frustration with technical difficulties, teacher commitment affected academic achievement. Embracing technological changes and supporting teachers can help maximize the positive impact of technology on student success.
The document outlines 12 leadership principles for incorporating technology into education: vision, planning, access, integration, assessment, support, professional development, community relationships, ethical and legal issues, and resources. It provides examples for each principle, such as a school district whose vision is to use technology purposefully to enhance learning rather than for its own sake, and a program offering technology courses to seniors and parents in computer labs. The principles are meant to guide stakeholders in developing technology plans and ensuring technology is used effectively to support educational goals.
1. The document discusses strategies for developing skills and self-employment in students, including giving students a greater role in decision making, encouraging curiosity through games, and creating personalized learning guides.
2. It proposes designing an interactive learning environment to support children's understanding of complex environmental and ecological domains. This would integrate constructionism and systems dynamics to simulate real-life phenomena.
3. The project aims to develop tools to facilitate understanding of complex topics among young learners, using cognitive apprenticeship methods. A computer-controlled greenhouse is used as a technological environment for learning about complex systems.
Technology use refers to using electronic equipment, while technology integration refers to effectively using technology in the classroom for teaching and learning. The two need to be done simultaneously to be effective, as teachers and students need to know how to use technology before integrating it. When done well, technology integration can support higher-order thinking through complex, collaborative tasks and problem-solving. It can help create a more experienced citizen. Different ways to integrate technology include using PowerPoint, researching online, communicating with pen pals, and using interactive whiteboards and other devices.
Tan, julius peter ed tech 2 assignment chapter 4 (assess)Jaypee Tan
This document discusses the impact of information and communication technology (ICT) and computers on education from the present until 2025. It outlines how ICT currently enables self-paced learning and facilitates interaction between teachers and students. Emerging technologies like blogging, e-learning and m-learning are changing education. The document predicts that by 2020-2025, technology will be more integrated into teaching; laptops and internet access will be improved; virtual reality may be used; and there will be more online schools and advanced security and monitoring systems in schools.
This document discusses technology in education and the challenges of supporting effective use of information and communication technologies (ICT) in classrooms. Key points discussed include:
- The greatest challenge is supporting teachers and students to skillfully use technology, not just obtaining hardware and software.
- ICT is becoming more mobile, cloud-based, and affordable, with devices potentially being included on school booklists in the next 1-3 years.
- Schools must plan, implement, and evaluate effective ICT professional learning for teachers to improve capabilities for incorporating technology into teaching.
- Considerations for what digital devices schools should purchase include teaching/learning applications, cost, infrastructure support, and value.
Swag 2 School proposes opening the Baldwin Hills Technology Center to address the digital divide and lack of STEM education opportunities in local communities. The Center will offer tutoring, tele-learning, and interactive STEM projects for K-12 students to improve math skills and expose them to STEM careers. It will be located in a 3,850 square foot facility near public transit. The organization seeks $500,000 in initial funding and partnerships with local schools, universities, companies and government agencies to support the Center and its goal of increasing the number of educated minorities entering STEM fields.
This document discusses using data and wearable devices to engage students in hands-on learning experiences. It presents several case studies where students collected and analyzed their own data using wearable devices. For example, one study had twins compare their heart rates, and another had students quantify the number of steps to walk uphill versus downhill. The document argues that hands-on data experiences can help students learn difficult concepts, but teachers need to provide the right tools, experiences, and environments. Assessment results showed students performed better on data literacy after participating in a wearables-based unit compared to traditional instruction. The document concludes by thanking collaborators and providing contact information.
SchoolNet South Africa/Nokia MoMaths PresentationSANGONeT
The document summarizes a mobile learning project for mathematics education in South Africa and Finland. It describes how the project provides interactive math learning materials through mobile phones to support both formal and informal learning. Over time, the project expanded from a few schools to over 150 schools in South Africa and 4 schools in Finland. The project benefits learners by giving them 24/7 access to learning materials and feedback, and benefits teachers by providing additional exercises and a diagnostic tool. Evaluations found the project improved math results and was sustainable, affordable and scalable.
This document discusses the technology needs and tools for the ESL classroom of the future. It outlines how technology has become integrated into all aspects of learning, allowing students to connect beyond the classroom and take control of their own education. The document then lists various technologies that could be included in future classrooms, such as cloud computing, wireless connectivity, learning management systems, collaborative environments, social networks, mobile devices, augmented reality, and flexible displays. These technologies are aimed to facilitate knowledge and make learning more interactive, accessible, and personalized for students.
The document discusses John Dewey's view that a teacher's role is to select influences to affect students and help them respond appropriately, not impose ideas or habits. It then summarizes strategies for a education program including delivering courses online, hybrid, and face-to-face with an open classroom concept. Career services would provide resources and help with placement. Equipment like projectors, whiteboards and smartphones would be used to engage students. The goal is to prepare students for careers and lifelong learning.
The document discusses John Dewey's view that a teacher's role is to select influences to affect students and help them respond appropriately, not impose ideas or habits. It then summarizes strategies for a education program including: delivering courses online, hybrid, and face-to-face; student career counseling and placement; and equipping classrooms with technology like projectors, whiteboards and students' smartphones. The program aims to help students become college ready, explore careers, and gain basic computer skills. It also notes challenges of relying too heavily on technology without proper teacher training and technical support.
The document summarizes the results of a survey of academic staff at the University of Leeds about undergraduate and masters students' digital literacy skills. Staff felt that while students are motivated to learn digital skills and have opportunities to develop them, they graduate without strong skills in areas like evaluating online information credibility and using tools like Microsoft Office. They also noted variation in students' ability to curate their own online spaces. To help, staff recommended Skills@Library provide more face-to-face support and targeted activities on critical analysis, subject-specific research skills, and online learning modules.
This document discusses how educational leaders can use advanced Google search engines and technology tools to be more efficient with their time and transform education. It emphasizes that students are already adept with technology, so leaders must keep pace and support digital learning both in and out of the classroom. Using advanced search engines allows leaders to examine a wider range of technology services that can enhance productivity and add real-world relevance.
The Texas STaR Chart was developed in response to No Child Left Behind and the Long-Range Plan for Technology to assess schools' technology readiness and proficiency. It addresses four key areas: teaching and learning, educator preparation, leadership, and infrastructure. Schools are rated on a scale from Level 1 to Level 4 based on their technology integration in these areas. The document summarizes the presenting school's Level 1 rating and factors affecting its progress such as outdated computers, lack of professional development, and students' home environments.
mLearning involves using portable electronic devices like iPods, iPhones, and tablets for learning. It allows students to learn using technologies they are familiar with in engaging ways. mLearning can incorporate different learning theories and be used flexibly in various situations. While it has advantages like accessibility and keeping students engaged, there are also disadvantages like limited battery life and storage. Legal and ethical issues around topics like cyberbullying must also be considered when implementing mLearning. With proper precautions and guidelines, mLearning has the potential to increase students' enthusiasm for learning.
1. The study explored ICT literacy among 40 B.Ed teacher trainees in Dindigul district of Tamil Nadu, India.
2. It found that there was no significant difference in ICT literacy between male and female trainees or between those studying in Tamil and English mediums.
3. However, it did find a significant difference between rural and urban trainees, with urban trainees having a higher level of ICT literacy on average.
The document provides an overview of a presentation on educational technology in Reading Public Schools. It discusses the differences between educational technology and technology education. It outlines the current state of educational technology and future planning. It also discusses 21st century skills and standards, including the Partnership for 21st Century Skills framework and Massachusetts' recommended K-12 technology literacy standards.
This document outlines considerations for developing a scheme of work for the new UK computing curriculum. It provides an overview of the curriculum aims and expectations at different key stages, focusing on core concepts like computational thinking, digital literacy and computer science. It also discusses important themes, assessment approaches, and the balance between skills, knowledge and understanding. The document concludes by reflecting on key decisions needed to structure the scheme of work, including topics, format and ensuring it builds on children's interests in learning.
This action research study assessed the effectiveness of professional development activities during a 1:1 iPad initiative at a high school in Southeast Texas. The study used surveys of 20 teachers to evaluate factors like the adequacy of training, obstacles to professional development and technology integration, and the perceived responsibilities of teachers and technology specialists. Key findings included that 75% of teachers felt training was adequate but time constraints, generalized content, and device troubleshooting hindered integration. Recommendations focused on differentiating training and developing personalized learning plans with departmental collaboration.
Final presentation technology and young studentsjackienel85
The document discusses the benefits and challenges of using technology in education. It summarizes 10 research studies that found benefits like increased student achievement, engagement, motivation, and creativity when technology is used meaningfully. However, simply integrating technology is not enough and teachers need support to develop meaningful ways to incorporate it. While students showed little frustration with technical difficulties, teacher commitment affected academic achievement. Embracing technological changes and supporting teachers can help maximize the positive impact of technology on student success.
The document outlines 12 leadership principles for incorporating technology into education: vision, planning, access, integration, assessment, support, professional development, community relationships, ethical and legal issues, and resources. It provides examples for each principle, such as a school district whose vision is to use technology purposefully to enhance learning rather than for its own sake, and a program offering technology courses to seniors and parents in computer labs. The principles are meant to guide stakeholders in developing technology plans and ensuring technology is used effectively to support educational goals.
1. The document discusses strategies for developing skills and self-employment in students, including giving students a greater role in decision making, encouraging curiosity through games, and creating personalized learning guides.
2. It proposes designing an interactive learning environment to support children's understanding of complex environmental and ecological domains. This would integrate constructionism and systems dynamics to simulate real-life phenomena.
3. The project aims to develop tools to facilitate understanding of complex topics among young learners, using cognitive apprenticeship methods. A computer-controlled greenhouse is used as a technological environment for learning about complex systems.
Technology use refers to using electronic equipment, while technology integration refers to effectively using technology in the classroom for teaching and learning. The two need to be done simultaneously to be effective, as teachers and students need to know how to use technology before integrating it. When done well, technology integration can support higher-order thinking through complex, collaborative tasks and problem-solving. It can help create a more experienced citizen. Different ways to integrate technology include using PowerPoint, researching online, communicating with pen pals, and using interactive whiteboards and other devices.
Tan, julius peter ed tech 2 assignment chapter 4 (assess)Jaypee Tan
This document discusses the impact of information and communication technology (ICT) and computers on education from the present until 2025. It outlines how ICT currently enables self-paced learning and facilitates interaction between teachers and students. Emerging technologies like blogging, e-learning and m-learning are changing education. The document predicts that by 2020-2025, technology will be more integrated into teaching; laptops and internet access will be improved; virtual reality may be used; and there will be more online schools and advanced security and monitoring systems in schools.
This document discusses technology in education and the challenges of supporting effective use of information and communication technologies (ICT) in classrooms. Key points discussed include:
- The greatest challenge is supporting teachers and students to skillfully use technology, not just obtaining hardware and software.
- ICT is becoming more mobile, cloud-based, and affordable, with devices potentially being included on school booklists in the next 1-3 years.
- Schools must plan, implement, and evaluate effective ICT professional learning for teachers to improve capabilities for incorporating technology into teaching.
- Considerations for what digital devices schools should purchase include teaching/learning applications, cost, infrastructure support, and value.
Swag 2 School proposes opening the Baldwin Hills Technology Center to address the digital divide and lack of STEM education opportunities in local communities. The Center will offer tutoring, tele-learning, and interactive STEM projects for K-12 students to improve math skills and expose them to STEM careers. It will be located in a 3,850 square foot facility near public transit. The organization seeks $500,000 in initial funding and partnerships with local schools, universities, companies and government agencies to support the Center and its goal of increasing the number of educated minorities entering STEM fields.
This document discusses using data and wearable devices to engage students in hands-on learning experiences. It presents several case studies where students collected and analyzed their own data using wearable devices. For example, one study had twins compare their heart rates, and another had students quantify the number of steps to walk uphill versus downhill. The document argues that hands-on data experiences can help students learn difficult concepts, but teachers need to provide the right tools, experiences, and environments. Assessment results showed students performed better on data literacy after participating in a wearables-based unit compared to traditional instruction. The document concludes by thanking collaborators and providing contact information.
SchoolNet South Africa/Nokia MoMaths PresentationSANGONeT
The document summarizes a mobile learning project for mathematics education in South Africa and Finland. It describes how the project provides interactive math learning materials through mobile phones to support both formal and informal learning. Over time, the project expanded from a few schools to over 150 schools in South Africa and 4 schools in Finland. The project benefits learners by giving them 24/7 access to learning materials and feedback, and benefits teachers by providing additional exercises and a diagnostic tool. Evaluations found the project improved math results and was sustainable, affordable and scalable.
This document discusses the technology needs and tools for the ESL classroom of the future. It outlines how technology has become integrated into all aspects of learning, allowing students to connect beyond the classroom and take control of their own education. The document then lists various technologies that could be included in future classrooms, such as cloud computing, wireless connectivity, learning management systems, collaborative environments, social networks, mobile devices, augmented reality, and flexible displays. These technologies are aimed to facilitate knowledge and make learning more interactive, accessible, and personalized for students.
The document discusses John Dewey's view that a teacher's role is to select influences to affect students and help them respond appropriately, not impose ideas or habits. It then summarizes strategies for a education program including delivering courses online, hybrid, and face-to-face with an open classroom concept. Career services would provide resources and help with placement. Equipment like projectors, whiteboards and smartphones would be used to engage students. The goal is to prepare students for careers and lifelong learning.
The document discusses John Dewey's view that a teacher's role is to select influences to affect students and help them respond appropriately, not impose ideas or habits. It then summarizes strategies for a education program including: delivering courses online, hybrid, and face-to-face; student career counseling and placement; and equipping classrooms with technology like projectors, whiteboards and students' smartphones. The program aims to help students become college ready, explore careers, and gain basic computer skills. It also notes challenges of relying too heavily on technology without proper teacher training and technical support.
The document summarizes the results of a survey of academic staff at the University of Leeds about undergraduate and masters students' digital literacy skills. Staff felt that while students are motivated to learn digital skills and have opportunities to develop them, they graduate without strong skills in areas like evaluating online information credibility and using tools like Microsoft Office. They also noted variation in students' ability to curate their own online spaces. To help, staff recommended Skills@Library provide more face-to-face support and targeted activities on critical analysis, subject-specific research skills, and online learning modules.
This document discusses how educational leaders can use advanced Google search engines and technology tools to be more efficient with their time and transform education. It emphasizes that students are already adept with technology, so leaders must keep pace and support digital learning both in and out of the classroom. Using advanced search engines allows leaders to examine a wider range of technology services that can enhance productivity and add real-world relevance.
The Texas STaR Chart was developed in response to No Child Left Behind and the Long-Range Plan for Technology to assess schools' technology readiness and proficiency. It addresses four key areas: teaching and learning, educator preparation, leadership, and infrastructure. Schools are rated on a scale from Level 1 to Level 4 based on their technology integration in these areas. The document summarizes the presenting school's Level 1 rating and factors affecting its progress such as outdated computers, lack of professional development, and students' home environments.
mLearning involves using portable electronic devices like iPods, iPhones, and tablets for learning. It allows students to learn using technologies they are familiar with in engaging ways. mLearning can incorporate different learning theories and be used flexibly in various situations. While it has advantages like accessibility and keeping students engaged, there are also disadvantages like limited battery life and storage. Legal and ethical issues around topics like cyberbullying must also be considered when implementing mLearning. With proper precautions and guidelines, mLearning has the potential to increase students' enthusiasm for learning.
1. The study explored ICT literacy among 40 B.Ed teacher trainees in Dindigul district of Tamil Nadu, India.
2. It found that there was no significant difference in ICT literacy between male and female trainees or between those studying in Tamil and English mediums.
3. However, it did find a significant difference between rural and urban trainees, with urban trainees having a higher level of ICT literacy on average.
The document provides an overview of a presentation on educational technology in Reading Public Schools. It discusses the differences between educational technology and technology education. It outlines the current state of educational technology and future planning. It also discusses 21st century skills and standards, including the Partnership for 21st Century Skills framework and Massachusetts' recommended K-12 technology literacy standards.
The document discusses the importance of technology in education to improve student achievement and engagement. It notes that technology can help make learning more relevant to prepare students for their future careers. When used effectively, technology has been shown to increase standardized test scores, broaden the curriculum, and allow for greater collaboration. The document also mentions several resources on the topics of technology access, adequacy, and equity in schools.
Teachers’ perceptions of their preparedness to integrate information communic...Alexander Decker
This document summarizes a study that examined secondary school mathematics teachers' perceptions of their preparedness to integrate information and communication technology (ICT) into their instruction in Kenya's Rift Valley region. The study found that teachers perceive themselves as less prepared to integrate ICT. While there were statistically significant differences by teaching experience, there were no statistically significant differences by qualification or gender. The findings suggest that ICT training needs to be included in both pre-service and in-service teacher training programs to better prepare teachers.
Digital Literacy of Mathematics Teachers in State Universities and Colleges ...Martin Nobis
Abstract: The use of digital technology is a manifestation of globally competitive mathematics
teachers in the 21st century. This study determined the status of digital literacy of mathematics
teachers in State Universities and Colleges (SUCs). Descriptive design, survey questionnaire,
and universal sampling were utilized. Findings revealed that SUCs had limited digital
resources. Mathematics teachers sometimes used digital tools like software, social media, and
mathematics apps in teaching. They, too, were much aware of their digital literacy skills.
SUCs profile in terms of the number of learning management and information systems had
influenced digital tools usage. The number of computer laboratories had something to do with
the level of digital literacy awareness. By providing more digital technologies, teachers may
increase their digital usage, literacy, and efficiency in teaching mathematics.
The document discusses several key pedagogical issues related to integrating information and communication technology (ICT) into schools. It addresses factors teachers need to consider like ensuring ICT supports learning objectives and students' ICT skills. The document also outlines five essential target areas for successful ICT integration: curriculum integration, professional development, infrastructure, equitable use of technology, and assessment. Finally, it discusses the changing roles of learners, teachers and assessors when adopting ICT and how ICT enables lifelong learning beyond traditional education models.
Educational Technology: Optimizing Learning in the 21st Century, refers to the use of technology in education to enhance and improve the learning process for students in the modern era. This concept encompasses a wide range of tools, strategies, and approaches that leverage technology to make education more effective, engaging, and accessible.
The presentation is by #Tabschool an India based Edtech Company which focuses on #Adaptive #Learning and is built on Concept of Self Organizing Learning Environment (SOLE) and depicting future of learning through Tabschool App.
Chapter viii education in the new milieuCynthia Buque
This document discusses the impact of information and communication technology (ICT) on education. It notes that ICT allows faster access to more detailed information but that students must learn to think critically and creatively. ICT has also divided those who have access from those who do not, known as the "digital divide." The document discusses how ICT can increase access to education through distance learning and enhance teaching and administration. However, it also notes ICT risks replacing effective teaching and creating antisocial or unhealthy behaviors in students. The future of education may see a transformation with knowledge no longer confined to schools and skills training increasingly matching job requirements.
This document discusses the impact of information and communication technology (ICT) on education. It notes that ICT allows faster access to more detailed information but that students must learn to think critically and creatively, not just memorize facts. ICT has also increased the digital divide between those who have access to technology and education and those who do not. The document discusses how ICT can increase access to education through distance learning and enhance teaching and administration. However, it also notes ICT risks reducing effective teaching and making students antisocial if overused. The future of education may involve acquiring knowledge outside of schools and ensuring skills training matches job requirements.
This document discusses the relationship between information and communication technology (ICT) and e-learning, with a focus on how data mining can be used in the context of e-learning. It first provides background on e-learning and how ICT has enhanced e-learning through technologies like web 2.0. It then discusses how educational data mining uses data collected by e-learning systems and tools to gain insights about students, learning, and how to improve practices. Specific techniques like analyzing keystroke data and data at different levels can provide valuable information. The document concludes that data mining techniques applied by education experts can help address open challenges in e-learning systems and help transform education in India.
A study on the impact of web technologies in teacher education to train the f...Dr. C.V. Suresh Babu
International Conference on Teacher Education in the 21st Century: Vision and Action, organized by Regional Institute of Education, National Council of Educational Research and Training (NCERT), Bhopal, MP, India on March 8 -10, 2021
This document discusses syncing digital learning to key learning areas and ICT pedagogy in education. It notes that classroom teachers require flexible practices to engage modern students. ICT is seen as a catalyst for change that requires evaluation of its effectiveness. The document recommends that teachers integrate ICT based on pedagogical needs, to provide creative problem-solving opportunities. It also suggests that inquiry learning can be enhanced through ICT to create accelerated and personalized learning, while ethical issues around internet use need supervision and filtering. Professional development in ICT is most effective when contextual, collaborative, sustained and supports teachers' self-efficacy and system-based needs.
Technological devices as a new & improved teaching method is highlighted as the future of education. The document discusses key aspects of developing a knowledge society through embracing technology in education, including the pervasiveness of technology, goals of providing education for all, and national strategic objectives. It emphasizes the need to develop teacher competencies relating to ICT and professional development to effectively integrate technology into teaching.
This document discusses the relevance of information technology in modern classrooms. It begins by introducing the topic and aims of the project report. It then defines information technology and discusses how IT is used in schools, including for administration, instruction, and teaching various subjects. The document outlines various ways teachers can use technology in the classroom, such as creating websites, presentations, simulations, and more. It also discusses the psychology behind how IT-enabled learning works and the need, importance, and significance of using IT in education, including benefits like access to resources, immediate information, collaborative learning, and distance education. It concludes by noting concerns about appropriately applying IT in classrooms.
Digital pedagogy is using digital tools to enhance teaching and learning experience. It offers the possibility of enabling more interaction among students and instructors and increasing student academic success. Educators who incorporate digital pedagogy in classroom re-creates the contemporary worlds which their students encounter every day. This paper provides a brief introduction to digital pedagogy. Matthew N. O. Sadiku | Adedamola Omotoso | Sarhan M. Musa "Digital Pedagogy" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-2 , February 2019, URL: https://www.ijtsrd.com/papers/ijtsrd21490.pdf
Paper URL: https://www.ijtsrd.com/engineering/other/21490/digital-pedagogy/matthew-n-o-sadiku
This research proposal examines the impact of teachers' use of information and communication technologies (ICT) on student performance in higher education. The study aims to observe the relationship between ICT use and student achievement, as previous analyses have provided inconclusive results on whether ICT investments affect student outcomes. Since student performance is influenced by instructional factors and teacher characteristics, teachers' use of ICT could play an important role as a determinant of educational results. The proposal reviews literature from 2000-2018 and will use teacher ICT use data and student performance scales to determine the relationship. The results may provide insights into how promoting greater ICT integration in education can enhance student performance.
This document outlines an agenda for a Pre-Service Teacher Institute occurring from July 12-23, 2010. It discusses introducing teachers to 21st century skills and using technology to support student-centered, hands-on learning. Breakout sessions will address how to engage students with technology, support standards-based instruction, and use real-world data and skills to deepen understanding.
Similar to The promise of digital technology in education to deliver equity and transform society: who is ready? (20)
Coding is not mandatory or required for young children in the Digital Technologies curriculum. While computer programming and coding are included in the curriculum, they are one small part of a broader scope that also includes understanding how digital systems work and ways to use them to create solutions. The curriculum aims to develop computational thinking skills in a fun and engaging way for students of all ages.
This document provides an introduction to programming concepts in Alice3 including algorithms, branching, iteration, procedures, events, and event listeners. It gives examples of using camera markers to move between scenes, creating billboards to display text, setting opacity, using loops, and doing commands together. It also discusses using procedures to reuse code, handle events, and move between scenes. Procedures allow code to be called and reused from different parts of a program.
Leading Girls into ICT: Increasing female participation at Somerset College (...elketeaches
This document discusses increasing female participation in ICT at Somerset College. It notes that ICT jobs are in high demand but female participation is declining. The school has implemented several initiatives to address this, including an all-girl ICT competition, connecting students with female mentors in the industry, and promoting ICT subjects to highlight they are fun and collaborative. Evaluation found the number of girls electing ICT subjects doubled and qualitative feedback was positive about enjoying learning technologies. The document advocates for ongoing efforts including teacher professional development and addressing unconscious bias.
Leading Girls into ICT: Increasing female participation at Somerset College (...elketeaches
This document discusses increasing female participation in ICT at Somerset College. It notes that ICT jobs are in high demand but female participation is declining. The school has implemented several initiatives to address this, including an all-girl ICT competition, connecting students with female mentors in the industry, and promoting ICT subjects to highlight their benefits. Evaluation found the number of girls electing ICT subjects doubled and qualitative feedback was positive, indicating the initiatives are helping boost girls' interest in ICT.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise stimulates the production of endorphins in the brain which elevate mood and reduce stress levels.
Two Grade 9 girls were given Arduino kits to play around with for 4 weeks (9 lessons). The girls were told to explore, create, inquire, think critically and develop a simple introductory guide for other students. This is one girl's guide.
Two Grade 9 girls were given Arduino kits to play around with for 4 weeks (9 lessons). The girls were told to explore, create, inquire, think critically and develop a simple introductory guide for other students. This is one girl's guide.
The document proposes that Quebec, Canada would be the best venue for the 2022 Commonwealth Games. It notes that the 1976 Olympic stadium in Montreal could be reused, the beautiful countryside and forests around Quebec would amaze tourists, and the cities of Quebec and Montreal would offer nightlife and family activities. The document highlights attractions like Parc National de la Jacques Cartier, white water rafting, biking, and views of the Montmorency Falls. It also describes Quebec City as an old city popular for shopping and sights, and Montreal as known for its party atmosphere with clubs, restaurants, and markets.
The document discusses teaching social connectedness and digital citizenship strategies using social media and blogging platforms. It argues that teaching these skills in schools is important because teens seek social connection through digital tools, but may not know how to use them effectively. Benefits of these strategies include linking to students' lives, empowering student-centered learning, facilitating feedback and relationships between teachers and students, and developing literacy, critical thinking, and ICT skills. The document recommends advocating for social media in education and adopting blogging platforms like Edublogs to engage students and prepare them for a changing future job market.
Mrs. Schneider had an interesting career path, starting with studies in psychology and social sciences followed by various jobs including as a bank teller and professor. She lived in several countries including 13 years in Canada and 2 years in the US while raising her two kids. Throughout her life she pursued many hobbies and interests including cycling, traveling, and making homemade soap. Some of her ideas were turned into prototypes but she was never very driven to commercialize them, preferring to focus on creativity over profits.
This document provides steps for creating a conceptual schema diagram using the NIAM method and includes an example problem of creating a database for a native plant nursery. It outlines collecting elementary facts, drawing a first draft diagram, removing surplus entities, and adding constraints. The problem describes plant data to store, stock information, and sales/replenishment processes to model in the conceptual schema.
The presentation discussed cyberbullying's impact on students, compared US and Australian anti-cyberbullying programs, and examined approaches taken by two Queensland schools. It recommended being realistic about cyberbullying's prevalence, introducing a targeted anti-bullying program, involving students in defining acceptable behavior, and educating students and parents about technology use and cyberbullying.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
Philippine Edukasyong Pantahanan at Pangkabuhayan (EPP) CurriculumMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 𝟏)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐄𝐏𝐏 𝐂𝐮𝐫𝐫𝐢𝐜𝐮𝐥𝐮𝐦 𝐢𝐧 𝐭𝐡𝐞 𝐏𝐡𝐢𝐥𝐢𝐩𝐩𝐢𝐧𝐞𝐬:
- Understand the goals and objectives of the Edukasyong Pantahanan at Pangkabuhayan (EPP) curriculum, recognizing its importance in fostering practical life skills and values among students. Students will also be able to identify the key components and subjects covered, such as agriculture, home economics, industrial arts, and information and communication technology.
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
-Define entrepreneurship, distinguishing it from general business activities by emphasizing its focus on innovation, risk-taking, and value creation. Students will describe the characteristics and traits of successful entrepreneurs, including their roles and responsibilities, and discuss the broader economic and social impacts of entrepreneurial activities on both local and global scales.
5. Students have:
Access to “the
entirety of human
culture” (McChesney, 2013)
Access to the same
tools that are
authentic &
engaging
Software tracks
student progress
data = easy for
teacher to
differentiate
6. Not all schools have 1
to 1 laptop programs
Funding is gone, cost,
devices are slow
School networks are
highly controlled with
many security checks
& Internet blocks
Slow logins; unauthentic
digital experience
Teachers need digital pedagogy coaches
Initiatives are under way to mentor teachers in the DigitalTechnologies
curriculum.
7. One-off PD events
One Size Fits All
training
Teachers need
individualised
mentoring
8. 1. How & why students use
digital technologies
2. How & why businesses and
employees use digital
technologies
3. Current digital technology
tools and uses
4. The Australian ICT
Capability and Digital
Technologies curriculum
Do you really know what authentic ICT learning means?
Teachers will find it difficult to develop authentic learning
experiences if they don’t know:
9. ‘Computers are for boys, nerds
and geeks’
It’s hard to argue that these
stereotypes are FALSE when
the IT Industry clearly has a
gender imbalance
If we can effectively
implement the Digital
Technologies curriculum, then
this should change gender
stereotypes and diversity in IT
will be the norm.
10. Ball, S. J. (2003).The teacher's soul and the terrors of performativity. Journal of
Education Policy, 18(2), 215-228.
Malott, C. S., & Ford, D. R. (2015). Marx, capital, and education: towards a critical
pedagogy of becoming. NewYork: Peter Lang Publishing, Inc.
McChesney, R. W. (2013). Digital disconnect: how capitalism is turning the internet
against democracy. NewYork:The New Press.
Webster, R. S. (2017). Education or quality of teaching? Implications for
Australian democracy. AustralianJournal ofTeacher Education, 42(9).
Editor's Notes
- These are some of the things I HAVE TO DO or worry about everyday as a high school teacher (not a complete list!)
- This photo (taken by my Year 10 IT class) is ironic because I commonly feel stressed and exhausted due to work and yet it is when I’m with my students that I am the happiest! Unfortunately, the relationships I build with my students are difficult to quantify and this data is not tracked; therefore, it does not seem valued within the ever-increasing data-driven ‘quality teaching’ focus of education.
NOTE that ‘democracy’ is not on this list. I believe in the social transformation opportunity of a democratic education but in reality there is little time to ensure this is actually happening in my classroom.
There is an increasingly strong argument being made that democratic education is impossible or seriously difficult to apply within the current ‘quality teaching’ initiatives that is changing our schools (Webster, 2017). The drive for ‘quality teaching’ relies strongly on evidenced-based practice with a focus on teaching performance linked to student outcomes (Ball, 2003; Webster, 2017).
I hear lots of complaints from teachers about the drive to produce data.
Teachers are so busy with the “overloaded curriculum”, administrative duties, student well-being, and gathering evidence data, that we actually don’t have time to promote democracy (Malott & Ford, 2015). I suspect that some teachers no longer have a clear idea of what democracy in education would look like in practice.
I decided to create a quick 10-question survey for my colleagues. I also sent this survey to my contacts in other schools (primary, secondary, public & private). There were only 24 respondents but that is pretty good considering we’re in Term 4 and we’re all exhausted!
Of the 24 respondents, 50% were unsure whether education in Australia is democratic. It would be interesting to explore this more and find out whether they don’t understand democracy or maybe democracy is confusing because it appears to be entangled with messy politics and capitalism in society. I think this 50% may highlight that democracy in education and its potential for societal transformation through critical pedagogy is no longer a driving philosophy for many teachers.
Is this surprising? How can we promote democracy in education while we are focusing on gathering & teaching for narrow and limited testing data?
Games are great at tracking the players progress and gathering data along the way.
Game stats reminds me a lot of the data that we collect on students. The data is interesting and valuable in some ways; however, it tells us nothing about the player as a person. From this data we don’t know if this person is happy, extroverted, innovative, creative, caring, helpful, loving, etc.
Technology has so much potential. If we teach our youth that a computer can be programmed to build almost anything and to solve problems, then there is so much hope for the future. The Internet gives us access to information, discussion, theories, and arguments, that could be used to develop inquiry and research skills in our students.
Big social problems could be investigated and may also form the basis of a problem-solving project that requires that students create an app to help minimise the problem or build public awareness about it. It is tasks like this, by the way, that have successfully attracted girls into studying ICT.
There are some schools that make Digital Technologies and BYOD a priority, while others don’t. There are disadvantaged schools, particularly in rural and remote locations, where teachers have to schedule their class for Internet time because if the whole school is online at the same time their network fails. How does this promote equity? If this problem of lack of access is especially common in disadvantaged schools, will this not widen the gap further?
It is important to note that I have experienced this reality in both State and Private schools.
The funding and cost issue is a major problem for disadvantaged State schools.
In my experience at a Private school with mid-to-high social-economic status, it is not a problem of cost but a result of their BYOD ‘policy’ not being promoted (it’s not a priority). This has a major impact on teachers and results in decreased motivation to integrate Digital Technologies within their teaching.
If teachers are not working in a digital manner, how can we expect them to educate in a digitally-rich way?
The image is a physical mark book that some of my colleagues still use. When I asked why they used this instead of the school’s LMS markbook, the school’s reporting database, or an Excel spreadsheet, the teachers answer is always the same: “This is easier. I’ve been doing this for years.”
Results in teachers either not implementing digital technologies at all or including ICT without really understanding.
Makey Makey is a good example here; I know many Primary teachers who have used Makey Makey in learning activities and yet they don’t really understand the digital technology significance of it. They use it as a “fun” activity but don’t teach the digital technology concepts related to it.
The ‘Hour of Code’ and Code.org is another example of how teachers add-on digital technologies teaching, in this case computer programming skills, but they don’t have an in-depth understanding of the computational skills. I think this is a BIG problem in implementing the Digital Technologies curriculum in schools. Code.org makes computer programming look easy, but what happens when a child loves it and wants more than just the basics? Teachers can get disillusioned quickly when students want more, ask tough questions and they can’t help them.
- In the aim to promote equity through digital learning we should ensure that ALL teachers have digital technologies knowledge and skills. How will they get this? Teachers don’t just need digital tech tools and software PD, but they also need to learn about how students use technology. If the learning is not centred around the student, then it is less likely to engage them.
- Why is authentic ICT learning important? We want to engage students and we need to work especially hard to continue to engage girls in ICT.