This document discusses the role of higher education and the use of information and communication technologies (ICT) in teaching and learning. It notes that higher education shapes students' behaviors, minds, and values. It also outlines several approaches to integrating ICT in the classroom, such as complementing existing lessons or enhancing student learning. The document emphasizes that effective use of ICT can motivate students and make classes more dynamic, but teachers need training to incorporate digital tools and resources pedagogically.
The document discusses the concept and need for a national system of education. A national system of education aligns with a nation's needs and aspirations and helps develop a shared identity. It promotes nationalism and values of unity, tolerance, equality and democratic principles. A national education exposes students to their cultural heritage and facilitates mobility across regions. The destiny of a nation is shaped in its classrooms, so education plays a key role in preserving a nation's identity.
Central institute of educational technology (ciet)NIMMY ABRAHAM
The Central Institute of Educational Technology (CIET) is a constituent unit of NCERT established in 1984 by the Ministry of Human Resource Development, Government of India. It is located in New Delhi and aims to promote the utilization of educational technologies. CIET has six divisions including Media Production, Planning and Research, Information and Communication Technologies, Training, Media Resources Dissemination, and Engineering. CIET's roles include designing educational media software, optimizing the use of communication technologies, researching interactive digital content, and providing training and consultancy on educational technologies.
The document discusses the importance of integrating information and communication technologies (ICT) into teacher education and training in India. It notes that both pre-service and in-service teacher training are currently inadequate. ICT can help make teaching more engaging and dynamic, as well as help teachers develop new skills. However, effectively integrating ICT requires sufficient access to technology, high-quality digital content, and training teachers to use digital tools. The document provides examples of how ICT can be integrated into different subjects and outlines essential ICT skills and approaches for teachers.
National Knowledge Commission (NKC) with reference to school education, their major recommendations.
Measures taken to improve the knowledge across country
Rashtriya Uchchatar Shiksha Abhiyan (RUSA) is India's National Higher Education Mission initiated in 2013. It aims to increase India's Gross Enrollment Ratio in higher education from 18% to 30% by providing strategic funding to higher education institutions. The funding is distributed from the central government to state governments, with the central government contributing 65% of total grants and states contributing 35%. RUSA's objectives include improving quality, access, and governance in state higher education systems.
The document summarizes research on the gap between findings from educational research and government policies on teacher education in India. It outlines some key findings from research, including that teachers agree students should be actively involved in learning but differ on goals for student motivation versus intellectual engagement. However, government policies do not always incorporate research findings and instead consider them as just one input. The document also reviews India's legal framework and policies for teacher education over time.
This document discusses the role of higher education and the use of information and communication technologies (ICT) in teaching and learning. It notes that higher education shapes students' behaviors, minds, and values. It also outlines several approaches to integrating ICT in the classroom, such as complementing existing lessons or enhancing student learning. The document emphasizes that effective use of ICT can motivate students and make classes more dynamic, but teachers need training to incorporate digital tools and resources pedagogically.
The document discusses the concept and need for a national system of education. A national system of education aligns with a nation's needs and aspirations and helps develop a shared identity. It promotes nationalism and values of unity, tolerance, equality and democratic principles. A national education exposes students to their cultural heritage and facilitates mobility across regions. The destiny of a nation is shaped in its classrooms, so education plays a key role in preserving a nation's identity.
Central institute of educational technology (ciet)NIMMY ABRAHAM
The Central Institute of Educational Technology (CIET) is a constituent unit of NCERT established in 1984 by the Ministry of Human Resource Development, Government of India. It is located in New Delhi and aims to promote the utilization of educational technologies. CIET has six divisions including Media Production, Planning and Research, Information and Communication Technologies, Training, Media Resources Dissemination, and Engineering. CIET's roles include designing educational media software, optimizing the use of communication technologies, researching interactive digital content, and providing training and consultancy on educational technologies.
The document discusses the importance of integrating information and communication technologies (ICT) into teacher education and training in India. It notes that both pre-service and in-service teacher training are currently inadequate. ICT can help make teaching more engaging and dynamic, as well as help teachers develop new skills. However, effectively integrating ICT requires sufficient access to technology, high-quality digital content, and training teachers to use digital tools. The document provides examples of how ICT can be integrated into different subjects and outlines essential ICT skills and approaches for teachers.
National Knowledge Commission (NKC) with reference to school education, their major recommendations.
Measures taken to improve the knowledge across country
Rashtriya Uchchatar Shiksha Abhiyan (RUSA) is India's National Higher Education Mission initiated in 2013. It aims to increase India's Gross Enrollment Ratio in higher education from 18% to 30% by providing strategic funding to higher education institutions. The funding is distributed from the central government to state governments, with the central government contributing 65% of total grants and states contributing 35%. RUSA's objectives include improving quality, access, and governance in state higher education systems.
The document summarizes research on the gap between findings from educational research and government policies on teacher education in India. It outlines some key findings from research, including that teachers agree students should be actively involved in learning but differ on goals for student motivation versus intellectual engagement. However, government policies do not always incorporate research findings and instead consider them as just one input. The document also reviews India's legal framework and policies for teacher education over time.
MODERN TRENDS IN CURRICULAR MOVEMENTS IN STATE LEVEL IN TEACHING NATURAL SCIE...Dadu Brutally Innocent
The document discusses modern trends in science curriculum and the role of the State Council of Educational Research and Training (SCERT) in India. It outlines several trends in science education including the establishment of state science education institutes, developing indigenous curricula, emphasizing conceptual learning over facts, and developing low-cost science materials. It describes SCERT's functions in developing curricula, training teachers, and implementing educational reforms. SCERT plays an important role in curriculum development and qualitative improvements in school education. The document also discusses trends toward individualized, interdisciplinary, and social issues-oriented approaches to curriculum construction.
The document discusses the UGC-CEC (Consortium for Educational Communication), which was established by the University Grants Commission of India to address the needs of higher education through television and information communication technology. It provides coordination, guidance, and support to media centers in universities. The CEC conducts research on educational communication and experiments with new technologies to increase the reach of educational programs.
The document discusses the skill of demonstration and outlines its key objectives and components. The objectives are to clearly explain the demonstrated item, make students understand the explanation, and arouse and maintain student attention. There are eight components to the skill: clear objectives, using suitable apparatus, arranging the apparatus properly, handling the apparatus well, ensuring visibility, involving student participation, using the blackboard, and having strong explanatory skills.
The National Council for Teacher Education (NCTE) was established in 1973 as an advisory body and became a statutory body in 1995 to regulate and develop teacher education across India. Its objectives are to achieve coordinated development of teacher education through proper maintenance of norms and standards. NCTE regulates recognition of institutions, develops curriculum frameworks, and sets guidelines for qualifications and infrastructure standards. It works to prevent commercialization of teacher education and advises central and state governments on teacher education policies. NCTE oversees pre-service and in-service teacher training through institutions like DIETs and provides guidance on effective training strategies and evaluation.
The document discusses the definition and scope of information and communication technology (ICT) in education. It describes how ICT can be used across different aspects of teaching and learning, including for content delivery, assessment, research, and administration. Some key benefits of using ICT in education mentioned include increased student motivation, the ability to learn independently and at one's own pace, producing higher quality work, and accessing information that may not be available through traditional means.
E-content refers to digital content that can be transmitted over computer networks like the internet, including texts, audios, videos, images and animations. E-content authoring is the process of developing this digital content using authoring tools and writing learning materials in electronic formats to help with e-learning. Special features of e-content include being technologically friendly, learner friendly for easy navigation, and learner-centric. The benefits of e-content are that it eliminates disparities among learners, enhances learner knowledge, provides access to resources, and creates a student-centered learning environment. The preparation of e-content involves planning, analyzing, organizing, designing, developing, implementing and evaluating the content.
The document discusses the Personalized System of Instruction (PSI), a self-learning technique developed by F.S. Killer. PSI emphasizes individualized instruction without classroom teaching. The PSI teacher manages the course and creates a cooperative environment, while the instructor designs instruction materials. Proctors, who are bright students, guide and motivate other learners. PSI uses mastery-based, self-paced study with print guides and feedback from peers. Students learn units individually with proctor help. PSI can increase independent learning, self-paced progress, and interaction, but preparing materials and ensuring consistent work can be difficult.
The document discusses the Rashtriya Uchchatar Shiksha Abhiyan (RUSA), a centrally sponsored scheme in India to transform higher education. It aims to improve access, equity and quality of higher education through reforms implemented at the state level. Key goals include increasing gross enrollment ratio to 32% by 2022 and ensuring state universities and colleges are dynamic, demand-driven, and responsive to economic and technological changes through academic, administrative and governance reforms. The scheme focuses on performance-based funding, mandatory accreditation, expanding institutional capacity, ensuring regional balance and inclusion, strengthening research and innovation. It establishes state higher education councils for planning, monitoring and capacity building.
This document outlines the curriculum framework for a 2-year B.Ed. program. It is divided into 3 main curricular areas: Perspectives in Education, Curriculum and Pedagogic Studies, and Engagement with the Field. Key aspects of the curriculum include developing reflective teaching skills, understanding learners' social and cultural contexts, engaging with theoretical concepts, and meaningful internship experiences. Courses aim to examine students' own positions and challenge misconceptions through discussion, reflection, and experiential learning activities.
This document discusses the objectives and key activities of Colleges of Teacher Education (CTEs) in India. CTEs were established following reforms to teacher education in 1986 to provide pre-service and in-service training to secondary school teachers. There are currently 104 CTEs with the objectives of building capacity of teachers and institutions, developing teaching materials, conducting research, networking between education organizations, and providing extension/resource support to secondary schools. The key activities of CTEs include teacher training programs, short courses, materials development, school-based research, forums for discourse, and adopting local schools to support.
Interpretation construction (icon) design modelThiyagu K
One major and popular instructional model based the constructivist approach is Interpretation Construction Model or ICON model which emphasizes on learners’ encounter with authentic issues in pair or groups, on constructing interpretation by the learners in groups, searching for information about the problems in groups and facing different interpretations about the problems in groups. In other words, it is group-based teaching-learning co-operative as well as collaborative approach which, as it is evident, lays emphasis and importance on the inclusive and all round socio-academic growth of the learners and also in way has drawn insights from the concept of Multiple Intelligences as propounded by the eminent cognitive scientist Gardner (1993). ICON Model, as Tsai, Chin-Chung. 2011 and other scholars in educational psychology argue, mainly rests on the principles such as observation in authentic activities (Understanding Zone), contextualizing prior knowledge and interpretation construction (Understanding Zone), cognitive conflict and apprenticeship (Understanding Zone), collaboration (Application Zone), multiple interpretations (Higher Order Thinking Skill zone), and multiple manifestations (Higher Order Thinking Skill zone).
The document discusses the interactive role of education and society. It argues that education and society mutually influence each other. Changes in society, such as social, political, economic, and religious conditions, influence the education system. In turn, education influences society by preserving cultural values, developing citizens' civic sense, facilitating economic and political development, enabling social control and reform, and socializing children. The document concludes that education is essential for individual growth and building a better society through social change.
This document discusses educational technology, including its definitions, objectives, and forms. Educational technology is defined as applying scientific knowledge and learning principles to improve teaching effectiveness and efficiency. Its objectives are to modernize teaching methods, make instruction easier to understand, and help modify teacher and student behaviors. Educational technology includes instructional technology, teaching technology, and other approaches. It distinguishes between hardware technology, which uses physical machines to aid teaching, and software technology, which focuses on instructional theories. The document provides examples of both and compares their principles, media used, teaching aids, and examples.
Interpretation Construction Design Model or more popularly ICON Model is a constructivist model of teaching learning. this is an innovation in the field of Educational Technology during the last decade of the last century, which came to be popular in the first decade of 21st century
The IT@School project was launched in 2001 in Kerala, India to foster IT education in schools. It provides ICT-enabled education to over 1.6 million students and 20,000 teachers annually in the state's 12,000 schools. The project aims to enhance teachers' intellectual productivity and students' understanding of curriculum subjects through the use of technology. It also implements e-governance activities and runs an educational television channel in the state.
It explains different emerging areas of educational research such as online learning, blended learning, liberal education, indigenous knowledge, bagless school days etc. The research methods such as meta analysis, mixed method and use of qualitative software. The most important trends is plagiarism and research ethics.
Meaning, Definition, concept, characteristics, Hindrances, Modernization and Education, Aims of Education, Curriculum, Methods of Teaching, Role of Teacher, Discipline, Quality in Education, Role of Education
curriculum : meaning and concept, principles of curriculum, curriculum construction and curriculum organisation, bases of curriculum, types of curriculum, method of organisation of curriculum ppt
My portfolio in educational technologyeloisemolina
Eloise Wilma Jame M. Molina is a 3rd year student at Cavite State University studying for a Bachelor's degree in Secondary Education with a focus on Mathematics. She took Educational Technology 2 which taught her how to effectively integrate technology into teaching and learning by introducing, reinforcing and extending students' knowledge and skills so they can become proficient technology users. The course aimed to help student teachers and practicing teachers learn how to use technology in their teaching. Eloise learned about various educational technologies like computer-assisted instruction, hypermedia applications, and how to incorporate technology into her future classroom to engage students and make learning more accessible. After taking the course, Eloise believes it is important for teachers to be
The document discusses the student's portfolio in educational technology. It introduces the student and their background and outlines three parts of the portfolio: (1) Exploring Educational Technology 1 which discusses the definition and approaches to educational technology, (2) Exploring Educational Technology 2 which focuses on integrating technology into teaching and learning, and (3) how the classes helped the student understand the importance and appropriate use of technology.
MODERN TRENDS IN CURRICULAR MOVEMENTS IN STATE LEVEL IN TEACHING NATURAL SCIE...Dadu Brutally Innocent
The document discusses modern trends in science curriculum and the role of the State Council of Educational Research and Training (SCERT) in India. It outlines several trends in science education including the establishment of state science education institutes, developing indigenous curricula, emphasizing conceptual learning over facts, and developing low-cost science materials. It describes SCERT's functions in developing curricula, training teachers, and implementing educational reforms. SCERT plays an important role in curriculum development and qualitative improvements in school education. The document also discusses trends toward individualized, interdisciplinary, and social issues-oriented approaches to curriculum construction.
The document discusses the UGC-CEC (Consortium for Educational Communication), which was established by the University Grants Commission of India to address the needs of higher education through television and information communication technology. It provides coordination, guidance, and support to media centers in universities. The CEC conducts research on educational communication and experiments with new technologies to increase the reach of educational programs.
The document discusses the skill of demonstration and outlines its key objectives and components. The objectives are to clearly explain the demonstrated item, make students understand the explanation, and arouse and maintain student attention. There are eight components to the skill: clear objectives, using suitable apparatus, arranging the apparatus properly, handling the apparatus well, ensuring visibility, involving student participation, using the blackboard, and having strong explanatory skills.
The National Council for Teacher Education (NCTE) was established in 1973 as an advisory body and became a statutory body in 1995 to regulate and develop teacher education across India. Its objectives are to achieve coordinated development of teacher education through proper maintenance of norms and standards. NCTE regulates recognition of institutions, develops curriculum frameworks, and sets guidelines for qualifications and infrastructure standards. It works to prevent commercialization of teacher education and advises central and state governments on teacher education policies. NCTE oversees pre-service and in-service teacher training through institutions like DIETs and provides guidance on effective training strategies and evaluation.
The document discusses the definition and scope of information and communication technology (ICT) in education. It describes how ICT can be used across different aspects of teaching and learning, including for content delivery, assessment, research, and administration. Some key benefits of using ICT in education mentioned include increased student motivation, the ability to learn independently and at one's own pace, producing higher quality work, and accessing information that may not be available through traditional means.
E-content refers to digital content that can be transmitted over computer networks like the internet, including texts, audios, videos, images and animations. E-content authoring is the process of developing this digital content using authoring tools and writing learning materials in electronic formats to help with e-learning. Special features of e-content include being technologically friendly, learner friendly for easy navigation, and learner-centric. The benefits of e-content are that it eliminates disparities among learners, enhances learner knowledge, provides access to resources, and creates a student-centered learning environment. The preparation of e-content involves planning, analyzing, organizing, designing, developing, implementing and evaluating the content.
The document discusses the Personalized System of Instruction (PSI), a self-learning technique developed by F.S. Killer. PSI emphasizes individualized instruction without classroom teaching. The PSI teacher manages the course and creates a cooperative environment, while the instructor designs instruction materials. Proctors, who are bright students, guide and motivate other learners. PSI uses mastery-based, self-paced study with print guides and feedback from peers. Students learn units individually with proctor help. PSI can increase independent learning, self-paced progress, and interaction, but preparing materials and ensuring consistent work can be difficult.
The document discusses the Rashtriya Uchchatar Shiksha Abhiyan (RUSA), a centrally sponsored scheme in India to transform higher education. It aims to improve access, equity and quality of higher education through reforms implemented at the state level. Key goals include increasing gross enrollment ratio to 32% by 2022 and ensuring state universities and colleges are dynamic, demand-driven, and responsive to economic and technological changes through academic, administrative and governance reforms. The scheme focuses on performance-based funding, mandatory accreditation, expanding institutional capacity, ensuring regional balance and inclusion, strengthening research and innovation. It establishes state higher education councils for planning, monitoring and capacity building.
This document outlines the curriculum framework for a 2-year B.Ed. program. It is divided into 3 main curricular areas: Perspectives in Education, Curriculum and Pedagogic Studies, and Engagement with the Field. Key aspects of the curriculum include developing reflective teaching skills, understanding learners' social and cultural contexts, engaging with theoretical concepts, and meaningful internship experiences. Courses aim to examine students' own positions and challenge misconceptions through discussion, reflection, and experiential learning activities.
This document discusses the objectives and key activities of Colleges of Teacher Education (CTEs) in India. CTEs were established following reforms to teacher education in 1986 to provide pre-service and in-service training to secondary school teachers. There are currently 104 CTEs with the objectives of building capacity of teachers and institutions, developing teaching materials, conducting research, networking between education organizations, and providing extension/resource support to secondary schools. The key activities of CTEs include teacher training programs, short courses, materials development, school-based research, forums for discourse, and adopting local schools to support.
Interpretation construction (icon) design modelThiyagu K
One major and popular instructional model based the constructivist approach is Interpretation Construction Model or ICON model which emphasizes on learners’ encounter with authentic issues in pair or groups, on constructing interpretation by the learners in groups, searching for information about the problems in groups and facing different interpretations about the problems in groups. In other words, it is group-based teaching-learning co-operative as well as collaborative approach which, as it is evident, lays emphasis and importance on the inclusive and all round socio-academic growth of the learners and also in way has drawn insights from the concept of Multiple Intelligences as propounded by the eminent cognitive scientist Gardner (1993). ICON Model, as Tsai, Chin-Chung. 2011 and other scholars in educational psychology argue, mainly rests on the principles such as observation in authentic activities (Understanding Zone), contextualizing prior knowledge and interpretation construction (Understanding Zone), cognitive conflict and apprenticeship (Understanding Zone), collaboration (Application Zone), multiple interpretations (Higher Order Thinking Skill zone), and multiple manifestations (Higher Order Thinking Skill zone).
The document discusses the interactive role of education and society. It argues that education and society mutually influence each other. Changes in society, such as social, political, economic, and religious conditions, influence the education system. In turn, education influences society by preserving cultural values, developing citizens' civic sense, facilitating economic and political development, enabling social control and reform, and socializing children. The document concludes that education is essential for individual growth and building a better society through social change.
This document discusses educational technology, including its definitions, objectives, and forms. Educational technology is defined as applying scientific knowledge and learning principles to improve teaching effectiveness and efficiency. Its objectives are to modernize teaching methods, make instruction easier to understand, and help modify teacher and student behaviors. Educational technology includes instructional technology, teaching technology, and other approaches. It distinguishes between hardware technology, which uses physical machines to aid teaching, and software technology, which focuses on instructional theories. The document provides examples of both and compares their principles, media used, teaching aids, and examples.
Interpretation Construction Design Model or more popularly ICON Model is a constructivist model of teaching learning. this is an innovation in the field of Educational Technology during the last decade of the last century, which came to be popular in the first decade of 21st century
The IT@School project was launched in 2001 in Kerala, India to foster IT education in schools. It provides ICT-enabled education to over 1.6 million students and 20,000 teachers annually in the state's 12,000 schools. The project aims to enhance teachers' intellectual productivity and students' understanding of curriculum subjects through the use of technology. It also implements e-governance activities and runs an educational television channel in the state.
It explains different emerging areas of educational research such as online learning, blended learning, liberal education, indigenous knowledge, bagless school days etc. The research methods such as meta analysis, mixed method and use of qualitative software. The most important trends is plagiarism and research ethics.
Meaning, Definition, concept, characteristics, Hindrances, Modernization and Education, Aims of Education, Curriculum, Methods of Teaching, Role of Teacher, Discipline, Quality in Education, Role of Education
curriculum : meaning and concept, principles of curriculum, curriculum construction and curriculum organisation, bases of curriculum, types of curriculum, method of organisation of curriculum ppt
My portfolio in educational technologyeloisemolina
Eloise Wilma Jame M. Molina is a 3rd year student at Cavite State University studying for a Bachelor's degree in Secondary Education with a focus on Mathematics. She took Educational Technology 2 which taught her how to effectively integrate technology into teaching and learning by introducing, reinforcing and extending students' knowledge and skills so they can become proficient technology users. The course aimed to help student teachers and practicing teachers learn how to use technology in their teaching. Eloise learned about various educational technologies like computer-assisted instruction, hypermedia applications, and how to incorporate technology into her future classroom to engage students and make learning more accessible. After taking the course, Eloise believes it is important for teachers to be
The document discusses the student's portfolio in educational technology. It introduces the student and their background and outlines three parts of the portfolio: (1) Exploring Educational Technology 1 which discusses the definition and approaches to educational technology, (2) Exploring Educational Technology 2 which focuses on integrating technology into teaching and learning, and (3) how the classes helped the student understand the importance and appropriate use of technology.
This document provides information about an introductory technology course for teaching and learning. It includes the course description, outcomes, and units. The course explores basic ICT knowledge, skills, and values for using technology in education. It covers ICT policies, safety issues, and using media and technology across content areas. Students will learn about flexible learning environments, platforms, and tools. They will also identify learning theories and principles for designing technology-enhanced lessons. The overall aim is for students to understand how to utilize technology appropriately and innovatively for teaching, learning experiences, and assessments while considering social, ethical and legal responsibilities.
This document discusses several lessons related to educational technology:
Lesson 1 provides an overview of the Educational Technology 1 course and its focus on introducing students to educational technology tools and the application of technology to instruction.
Lesson 2 discusses Educational Technology 2 and its goal of integrating technology into teaching and learning by providing knowledge and skills on technology integration.
Lesson 7 examines how information technology can be used to develop higher-level thinking skills and creativity in students, such as through technology-enhanced project methods.
My portfolio is a purposely collection of my work that exhibits my efforts, progress, and achievements in educational technology. This portfolio includes a summary of lessons about edtech that surely help students, especially the future educator. As a future a educator, edtech will surely help me on how I am going to facilitate learning of my future students with the help of appropriate technology.
This document discusses a specialized training course on integrating information and communication technologies (ICTs) into secondary education. The course is designed to help teachers learn how to use ICT tools to support student-centered learning approaches. It covers topics like the role of education in the information age, using ICTs for learning, how ICTs can help teachers learn, and examples of ICT projects in education. The overall goal is to promote innovative teaching strategies that prepare students for participation in a knowledge-based society.
This document outlines an ICT Competency Framework for Teachers that aims to train teachers in using technology in schools. It describes 6 dimensions of ICT competencies including understanding education policy, curriculum/assessment, teaching, digital skills, organization/administration, and professional learning. It also details 3 levels of pedagogical technology use - knowledge acquisition, advancement, and creation. New technologies discussed include open educational resources, social media, mobile devices, the internet of things, artificial intelligence, virtual/augmented reality, microdata, and coding. The conclusion emphasizes the importance of ongoing teacher training to integrate technology and pedagogy.
The document discusses educational technology and its role in learning. It introduces the author, Cristine Mae S. Gatchalian, and provides an outline of topics to be covered, including educational technology, learning through edtech, and the impact on students. It defines educational technology as the application of scientific knowledge and technology to improve education. Examples discussed include using technology to find and present information, collaborate through distance learning, and create multimedia projects. The document emphasizes that technology should serve as a teaching aid, not just entertainment, and can make work easier for both teachers and students.
The document discusses the use of technology in Greek education. It finds that while Greek schools now all have internet access and students are developing digital literacy, many teachers still lack confidence and competence with technology. Some teachers feel overwhelmed by other educational initiatives and view learning technology as a low priority. As a result, technology is getting between students and teachers as students' technology skills often surpass teachers'. The document recommends an extensive teacher education program to help teachers embrace new roles using technology, learn how to integrate it effectively in classes, and overcome beliefs holding them back from keeping pace with students in the digital age.
This portfolio outlines Cristine Mae S. Gatchalian's experiences with educational technology. It discusses educational technology in general terms, highlighting how it aims to improve education by facilitating learning and increasing system effectiveness. It also explores how educational technology can be used to find and represent problems, locate educational resources, summarize and present findings, and enable collaboration. The portfolio further examines four types of IT-based projects and how learning occurs through educational technology. It emphasizes that technology serves as a teaching aid rather than entertainment and allows seeing strategies in practical settings. Overall, the document shows how educational technology is a wide field that can be leveraged to make work easier and enable collaboration across distances.
ICT enhanced education flyer / Volante de educación enriquecida por TIC (ingl...Enzo Renato Hernández Levi
Brochure developed by Enzo Hernandez as a participant during the "ICT in primary education " MOOC given by the University of London in 2014, to inform policy makers on the fundamental role of ICT in education as learning environments, skills that teachers require and context conditions needed to support them.
Brochure desarrollado por Enzo Hernández en calidad de participante durante el MOOC "ICT in primary education" impartido por la London University el 2014, para informar a creadores de políticas respecto al rol crucial de las TIC en la educación como entornos de aprendizaje, las competencias que los docentes requieren y las condiciones necesarias para apoyar a los docentes.
The National Education Technology Plan 2010 lays out a model for learning driven by technology with goals in five areas: learning, assessment, teaching, infrastructure, and productivity. It calls for using technology to engage students and personalize instruction, for technology-based assessments to improve learning, for technology to better connect educators, and for all students and educators to have access to resources for 21st century learning anytime, anywhere. The plan also aims to make more efficient use of resources and conduct research on educational technology effectiveness before, during, and after deployment.
This document provides an overview of lessons from an Educational Technology 2 course. Lesson 1 reviews Educational Technology 1, which introduced the history of educational technology and its role in modern education. Lesson 2 introduces Educational Technology 2, which focuses on integrating technology into teaching and learning. Lesson 7 discusses using information technology to develop higher-level thinking skills and creativity in students through project-based learning.
Promoting educational technology to improve student achievementRey-ra Mora
This document discusses how educational technology can improve student achievement. It defines educational technology as using technology to facilitate learning and improve performance. The emergence of educational tools and software has motivated many schools to integrate them into curriculums as they can positively impact student learning. Studies show that technology in the classroom helps students master fundamental skills, become proficient technology users, develop 21st century skills, and motivate higher achievement levels. Technology has changed the concept of knowledge by removing limitations of paper, and schools must adapt to this new landscape.
Irish Ann L. Espeño is a third year student studying Bachelor of Secondary Education majoring in Mathematics at Cavite State University. The document discusses educational technology, which involves integrating technology into teaching and learning to reinforce and extend students' knowledge and skills. It explains concepts like meaningful learning, discovery learning, and constructivism. Educational technology applications discussed include using computers as tutors, teachers' tools, and for cooperative learning. The importance of software, hypermedia, and the internet for education are also covered. The document concludes by reflecting on how educational technology training will help the student become an effective future teacher who can incorporate technology into their teaching.
1) The document discusses the author's experience taking an Educational Technology 2 course as a college student studying to become an elementary school teacher.
2) The course covered topics like integrating technology into teaching and learning, computer skills, and using technology to engage and support students.
3) The author felt the course was very useful for their future career as a teacher and emphasized the importance of teachers having technology skills to teach 21st century learners.
This is the set of slides used throughout the first coalition ICT workshop held in Cape Town on the 22nd February 2011. This session was facilitated by John Thole of Edunova
E learning at eggs 2011 week two presentationClaire Amos
1. The document outlines an e-learning plan for EGGS in 2011, with the goals of improving student engagement and learning relationships through integrating ICT strategies.
2. Teachers will develop e-learning action plans using an inquiry process to identify strategies like Moodle, Google Sites, and Mahara to meet student learning outcomes.
3. Progress and challenges will be shared online through blogs and wikis to inform colleagues of e-learning opportunities.
This document discusses the role of information and communication technology (ICT) in teacher education. It outlines several purposes of ICT in education, including keeping pace with scientific and technological development and improving student learning and performance. The document also describes different approaches to integrating ICT in teacher education programs, such as improving ICT skills, focusing on ICT pedagogy, incorporating ICT into specific subjects, and practice-driven approaches. It emphasizes that ICT allows teachers to upgrade their knowledge and resources to become more effective educators who can help students succeed.
This presentation evaluates the department's ICT integration staff development program and discusses next steps. It notes current training opportunities through the Ministry of Education, online courses, and in-house workshops. The impact of staff ICT training on teaching approaches and the need for professional development on different technologies and 21st century skills is examined. Principles of the training are outlined, and a proposal is made for diagnostic testing, just-in-time training, continuous workshops, technical support training, and flexible schedules.
The document discusses IoT, edge computing, and machine learning. It provides an overview of edge computing and how it differs from cloud computing by processing data near its source to improve response times. It also discusses edge intelligence, which combines AI and edge computing by enabling machine learning algorithms to run on edge devices. The document outlines some challenges in edge computing like real-time scheduling on reconfigurable platforms. It summarizes some of the speaker's research on techniques like voltage scaling partitions to enable low-power edge inference on FPGAs.
Prof. Amlan Chakrabarti gave a presentation on the role and future of engineering. He discussed how engineering is central to economic development and enables many sectors through innovations. Recent advances include artificial intelligence, nanotechnology, wearable technologies, 3D printing, the Internet of Things, electricity storage using hydrogen, blockchain, data science, machine learning, smart cities, and smart energy. Going forward, engineering must drive economic growth, education, and be at the heart of society while addressing potential unexpected impacts and through anticipatory law-making.
Machine Learning an Exploratory Tool: Key Conceptsachakracu
This was an Online Lecture Describing Key Concepts of Machine Learning Strategies inclusing Neural Networks
National Webinar On Education 4.0 “Ensuring Continuity in Learning and Innovation Through Digitization”
Organized By: Singhad Institute of Management, Pune in Association with Savitribai Phule Pune University
12th June 2020
This document discusses machine learning concepts including definitions of machine learning, supervised learning techniques like classification and regression, unsupervised learning techniques like clustering and dimensionality reduction methods like principal component analysis and linear discriminant analysis. It provides examples and comparisons of various machine learning algorithms such as naive bayes, k-nearest neighbors, support vector machines, decision trees, and random forests. The document is presented by Prof. Amlan Chakrabarti from the University of Calcutta.
This document provides an overview of machine learning for IoT analytics. It discusses what IoT is and how it has evolved from standalone computers to include cloud and physical objects. It describes common IoT applications and architectures including multi-layer architectures with device, fog, and cloud layers. It then discusses how machine learning can be used at each layer for tasks like data analytics, classification, and prediction. It provides examples of using techniques like PCA, SVM, LDA, and decision trees for water and fruit quality analysis applications. Finally, it discusses IoT security challenges and proposes models for device authentication, end-to-end encryption, and data integrity.
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1. Role of ICT in Higher Education
Prof. Amlan Chakrabarti
ACM Distinguished Speaker
Dean Faculty of Engineering and Technology
Director, A.K.Choudhury School of Information Technology
University of Calcutta
email: acakcs@caluniv.ac.in
IBS Summit: 6th October 2018, Kolkata
2. 1. Introduction
2. Technology in Higher Education
3. Outcome Based Curriculum Designing
4. Blended Teaching Methodology
5. Assessment & Evaluation
6. Transformation of Education
7. Conclusion
Agenda
3. Introduction
Information and Communication Technology (ICT) is a diverse set of
technological tools and resources used to communicate and to create, disseminate,
store and manage information. ICT has become part of everyday life including
Education industry.
The objective we must look at if a paradigm shift in the teaching process has to
occur:
• The teacher’s role of teaching
• The teacher’s role of student’s learning
4. Technology in Higher Education
• Educational technology is a systematic application of relevant technological
processes and resources in teaching, with a goal to improve students'
performance
• It involves a disciplined approach to identifying the needs of students, applying
technology in instructions, and tracking their performance. ICT can enhance
relationships between teachers and students
• When teachers effectively integrate technology into subject areas, teachers
grow into roles of adviser, content expert, and coach.
• Technology helps make teaching and learning more meaningful and fun
5. 5
A changing context ... Different skills ?
• We are entering the age of the “Learning Society” – enabled by a rich,
digital environment, characterised by advances in social networking.
• 21st century competencies are the main game and the central focus of learning
• …… and the broader promise of a learning society is emerging.
8. 8
Core message
• Digital competences are core future 21st century skills
• The citizens and workforce of tomorrow are at this very moment already
at school
• New millennium learners may be digital natives but are not by definition
effective learners
• Education has a unique role to play to teaching/learning the critical
use of ICT
9. Technology in Higher Education
The teaching-learning starts from curriculum designing to assessment of learner.
The each phase of teaching-learning can be monitored and improved with
technology only. We can use technology for improvement of quality, the
sequential phase are :
a) Outcome Based Curriculum Designing
b) Blended Teaching Methodology
c) Assessment & Evaluation
10. Outcome Based Curriculum Designing
Curriculum development for outcomes - based
education therefore starts with outcomes of
education rather than with a predetermined set of
contents to be included in an educational program.
Outcomes/competencies are the bases for
identifying and determining key educational
contents and instructional processes.
11. Outcome Based Curriculum Designing
We have extensive open source application software MOODLE (Modular Object-
Oriented Dynamic Learning Environment) which can be designed for curriculum
designing. We can add Artificial Intelligence during customized design for
scientific curriculum designing.
We have also a huge research space to design a adaptive platform for customized
Curriculum Design.
12. Blended Teaching Methodology
A single method does not fit to all the learner. The research study says that in a
single class all the students don’t have the interest to learn with chalk and talk
technique. The research also says that FOUR group of pupil who wants to learn in
VARK technology
a) Visual - Interested to learn through PPT, Video, Chart, Diagram etc.
b) Aural - Interested to learn with the sense of hearing
c) Read & Write – Interested to learn with book , note reading and writing
d) Kinaesthetic – Interested to learn with practical activity, modelling etc.
13. Blended Teaching Methodology
Earlier we did not have any options to express our self, but now we can include
number of different tools scientifically otherwise we cannot get the desired result.
On the other sense we can say the meaning of blended teaching learning implies
online and face to face learning techniques.
15. 15
Towards a new learning
paradigm
Allow more learner-centred
approaches
Digital competences
as core life and
employability skills
Leadership and
institutional change for a
renewed strategy on
learning
VISION
future!
Professional
development – the
teacher as learner at
the centre
Convergence
16. Assessment and Evaluation
• Assessment is one of the most important phase in teaching learning. We can assess the student
and identify the depth of learning and misconception status. As per the assessment we can
redelivery the lesson in different mode
• The Assessment Tool does not attempt to teach or instruct Learners. Rather, it is
a specialised tool for the assessment of the Learner's ability, including strengths and
weaknesses, that can be used as an input into the teaching or instruction process
• All the national and international examination system now moves to online for perfect,
scientific and fast result
17. Assessment and Evaluation
We have number of assessment tools are available on cloud for accessing learners
in more scientific way.
1) EdCLAP
2) Google Classroom
3) Mettl
18. Transformation of Education
Every Education System has its merits and demerits including Indian education
system and no one can disagree with that. If statistics are to be believed, 1.5
million engineering students graduate every year and go through the risk of not
obtaining a job. The challenge isn’t the lack of jobs but the fact that we have
limited the realms of education and reduced its definition to nothing but a means
to obtain a lucrative position, and thus end up being, what can be termed to as
well trained, nevertheless well educated.
Through ICT we have to move teacher centric study to learner centric study.
19. Transformation of Education
Through ICT we have to move our teaching methods from Teacher Centric to
Learner Centric. And also to improve the skills of huge Indian citizen we must
choose E-Learning / Online Learning / Computer Based Learning platform.
Some online Platform for all level of students:
1) MOOC
2) NPTEL
3) Spoken Tutorial
20. Conclusion
• From the modernization of E-rate to the proliferation and adoption of openly licensed
educational resources, the key pieces necessary to realize best the transformations made
possible by technology in education are in place. All of this can work to augment the
knowledge, skills, and competencies of educators
• Tools and data systems can be integrated seamlessly to provide information on student
learning progress beyond the static and dated scores of traditional assessments
• It is a time of great possibility and progress for the use of technology to support learning.