This document provides the education and professional experience of Milad M. Saad, Ph.D. He received his Ph.D. in Sciences of Education from Saint-Joseph University of Beirut in 2014, with a specialization in ICT in Education and Teacher Education. His dissertation focused on using ICT to build pre-service teachers' knowledge, specifically for secondary mathematics teachers in Lebanon. He has over 20 years of experience in educational technology consulting, teaching, and research focused on integrating ICT and developing digital content and teacher training programs. He currently holds positions as an Associate Professor and thesis supervisor at Lebanese University and as an education consultant.
TPACK-XL Framework for Educators and Scholars: A Theoretical Grounding for Bu...Dr. Milad M. SAAD
What is the nature of preservice teachers knowledge base that would enable them teach with technology? How preservice teacher education programs should be structured to build this knowledge base? In an effort to respond to these questions, this study examines the mostly recognized relevant theoretical grounding of the nature of the teacher knowledge base. As a result, it introduces TPACK-XL as a transformative view of a strand of Mishra and Koehler (2005) TPACK (Technological Pedagogical And Content Knowledge) theoretical framework, named ICT-TPCK as proposed by Angeli and Valanides (2009).
Milad saad presentation introduction of tpack xl2Effat Nashat
This document introduces TPACK-XL, an elaborated model of ICT-TPCK (Information and Communication Technology - Technological Pedagogical Content Knowledge) to conceptualize preservice teachers' knowledge base for integrating technology into teaching. ICT-TPCK includes knowledge of technology, pedagogy, content, learners, and context. The author analyzes how these knowledge constructs overlap to form 31 constituent knowledge areas and proposes "TPACK-XL" to highlight the cross-disciplinary nature of preservice teachers' knowledge required for technology integration.
This article proposes a framework called technological pedagogical content knowledge (TPCK) for understanding the knowledge teachers need to effectively integrate technology into their teaching. The framework builds on Shulman's idea of pedagogical content knowledge by adding an additional component of how content, pedagogy, and technology interrelate and influence each other. The authors argue that developing TPCK is important for teacher training programs, professional development, and educational research on technology integration. They have studied the development of TPCK through a design-based research project working with teachers.
Introduction of TPACK-XL: Building Future Teachers' Knowledge Base to Teach i...Dr. Milad M. SAAD
This presentation is an innovative theoretical grounding that builds on TPACK to provide a guiding conceptual perspective in designing teacher education programs.
1) The document discusses pedagogical content knowledge (PCK) and technological pedagogical content knowledge (TPACK), which are frameworks for understanding the knowledge teachers need to effectively teach with technology.
2) TPACK consists of 7 areas of knowledge: technology knowledge, content knowledge, pedagogical knowledge, pedagogical content knowledge, technological content knowledge, technological pedagogical knowledge, and technological pedagogical content knowledge.
3) The document argues that the intersection of these three core components - content knowledge, technology knowledge, and pedagogical knowledge - is essential for developing effective lesson plans that incorporate technology and foster 21st century skills.
This document discusses interactive whiteboards (IWBs) and how teachers can effectively integrate them into classroom instruction. It defines IWBs and their components. It discusses frameworks like TPCK that teachers can use to determine how to balance technology, pedagogy and content. It also addresses challenges of implementing IWBs and the stages teachers may progress through, from initially using them as a substitute for traditional whiteboards to fully synergizing technology, pedagogy and content. The document stresses the importance of ongoing professional development and support for teachers as they learn to incorporate new technologies.
TPACK + MATHEMATICS: A REVIEW OF CURRENT TPACK LITERATUREIJITE
This paper will summarize a review of current literature on the Technology, Pedagogy and Content Knowledge (TPACK) framework, discuss innovative technology integration in teacher preparation and mathematics methods courses for teacher candidates studying elementary education. Themes that emerged in the review of current TPaCKliterature included the importance of understanding the TPACK framework, developing self efficacy, the vital role that modeling plays, how collaboration impacts and finally, just how powerful reflection can be in the application of TPACK. This paper will examine and explain these different themes and summarize the current literature as well as highlight trends on technology integration and TPACK.
TPACK-XL Framework for Educators and Scholars: A Theoretical Grounding for Bu...Dr. Milad M. SAAD
What is the nature of preservice teachers knowledge base that would enable them teach with technology? How preservice teacher education programs should be structured to build this knowledge base? In an effort to respond to these questions, this study examines the mostly recognized relevant theoretical grounding of the nature of the teacher knowledge base. As a result, it introduces TPACK-XL as a transformative view of a strand of Mishra and Koehler (2005) TPACK (Technological Pedagogical And Content Knowledge) theoretical framework, named ICT-TPCK as proposed by Angeli and Valanides (2009).
Milad saad presentation introduction of tpack xl2Effat Nashat
This document introduces TPACK-XL, an elaborated model of ICT-TPCK (Information and Communication Technology - Technological Pedagogical Content Knowledge) to conceptualize preservice teachers' knowledge base for integrating technology into teaching. ICT-TPCK includes knowledge of technology, pedagogy, content, learners, and context. The author analyzes how these knowledge constructs overlap to form 31 constituent knowledge areas and proposes "TPACK-XL" to highlight the cross-disciplinary nature of preservice teachers' knowledge required for technology integration.
This article proposes a framework called technological pedagogical content knowledge (TPCK) for understanding the knowledge teachers need to effectively integrate technology into their teaching. The framework builds on Shulman's idea of pedagogical content knowledge by adding an additional component of how content, pedagogy, and technology interrelate and influence each other. The authors argue that developing TPCK is important for teacher training programs, professional development, and educational research on technology integration. They have studied the development of TPCK through a design-based research project working with teachers.
Introduction of TPACK-XL: Building Future Teachers' Knowledge Base to Teach i...Dr. Milad M. SAAD
This presentation is an innovative theoretical grounding that builds on TPACK to provide a guiding conceptual perspective in designing teacher education programs.
1) The document discusses pedagogical content knowledge (PCK) and technological pedagogical content knowledge (TPACK), which are frameworks for understanding the knowledge teachers need to effectively teach with technology.
2) TPACK consists of 7 areas of knowledge: technology knowledge, content knowledge, pedagogical knowledge, pedagogical content knowledge, technological content knowledge, technological pedagogical knowledge, and technological pedagogical content knowledge.
3) The document argues that the intersection of these three core components - content knowledge, technology knowledge, and pedagogical knowledge - is essential for developing effective lesson plans that incorporate technology and foster 21st century skills.
This document discusses interactive whiteboards (IWBs) and how teachers can effectively integrate them into classroom instruction. It defines IWBs and their components. It discusses frameworks like TPCK that teachers can use to determine how to balance technology, pedagogy and content. It also addresses challenges of implementing IWBs and the stages teachers may progress through, from initially using them as a substitute for traditional whiteboards to fully synergizing technology, pedagogy and content. The document stresses the importance of ongoing professional development and support for teachers as they learn to incorporate new technologies.
TPACK + MATHEMATICS: A REVIEW OF CURRENT TPACK LITERATUREIJITE
This paper will summarize a review of current literature on the Technology, Pedagogy and Content Knowledge (TPACK) framework, discuss innovative technology integration in teacher preparation and mathematics methods courses for teacher candidates studying elementary education. Themes that emerged in the review of current TPaCKliterature included the importance of understanding the TPACK framework, developing self efficacy, the vital role that modeling plays, how collaboration impacts and finally, just how powerful reflection can be in the application of TPACK. This paper will examine and explain these different themes and summarize the current literature as well as highlight trends on technology integration and TPACK.
TPACK + MATHEMATICS: A REVIEW OF CURRENT TPACK LITERATURE IJITE
This paper will summarize a review of current literature on the Technology, Pedagogy and Content Knowledge (TPACK) framework, discuss innovative technology integration in teacher preparation and mathematics methods courses for teacher candidates studying elementary education. Themes that emerged in the review of current TPaCKliterature included the importance of understanding the TPACK framework, developing self efficacy, the vital role that modeling plays, how collaboration impacts and finally, just how powerful reflection can be in the application of TPACK. This paper will examine and explain these different themes and summarize the current literature as well as highlight trends on technology integration and TPACK.
This document is an assignment on the topic of educational technology submitted by Aswathy Raman to her teacher Mary Jain. It discusses the meaning, objectives, and scope of educational technology. It defines educational technology as the effective use of tools to aid learning, including media, machines, and networking hardware. The objectives of educational technology are to improve information transmission, serve as teaching models, assist in skill practice, and provide feedback. The scope of educational technology is as broad as education itself and can be applied to areas like administration, testing, and instructional processes.
The document summarizes research on the technology gap between digital native students and digital immigrant teachers. It discusses how the TPACK model can help bridge this gap. The TPACK model shows that effective technology integration requires knowledge in technology, pedagogy, content, and their intersections. Teacher training must address these knowledge areas and provide hands-on experience applying technology to specific lessons. External factors like support and experience also influence integration. The document provides examples of how to implement TPACK-based training to help teachers successfully integrate new technologies.
1. The document discusses technopedagogic content knowledge analysis in commerce education. It focuses on how technology and pedagogy intersect, and the importance of understanding how teaching and learning can change when particular technologies are used in specific ways.
2. It outlines the steps of pedagogical analysis which include dividing content into subunits, writing objectives and selecting teaching strategies. It also discusses advantages of technology and challenges of teaching with technology.
3. The document emphasizes the need for teachers to understand how technologies can engage students and enhance learning, rather than using technologies for their own sake. It stresses analyzing how affordances of technologies can be leveraged according to context and purpose.
This document discusses the TPACK framework for integrating technology into teaching. It begins by explaining the PCK framework developed by Shulman and the addition of technological knowledge by Koehler and Mishra to create TPACK. TPACK consists of technological, pedagogical, and content knowledge, as well as their intersections. The document then discusses applying TPACK to teaching English as a second language and reviews related literature on measuring teachers' TPACK. It proposes using a survey to measure ESL teachers' knowledge and address research questions about the model.
Endorsement of Technology in Mathematics: Secondary Educational Perspectiveinventy
Research Inventy : International Journal of Engineering and Science is published by the group of young academic and industrial researchers with 12 Issues per year. It is an online as well as print version open access journal that provides rapid publication (monthly) of articles in all areas of the subject such as: civil, mechanical, chemical, electronic and computer engineering as well as production and information technology. The Journal welcomes the submission of manuscripts that meet the general criteria of significance and scientific excellence. Papers will be published by rapid process within 20 days after acceptance and peer review process takes only 7 days. All articles published in Research Inventy will be peer-reviewed.
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.
The document discusses utilizing cooperative learning strategies for graduate IT studies. It describes using project-based learning approaches where students work in small groups on projects. The strategy aims to increase student engagement and improve the learning process. Students gain benefits like interpreting information from different sources and developing research and presentation skills. The success of implementing cooperative learning groups in IT courses at a Libyan graduate academy encouraged expanding the approach to additional courses.
This document provides an overview of using document cameras in the classroom. It discusses the pedagogical benefits of integrating technology and describes how to select technologies that align with specific lesson activities. The document then provides details on the anatomy and functions of document cameras, as well as examples of direct instruction, assessment, inquiry, and problem-based activities that can be done using a document camera for science lessons.
The document discusses the meaning, objectives, and scope of educational technology. It defines educational technology as the application of scientific principles to instruction and the use of technology in education to achieve learning objectives. The objectives and scope of educational technology include improving the teaching and learning process through tools like computers, software, and multimedia approaches at both the macro level of educational administration and the micro level of classroom instruction.
1) The document discusses the meaning, objectives, and scope of educational technology. It defines educational technology as the application of scientific principles and technological developments to improve the teaching and learning process.
2) The objectives of educational technology include transmitting information from teachers to students, serving as role models, assisting in skill development, providing feedback, and meeting the needs of maximum students through improved learning materials and independent study opportunities.
3) The scope of educational technology is wide, ranging from educational administration and management to instructional processes and educational testing. It involves identifying learning objectives, planning instruction, structuring content, selecting teaching strategies and media, and evaluating and improving the learning system.
The document discusses the importance of techno-pedagogic analysis in commerce education. It argues that techno-pedagogy, which refers to weaving technological skills into the learning process, is now a key factor in educational success. It presents a framework for technological pedagogical content knowledge (TPACK) that recognizes the interplay between content, pedagogy, and technology. The challenges of teaching with newer digital technologies are also addressed. The conclusion emphasizes that techno-pedagogic analysis, while complex, can dramatically improve student learning and teacher effectiveness in commerce and other disciplines.
This document summarizes a paper about using technology effectively in education. It outlines different stages of technology adoption that teachers go through, from initial exposure to full integration and reconceptualization. For technology to truly impact learning, it must be united with educational principles like active learning, multiple perspectives, and contextualization. When used properly based on cognitive research, technology can help students engage more deeply with lessons and better process information.
The document outlines the scope and sequence for teaching information technology skills at Cardiff North Public School. It is divided into 3 sections. Section A provides a grade-by-grade index of when skills should be introduced, reinforced, or mastered independently. Section B outlines specific skills, software, and projects by grade level. Section C covers content areas like basic computer skills, word processing, databases, multimedia, internet skills, and ethics. The scope and sequence aims to progressively increase the complexity, sophistication, and independence of students' technology skills through grades K-6.
Training Informatics Teachers in Managing ICT Facilities in SchoolsChrysanthi Tziortzioti
The document summarizes a study that assessed a training project for 3,200 informatics teachers in Greece. The project aimed to provide teachers with new ICT knowledge and skills to manage school computer facilities. It used a blended learning approach combining workshops, in-school training, and online sessions. Based on survey responses from 1,270 teachers:
- Teachers responded most positively to the in-school training and workshops compared to the online components.
- They were very satisfied with the trainers' expertise and support.
- Suggestions for improvement included offering more practical and flexible content, and addressing technological issues for the online training.
- Overall teachers were satisfied with the blended learning approach and interested in future similar courses.
The document discusses the meaning, scope, and objectives of educational technology. It defines educational technology as the effective use of technological tools in learning, including various types of media and applications. The scope of educational technology is as wide as education itself, ranging from concrete educational processes to abstract ones. It covers using hardware/software and systems analysis. The major objectives of educational technology are to help achieve educational goals at both the macro level of developing curriculum and managing educational systems, and at the micro level of classroom teaching through identifying student needs, setting objectives, analyzing content, and evaluating effectiveness.
This document provides a literature review on technology integration in education. It discusses how today's students (digital natives) learn differently than teachers (digital immigrants) due to differences in technology experience. The TPACK framework is examined as a model for effective technology integration, emphasizing the interplay between technological, pedagogical, and content knowledge. Factors that influence teachers' willingness to integrate technology include their technology training and experience. The document advocates for teacher training programs to apply TPACK and provide hands-on experience integrating specific technologies into real lessons.
Techno pedagogy refers to the integration of technology into teaching and learning. It demands that educational experiences be intertwined with hyper learning through technology. Effective techno pedagogical design considers student needs, learning objectives, content, and outcomes, as well as the level of students' technology knowledge and how technology can enhance the learning experience.
The Title IID Digital Destinations in History program provides professional development for teachers to integrate project-based learning and technology into their social studies and English language arts curriculum. Over three years, the program aims to train teachers from 24 public and 20 non-public schools in New York City to use technology as an instructional tool and have 80% of targeted students achieve one year of growth on their ELA exam. Teachers will learn to incorporate technology into authentic, interdisciplinary projects to develop students' social studies knowledge and ELA skills like writing, critical thinking, and problem solving.
The notion of digital literacy has become the trend in any field, including this research. This research aimed to find the level of digital literacy and adequate and inadequate domains in each pre-service teachers of English education digital literacy group. Quantitative research with digital competence framework or DCF then adjusted and validated through the expert judgment by Aiken V as the main questionnaire occurred to measure the level of digital literacy. Indonesia and Thailand pre-service teacher in various universities participated in this research. The research found that: i) The most level of digital literacy whether in Indonesia and Thailand, the pre-service teacher has an intermediate level followed by basic and advanced and ii) The researcher claims ‘information’ as an inadequate domain and ‘implement tech to learning’ as the adequate domain in each level of digital literacy. Further research is needed to examine effectiveness of project-based learning, problem-based learning, and case study in enhancing digital literacy through qualitative and quantitative research.
USING BLENDED LEARNING IN DEVELOPING STUDENT TEACHERS TEACHI…Hisham Hussein
The research aims to determine the effectiveness of using blended learning Approach in developing student teachers teaching skills, and defining teaching skills that confront students of teachers college at King Saud University need it. The research uses the Quasi- Experimental approach, with four experimental groups (Mathematics (21) – Science (15) – computer (20) – Quran (15)). The research is limited to the students of practical course in the second term of (2010/2011) academic year. Additionally, it investigates teaching skills that are not excelled by student teachers. The research uses observation skill card for teaching skills with pre-post applied, while preparing and implementing a suggested proposal for developing skills of teaching implementation of student teachers, Results of statistical treatment indicated that there were significant differences between means of pre-post treatment in Experimental groups in favor of post treatment. As Students thought, these results indicated that Blended Learning helped them to improve their Teaching skills. More details of the results are discussed in the study.
TPACK + MATHEMATICS: A REVIEW OF CURRENT TPACK LITERATURE IJITE
This paper will summarize a review of current literature on the Technology, Pedagogy and Content Knowledge (TPACK) framework, discuss innovative technology integration in teacher preparation and mathematics methods courses for teacher candidates studying elementary education. Themes that emerged in the review of current TPaCKliterature included the importance of understanding the TPACK framework, developing self efficacy, the vital role that modeling plays, how collaboration impacts and finally, just how powerful reflection can be in the application of TPACK. This paper will examine and explain these different themes and summarize the current literature as well as highlight trends on technology integration and TPACK.
This document is an assignment on the topic of educational technology submitted by Aswathy Raman to her teacher Mary Jain. It discusses the meaning, objectives, and scope of educational technology. It defines educational technology as the effective use of tools to aid learning, including media, machines, and networking hardware. The objectives of educational technology are to improve information transmission, serve as teaching models, assist in skill practice, and provide feedback. The scope of educational technology is as broad as education itself and can be applied to areas like administration, testing, and instructional processes.
The document summarizes research on the technology gap between digital native students and digital immigrant teachers. It discusses how the TPACK model can help bridge this gap. The TPACK model shows that effective technology integration requires knowledge in technology, pedagogy, content, and their intersections. Teacher training must address these knowledge areas and provide hands-on experience applying technology to specific lessons. External factors like support and experience also influence integration. The document provides examples of how to implement TPACK-based training to help teachers successfully integrate new technologies.
1. The document discusses technopedagogic content knowledge analysis in commerce education. It focuses on how technology and pedagogy intersect, and the importance of understanding how teaching and learning can change when particular technologies are used in specific ways.
2. It outlines the steps of pedagogical analysis which include dividing content into subunits, writing objectives and selecting teaching strategies. It also discusses advantages of technology and challenges of teaching with technology.
3. The document emphasizes the need for teachers to understand how technologies can engage students and enhance learning, rather than using technologies for their own sake. It stresses analyzing how affordances of technologies can be leveraged according to context and purpose.
This document discusses the TPACK framework for integrating technology into teaching. It begins by explaining the PCK framework developed by Shulman and the addition of technological knowledge by Koehler and Mishra to create TPACK. TPACK consists of technological, pedagogical, and content knowledge, as well as their intersections. The document then discusses applying TPACK to teaching English as a second language and reviews related literature on measuring teachers' TPACK. It proposes using a survey to measure ESL teachers' knowledge and address research questions about the model.
Endorsement of Technology in Mathematics: Secondary Educational Perspectiveinventy
Research Inventy : International Journal of Engineering and Science is published by the group of young academic and industrial researchers with 12 Issues per year. It is an online as well as print version open access journal that provides rapid publication (monthly) of articles in all areas of the subject such as: civil, mechanical, chemical, electronic and computer engineering as well as production and information technology. The Journal welcomes the submission of manuscripts that meet the general criteria of significance and scientific excellence. Papers will be published by rapid process within 20 days after acceptance and peer review process takes only 7 days. All articles published in Research Inventy will be peer-reviewed.
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.
The document discusses utilizing cooperative learning strategies for graduate IT studies. It describes using project-based learning approaches where students work in small groups on projects. The strategy aims to increase student engagement and improve the learning process. Students gain benefits like interpreting information from different sources and developing research and presentation skills. The success of implementing cooperative learning groups in IT courses at a Libyan graduate academy encouraged expanding the approach to additional courses.
This document provides an overview of using document cameras in the classroom. It discusses the pedagogical benefits of integrating technology and describes how to select technologies that align with specific lesson activities. The document then provides details on the anatomy and functions of document cameras, as well as examples of direct instruction, assessment, inquiry, and problem-based activities that can be done using a document camera for science lessons.
The document discusses the meaning, objectives, and scope of educational technology. It defines educational technology as the application of scientific principles to instruction and the use of technology in education to achieve learning objectives. The objectives and scope of educational technology include improving the teaching and learning process through tools like computers, software, and multimedia approaches at both the macro level of educational administration and the micro level of classroom instruction.
1) The document discusses the meaning, objectives, and scope of educational technology. It defines educational technology as the application of scientific principles and technological developments to improve the teaching and learning process.
2) The objectives of educational technology include transmitting information from teachers to students, serving as role models, assisting in skill development, providing feedback, and meeting the needs of maximum students through improved learning materials and independent study opportunities.
3) The scope of educational technology is wide, ranging from educational administration and management to instructional processes and educational testing. It involves identifying learning objectives, planning instruction, structuring content, selecting teaching strategies and media, and evaluating and improving the learning system.
The document discusses the importance of techno-pedagogic analysis in commerce education. It argues that techno-pedagogy, which refers to weaving technological skills into the learning process, is now a key factor in educational success. It presents a framework for technological pedagogical content knowledge (TPACK) that recognizes the interplay between content, pedagogy, and technology. The challenges of teaching with newer digital technologies are also addressed. The conclusion emphasizes that techno-pedagogic analysis, while complex, can dramatically improve student learning and teacher effectiveness in commerce and other disciplines.
This document summarizes a paper about using technology effectively in education. It outlines different stages of technology adoption that teachers go through, from initial exposure to full integration and reconceptualization. For technology to truly impact learning, it must be united with educational principles like active learning, multiple perspectives, and contextualization. When used properly based on cognitive research, technology can help students engage more deeply with lessons and better process information.
The document outlines the scope and sequence for teaching information technology skills at Cardiff North Public School. It is divided into 3 sections. Section A provides a grade-by-grade index of when skills should be introduced, reinforced, or mastered independently. Section B outlines specific skills, software, and projects by grade level. Section C covers content areas like basic computer skills, word processing, databases, multimedia, internet skills, and ethics. The scope and sequence aims to progressively increase the complexity, sophistication, and independence of students' technology skills through grades K-6.
Training Informatics Teachers in Managing ICT Facilities in SchoolsChrysanthi Tziortzioti
The document summarizes a study that assessed a training project for 3,200 informatics teachers in Greece. The project aimed to provide teachers with new ICT knowledge and skills to manage school computer facilities. It used a blended learning approach combining workshops, in-school training, and online sessions. Based on survey responses from 1,270 teachers:
- Teachers responded most positively to the in-school training and workshops compared to the online components.
- They were very satisfied with the trainers' expertise and support.
- Suggestions for improvement included offering more practical and flexible content, and addressing technological issues for the online training.
- Overall teachers were satisfied with the blended learning approach and interested in future similar courses.
The document discusses the meaning, scope, and objectives of educational technology. It defines educational technology as the effective use of technological tools in learning, including various types of media and applications. The scope of educational technology is as wide as education itself, ranging from concrete educational processes to abstract ones. It covers using hardware/software and systems analysis. The major objectives of educational technology are to help achieve educational goals at both the macro level of developing curriculum and managing educational systems, and at the micro level of classroom teaching through identifying student needs, setting objectives, analyzing content, and evaluating effectiveness.
This document provides a literature review on technology integration in education. It discusses how today's students (digital natives) learn differently than teachers (digital immigrants) due to differences in technology experience. The TPACK framework is examined as a model for effective technology integration, emphasizing the interplay between technological, pedagogical, and content knowledge. Factors that influence teachers' willingness to integrate technology include their technology training and experience. The document advocates for teacher training programs to apply TPACK and provide hands-on experience integrating specific technologies into real lessons.
Techno pedagogy refers to the integration of technology into teaching and learning. It demands that educational experiences be intertwined with hyper learning through technology. Effective techno pedagogical design considers student needs, learning objectives, content, and outcomes, as well as the level of students' technology knowledge and how technology can enhance the learning experience.
The Title IID Digital Destinations in History program provides professional development for teachers to integrate project-based learning and technology into their social studies and English language arts curriculum. Over three years, the program aims to train teachers from 24 public and 20 non-public schools in New York City to use technology as an instructional tool and have 80% of targeted students achieve one year of growth on their ELA exam. Teachers will learn to incorporate technology into authentic, interdisciplinary projects to develop students' social studies knowledge and ELA skills like writing, critical thinking, and problem solving.
The notion of digital literacy has become the trend in any field, including this research. This research aimed to find the level of digital literacy and adequate and inadequate domains in each pre-service teachers of English education digital literacy group. Quantitative research with digital competence framework or DCF then adjusted and validated through the expert judgment by Aiken V as the main questionnaire occurred to measure the level of digital literacy. Indonesia and Thailand pre-service teacher in various universities participated in this research. The research found that: i) The most level of digital literacy whether in Indonesia and Thailand, the pre-service teacher has an intermediate level followed by basic and advanced and ii) The researcher claims ‘information’ as an inadequate domain and ‘implement tech to learning’ as the adequate domain in each level of digital literacy. Further research is needed to examine effectiveness of project-based learning, problem-based learning, and case study in enhancing digital literacy through qualitative and quantitative research.
USING BLENDED LEARNING IN DEVELOPING STUDENT TEACHERS TEACHI…Hisham Hussein
The research aims to determine the effectiveness of using blended learning Approach in developing student teachers teaching skills, and defining teaching skills that confront students of teachers college at King Saud University need it. The research uses the Quasi- Experimental approach, with four experimental groups (Mathematics (21) – Science (15) – computer (20) – Quran (15)). The research is limited to the students of practical course in the second term of (2010/2011) academic year. Additionally, it investigates teaching skills that are not excelled by student teachers. The research uses observation skill card for teaching skills with pre-post applied, while preparing and implementing a suggested proposal for developing skills of teaching implementation of student teachers, Results of statistical treatment indicated that there were significant differences between means of pre-post treatment in Experimental groups in favor of post treatment. As Students thought, these results indicated that Blended Learning helped them to improve their Teaching skills. More details of the results are discussed in the study.
Presentation in Norway, 2008. ARION Study visit for education specialists and decision makers in the European Union and candidate countries. The first steps leading towards the Tenegen concept.
Ashima Shrivastava is an experienced educator currently working as an IB Diploma Programme Coordinator at Indus International School Pune. She has over 15 years of experience teaching Computer Science, Theory of Knowledge, and other IT-related subjects at the secondary level. Her career highlights include positions as Associate IBDP Coordinator, Head of various IT-related departments, and examiner for ISC and other boards. She is well-qualified, having earned degrees in Computer Science and related fields.
The document proposes a new course titled "Delivery, Design, and Supplementing Instruction through an Online Learning Environment." The 3-credit asynchronous and synchronous online course would teach undergraduate education students how to design, deliver, and supplement K-12 instruction using online formats. Students would read research on multimedia learning and effective online instruction to create an online course in their subject area using Blackboard. The proposal provides details on course objectives, topics, activities, prerequisites, and assessment to justify the course for approval.
The document discusses the National Education Technology Plan (NETP), E-Rate funding, and Spring Independent School District's technology plan. The NETP aims to transform education through technology by 2020. E-Rate provides discounts to schools and districts for telecom and internet if they have a technology plan. Spring ISD is building a multi-year technology plan with goals around integrating technology into curricula, expanding a student portal, virtualizing desktops, and providing professional learning for teachers.
Explore Fredlie Pialago Bucog's professional story here!
Fredlie's CV is a glimpse into his journey—a mix of academic achievements, work experiences, and his dedication to shaping education. It outlines his educational background, roles held, and contributions made in the field of education. Delve into Fredlie's CV to discover his path, accomplishments, and the passion he holds for revolutionizing learning in today's digital world.
Miriam College in the Philippines uses e-learning in several ways:
1) For college students, it uses platforms like Moodle and Edu2.0 to provide online content and discussion forums to supplement in-person classes.
2) It offers an open learning program for working adults, though enrollment is still low.
3) Through a partnership, it provides an online "Hope Cybrary" to teach children ages 7-12 through virtual tutoring and mentoring.
4) Its Asian University Digital Resource Network preserves and shares local knowledge across Asia through online documentation and training.
Schools and libraries program of the universal servicekylauh
This document contains information about the E-Rate program, CFISD Technology Plan, and Ault Elementary STaR Chart data. The E-Rate program provides funding to help libraries and schools obtain internet access and telecommunications services, with support levels determined by poverty levels and urban/rural status. CFISD's technology goals include providing technology access for students and teachers, using technology to enhance learning, and enabling students to create and publish documents. Ault Elementary's STaR Chart data shows levels of technology usage from 2008-2009 to 2006-2007 in areas like teaching and learning, educator development, and infrastructure.
Educational and Technological Standards of Educational Software Based on Inte...iosrjce
The document discusses establishing educational and technological standards for educational software based on the internet. It presents a literature review on e-learning technologies and their benefits. The researcher used a descriptive analytical method, including expert interviews and a questionnaire, to develop a list of standards. The results section provides the list, which includes 53 educational standard items across 5 areas (general information, content organization, screen design, evaluation, and flexibility) and 39 technological standard items across 3 areas (design, tools, and evaluation). The standards aim to provide guidance for developing high-quality educational software based on internet.
NasrEl-dinMabroukMohamed has over 20 years of experience in e-learning and instructional design. He currently works as a faculty staff member and e-learning professional at the Institute of Public Administration in Riyadh, Saudi Arabia. Previously, he worked for the Ministry of Education in Egypt as the Chief of E-Learning and Technology Development. He has extensive training and certification in e-learning platforms like Blackboard, Articulate, and LectureMaker. NasrEl-dinMabroukMohamed holds a Ph.D. in research, a master's degree in instructional technology, and bachelor's degree in instructional technology from Minia University in Egypt.
The document outlines Mesquite Independent School District's (MISD) technology plan to infuse 21st century skills throughout the district by integrating technology as a tool for problem-solving and creativity. The plan focuses on five areas of national focus - learning, assessment, teaching, infrastructure, and productivity. The goals are to optimize academic achievement, increase family and community involvement, develop employees, ensure effective systems, and infuse 21st century skills district-wide. The plan recommends providing training to support uses of tools like Moodle, Google Apps, and Promethean boards to engage students.
Usama Ahmed al Zoubi is a mathematics teacher seeking a challenging teaching position. He has over 15 years of experience teaching mathematics to middle and high school students in Jordan and Dubai. Al Zoubi holds a Bachelor's degree in Applied Mathematics and has received additional training in classroom management and common core standards. He utilizes effective teaching methods and online tools to plan and execute lessons that meet curriculum standards and student needs.
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OPEN EDUCATIONAL RESOURCES FOR ONLINE LANGUAGE TEACHER TRAINING: CONCEPTUAL F...IJITE
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Similar to Dr. Milad M. SAAD_Curriculum Vitae- July 2015 update (20)
Dr. Milad M. SAAD_Curriculum Vitae- July 2015 update
1. Milad M. SAAD, Ph.D.
Kfar-Hebab, Lebanon
+961 (0) 99 2 55 00
+961 (0) 3 100 838
milad.saad@ul.edu.lb
1
milad.m.saad@gmail.com
Personal Web. www.ifteachersmatter.com
www.e-pedagogics.com (in progress)
EDUCATION
Saint-Joseph University of Beirut (USJ), Beirut, January 2014
Ph.D. in Sciences of Education, obtained with Highest Honor and Recommendation for Publication
Area of Specialization: ICT in Education & Teacher Education
Dissertation: “Information and Communication Technology in Building Prospective Teachers’
Knowledge Base: Cohort of Secondary Mathematics Pre-service Teachers in Lebanon”
Lebanese University, Faculty of Education, Beirut, 2003
M.Ed. in Sciences of Education, Area of Specialization: Mathematics Education
Thesis: “Error Analysis of Students' Common Errors in High School Mathematics”
Concordia University, Montreal, 1992
Graduate Studies in Educational Technology
Lebanese University, Faculty of Science, Beirut, 1984
B.Sc./ License in Applied Mathematics and Statistics
American University of Beirut, Faculty of Science, Beirut, 1980
Sophomore Science
Lebanese Official Baccalaureate II, Mathematics, Beirut, 1979
RESEARCH INTERESTS
Theoretical grounding of ICTs in teacher education (PCK, TPACK, ICT-TPCK, and
TPACK-XL frameworks), ICT pedagogical integration practices in education and teacher
professional development (special focus: Mathematics Education).
The pedagogical affordances of educational technologies in augmenting blended and/or
ICT-rich teaching-learning environments on the basis of learning theories guidelines.
Role of ICTs in support of 21st
century knowledge and skills to scaffold knowledge society
digital native learners and prospective teachers ICT pedagogy-based practices.
International trends of technology integration in education (UNESCO ICT-CST, ISTE
Standards.t, OECD CERI ICT in ITT, AMTE, and NCATE/NCTM projects & Standards)
compared to relevant strategies adopted by the Ministry of Education in Lebanon, Middle
East & North Africa (MENA) countries.
1
Preferred correspondence email
2. Milad M. SAAD, Ph.D.
Page 2
PROFESSIONAL EXPERIENCE
Associate Professor in Educational Technology / Tenured faculty member, Lebanese University -
Faculty of Pedagogy, Sept. 2014 – Present
My responsibilities include teaching courses related to Instruction Design, Educational Technology, Action
Research, among other courses in the Master Degree programs of Educational Technology, Education
Supervision, and Academic Disciplines Education (e.g. M.A in Mathematics Education, Arabic language
Education, etc…). In Addition, I supervise and direct theses research in Educational Technology.
Courses taught in the academic year 2014 -2015 in the postgraduate programme:
Educational Technology & Instruction Design
Educational Technology & Action Research
Information and Communication Technology & Educational Supervision
Information and Communication Technology & Mathematics Education
Information and Communication Technology & Physics Education
Information and Communication Technology & English Education
Information and Communication Technology & Biology Education
Information and Communication Technology Literacy in k-12 Education
E-education Consultant, National Center of Educational Research and Development
(http://www.crdp.org/), Beirut, July 2015 – Present
Leading the envisioning and planning for the "Interactive Curriculum" to transform the k-12 Lebanese
curriculum to meet the digital age universal curricular trends.
Consolidate the role of CRDP in the implementation of "Lebanon’s National Educational Technology
Strategic Plan".
Consolidate the role of CRDP in EPD II Project with the World Bank.
Follow-up the ICT integration in CRDP and teachers training centers.
Education Technology Thesis Director/Supervisor, Université Saint-Joseph, Faculty of Education
(Fsedu) _Beirut (http://www.fsedu.usj.edu.lb/), Beirut, Oct. 2014 – Present
Supervise Master degree thesis in education with the emphasis on the integration of educational technology.
Lecturer, American University of Science and Technology (https://www.aust.edu.lb/), Beirut
February 2014 – July 2014
Instructor of core courses in the Education Department. Courses taught are:
EDU 204 A - Observation & Internship
EDU 206 A - Teaching of English as a Foreign Language I
EDU 207 A - Teaching of English as a Foreign Language II
EDU 212 A - Teaching of Business Administration I
EDU 213 A - Teaching of Business Administration II
EDU 219 A - Teaching of Mathematics II
Educational Technology Consultant, Eduware DotNet (http://www.eduware.net/), Beirut Digital
District (BDD), Beirut, Oct. 2014 – Present
Consultant working with Eduware team leaders in the space of: emerging technologies educational
affordances and innovations in k-12 education, teachers’ TPACK-based training, and ICT platforms for
managing teaching and learning environments.
3. Milad M. SAAD, Ph.D.
Page 3
Education & Technology Usability/Research Analyst, NTC-Eduware (http://www.eduware.net/),
Beirut Digital District (BDD), Beirut, April 2014 – Sept. 2014
In collaboration with Eduware team leaders, responsible for leading designers, product managers,
developers and other team members to deliver state of the art ICT-pedagogy based products and training
in support of teaching-learning environments.
Identify, describe and plan appropriate research based e-pedagogy methodologies that are best suited to
guide strategic insights for education re-engineering through technology. Continually strive to improve
Eduware design process to deliver educational technologies to meet 21st century education demands.
Collaborate with Eduware team leaders to measure products effectiveness in scaffolding education for the
digital age.
E-Learning Consultant, Dataflow (http://www.dataflow.com.lb/), Ashrafieh, Lebanon, Feb. 2008 –
Feb. 2014
As part of Pearson, Houghton Mifflin Harcourt, EMPGI, Obeikan and Riverdeep, ADEC, HCT (and many
other international educational firms) joint venture activities with Dataflow Offshore and Dataflow
International, I was involved in designing, developing, and evaluating scholastics digital products
customized and localized to Middle-East and North Africa (Mina countries) k-12 ICT-blended education
through their educational councils or ministries of education. For instance, in the process of developing e-
learning software, I monitored and supervised the content quality of the beta versions of Destination
Science, Math, and English products and some other e-learning products from both pedagogical and
instructional design aspects, in parallel with localization and customization of culturally sensitive issues to
the Arab World Educational Environments. Actively shared in creating Scope and Sequence structures and
e-content correlations to specific subject curricula, k-12 subject-specific test banks development related to
Ministries of Education of Arab countries like Kuwait, Saudi Arabia, Qatar, United Arab Emirates and
Libya.
Senior Subject Analyst, SABIS Educational Services, Curriculum Development Department
Adma, Lebanon, Sept. 2007 – Nov. 2007
Pedagogical review of Assessment Digital Repository
Blended ICT-Pedagogy based Instruction Developer in Mathematics Education, Air Force and Air
Defense, Emirates Army General Head Quarter, Al-Ain, UAE, Sept. 2000 – June 2005
Developed the scheme of work and designed the Mathematics instruction to meet the Air Force
Education Dept. curriculum framework and the characteristics of the U.A.E cadets who are non-native
English speakers.
Designed and prepared digital content to serve in paper-based medium (Booklets, worksheets, and Drills)
as well as a ICT-based instruction (PowerPoint presentations, applications on Computer Algebra Systems
applications like DERIVE, Scientific workplace, Dynamic Geometry Systems like Cabri Geometry, and
many other digital tools). Developed content was adopted in academic years 2002 till 2005.
Selected, adopted, and integrated mathematics educational software into the curriculum,
Trained the teaching staff to build professional ICT subject-specific competencies.
Correlated Mathematics educational software to Algebra, Pre-Calculus, Calculus and Statistics
curriculum strands, including Math-Specific digital content (tutorials, drill and practice) and productivity
software(CAS and DGS applications: DERIVE, MAPLE, Scientific Workplace, Cabri Geometry). ICTs
were effectively integrated in the teaching-learning environment incorporating Interactive white boards
(IWB), multimedia projectors, and personal computers linked to a local area network
4. Milad M. SAAD, Ph.D.
Page 4
Computer Assisted Learning (CAL) Consultant, Adma International School, Fatka, Lebanon, Aug.
1997 – July 1998
As a member of the School Development Consultants Team, I was in charge of integrating computers in
education at Adma International School. My job parameters included a wide range of tasks relating to
developing, planning, and implementing a computer-based learning environment in a newly established
school including ICT hardware and software selection and teaching staff ICT-based training.
Educational Technology Specialist & ICT pedagogy-based teacher training
- - Eastwood College, Mansourieh & Choueifat Branches, Lebanon, 1996 – 1998, 2006 – 2007
- - Al-Dhafra Private School, Abu-Dhabi, United Arab Emirates, 1992 – 1993
Integrated commercially available subject-specific educational software and applications into the school
curriculum. Trained teachers to pedagogically integrate digital resources in their subject teaching practices.
Mathematics Instructor
- - Eastwood College, Mansourieh & Choueifat Branches, Lebanon, 1996 – 1998, 2006 – 2007
- Al-Mawakeb School, Dubai, United Arab Emirates, 1998 – 2000
- SABIS Schools Network, Al-Ain, United Arab Emirates, 1993 – 1996
- Al-Dhafra Private School, Abu-Dhabi, United Arab Emirates, 1992 – 1993
- Beirut Evangelical School for Girls & Boys, Rabyeh, Lebanon, 1989 – 1990
- School of Professional Studies & Arts, Ministry of Education, Beirut, Lebanon, 1988
- Saint Joseph School, Cornet-Chahwan, Lebanon, 1984 – 1987
- Etablissement Libanais des Sciences Commerciales, Beirut, Lebanon, 1984
Taught high school mathematics oriented towards preparing students to various types of final exams that
included, besides preparing them to the national baccalaureate, preparing to qualify for SAT I, SAT II, AP,
IB, GCSE & IGCSE external exams. As a high school Mathematics teacher, I have supplemented my
teaching with digital technologies and educational software and Math-oriented applications to augment
students’ mathematical thinking and foster their understanding of mathematical concepts.
Computer Science Instructor, SABIS Schools Network, Al-Ain, UAE, 1993 – 1996
Instructed Computer Science & Computer Studies preparing graduating students of Grades 12 and 13 for the
IGCSE and GCSE external exams set by Cambridge and London Universities and the AP level set by
Princeton Examination Board.
Education Director, Al-Dhafra Private School, Abu-Dhabi, United Arab Emirates, 1992 – 1993
Managed the teaching-learning environment and supervised the overall academic performance in the school.
Instructor, Lebanese University, Faculty of Education, Rawdah, Lebanon, Summer 1992
Prepared and offered an Introductory Course for the fourth year students in the Sciences of Education
Program in the Lebanese University, Faculty of Education, regarding computer integration in education and
the development in this field in Canada.
SAT/TOEFL Associate supervisor, AMIDEAST (America-Mideast Educational & Training
Services Inc.), Lebanon, 1996 – 1998
Broadcasting Chief, LBCI (Lebanese Broadcasting Corporation International), Programming Dept.,
Channel 33, Adma, Lebanon, 1987 – 1989
5. Milad M. SAAD, Ph.D.
Page 5
PUBLICATIONS AND PRESENTATIONS
( .م ميالد ،سعد2015.)ّةيالمواطن والتربية الصراع خضم في المجموعات بين العالقة فيودور االتصال نظرية :الجامعة
التكنولوجيابحث .مقدمفيالمؤتمرالدولي" بعنوانّياتدوتح واقع :الصراع بعد ما مجتمعات في المدرسةالدولي المركز تنظيم ،"
الش ومخب )(لبنان اإلنسان لعلوم)(الجزائر االجتماعية والمشكالت باب.جبيل،لبنان(5و6حزيران.)
( .م ميالد ،سعد2015مقترح :اإلعداد قيد العربية اللغة معلمي معارف قاعدة بناء في واالتصال المعلومات تكنولوجيا دمج .)
بحث .""بلغتكم النظري اإلطار مقاربةمقدمبين المشتركة األولى الدولية الندوة فيبعنوان اللبنانية والجامعة المنار تونس جامعة
ال ّاتيالخصوص و "العولمةتون ،المنار تونس جامعة ."ّةيلغوس(23-25.)نيسان
Saad, M. M. (2014). Information and Communication Technology in Building Prospective
Teachers’ Knowledge Base: Cohort of Secondary Mathematics Pre-Service Teachers in Lebanon.
Unpublished Dissertation. Université Saint-Joseph de Beyrouth, USJ, Beirut, Lebanon.
Saad, M.M., Barbar, A.M., & Abourjeily, S.A. (2012). Introduction of TPACK-XL: A
Transformative View of ICT-TPCK for Building Pre-Service Teacher Knowledge Base. Turkish
Journal of Teacher Education, 1(2), 41-60.
Saad, M.M. (2012). Pre-Service Teacher Knowledge Base: A Transformative View of
Technological Pedagogical and Content Knowledge. Paper presented at Carrefour d’Echanges,
Faculté des sciences de l'éducation, Université Saint-Joseph de Beyrouth, USJ, Beirut, Lebanon (26
June 2012).
Saad, M. M. (2003). Analysis of Students Common Errors in Multiplying and Factoring
Polynomials in High School Mathematics. Unpublished M.Ed. Thesis. Université Libanaise UL,
Faculty of Pedagogy, Beirut, Lebanon.
Saad, M.M. (1992). A Prototype of a Program to Teach Solution of First Degree Linear Equations.
Prototype presented at the Seventh International Conference on Instructional Technology,
Concordia University, Educational Technology Dept. (Academic Advisor: Dr. Steven G. Shaw),
Montreal, May 1992, Canada.
ACADEMIC CERTIFICATION & ACTIVITIES
عضواللبنانية الجامعة في التربية تكنولوجيا لجنة في
حائزلل تقدير شهادة علىمشاركةفيالمؤتمرالدولي" بعنوانّياتدوتح واقع :الصراع بعد ما مجتمعات في المدرسة"تنظيم ،
الش ومخب )(لبنان اإلنسان لعلوم الدولي المركز)(الجزائر االجتماعية والمشكالت باب.جبيل،لبنان (5و6حزيران،2015.)
حائزلل تقدير شهادة علىمشاركة،وفد ضمناللبنانية الجامعة رئيس معالي برئاسة،فيابين المشتركة األولى الدولية لندوةجامعة
ال ّاتيالخصوص و "العولمة بعنوان اللبنانية والجامعة المنار تونستون ،المنار تونس جامعة ."ّةيلغوس(23-25نيسان،2015.)
Developed and implemented, as part of the program, an Algebra prototype courseware on a
Macintosh platform that was selected by the Educational Technology Dept. for presentation at the
Seventh International Conference on Instructional Technology held in Montreal in May 1992.
6. Milad M. SAAD, Ph.D.
Page 6
In 1992, Obtained certification to teach Mathematics at the secondary level in Quebec and Ontario
provinces of Canada, issued by their Ministry of Education.
In 1986, Initiated, established, and led with a group of colleagues, within the faculty of Pedagogy
(Branch II) of the Lebanese University, a school for Grade 12 refugee students, who left their
schools from Iklim El-Kharroub and the Eastern Part of Saida, to continue their program for the
Lebanese Official Baccalaureate II.
REFERENCES
Thérèse EL-HACHEM, Ph.D.
Dean, Faculté des sciences de
l'éducation
Université Libanaise, Beyrouth,
Deanery Campus,
rue Tahwita Furn el chebbak
Tél : 961-1-292981
Email: terhata@ul.edu.lb
Site : http://www.ul.edu.lb/faculte/br
anches.aspx?facultyId=7
Fadi EL HAGE, Ph.D.
Dean, Faculté des sciences de
l'éducation
Université Saint-Joseph de
Beyrouth, USJ
Campus des sciences humaines, rue
de Damas, B.P. 17-5208 Mar
Mikhaël, Beyrouth, 1104 2020 Liban
Tél : 961-1-421570 / 961-1-421000
ext. 5710, Tpie : 961-421061
Cell : 961-3-263039,
Email: fadi.el-hage@usj.edu.lb
Site : www.fsedu.usj.edu.lb
Aziz M. BARBAR, Ph.D.
Dean, Faculty of Arts and Sciences
Coordinator, IEEE Computer
Society - Region 8
American University of Science &
Technology
Alfred Naccash Avenue –
Ashrafieh
http://www.aust.edu.lb
P.O. Box: 16-6452 Beirut 1100-
2130, Lebanon
Tel : +961 (0)1 218 716, Ext. 311
Fax: +961 (0)1 339 302
Email: abarbar@aust.edu.lb