Effects of web based learning tools on student achievementann-crosby
This study examined the effects of co-teaching using web-based learning tools on teacher perceptions of technology use and student writing skills. A technology teacher and language arts teacher co-planned, co-taught, and co-assessed lessons utilizing online tools like wikis and videos in a 6th grade class. Survey and interview results found the language arts teacher's perceptions of technology became more positive. Student writing and marking period grades improved compared to a control group, though author's purpose test scores did not differ significantly between groups. The study recommends continued co-teaching and use of web-based tools to support student learning and increase technology integration.
There were two viewpoints presented in the document. The first viewpoint found no significant difference in student performance between using online modules or a textbook to teach a course. The second viewpoint found significantly better student performance on exams when using educational technology compared to traditional methods. The author's view is that while the medium and strategies may differ, distance education and traditional education can be equally effective if the best environment and instruction are provided in both.
Web-based learning: An overview of factors affecting students\' motivation an...mohdazrulazlan
The document discusses web-based learning, focusing on how student characteristics and behaviors impact their motivation and learning experience. It aims to identify how instruction over the web can motivate students and how students learn in a web environment. Some research has found web-based courses can be as effective as traditional courses, while other studies found students prefer face-to-face learning. Successful web-based learning requires engagement from both instructors and students, with students regulating their own learning and instructors facilitating.
This document discusses how technology is changing roles in the classroom. It notes that students are now teaching teachers about technological skills, as students are more tech-savvy. The roles of passive student and leading teacher are shifting, as students can now take a more active role in their learning through technology. Students are demonstrating technologies for teachers and helping them incorporate tools into lesson plans. As technology advances rapidly, some teachers struggle to keep up, causing a reversal of traditional roles where students now demonstrate technological proficiency to teachers.
Journal Review of ICT-based learning to improve students' vocabularyUliGultom1
This study examined the effects of using ICT-based learning, specifically Wiki, on students' vocabulary mastery in junior high schools in Bandung, Indonesia. The study used a quasi-experimental design with an experimental group that learned vocabulary via Wiki and a control group. Results showed that the experimental group performed better on a post-test than the pre-test, indicating Wiki helped improve their vocabulary. Statistical analysis revealed the experimental group scored significantly higher than the control group. The study concluded that Wiki is an effective vocabulary learning tool that can provide an enjoyable online learning experience for students. It suggested teachers provide interesting topics on Wiki and different collaboration methods to support learning.
This document discusses the benefits of integrating technology into the classroom. It summarizes current research finding that technology keeps students focused, excited to learn, and able to learn at their own pace while preparing them for the future. Technology also supports students' thinking processes, motivation, self-esteem, and equity while promoting the school structure. When utilized properly in the classroom, technology can increase student involvement through multi-sensory learning and differentiation, help English language learners master English, and encourage shy students to willingly interact. The document outlines steps for integrating multimedia into the classroom and lists resources available to staff.
ICWOAL'S NASCENT RESEARCH TRENDS IN MOOC FOR HIGHER EDUCATIONAL INSTITUTIONSNor Fadzleen
This document summarizes a literature review on emerging research trends related to MOOCs (Massive Open Online Courses) in higher education. The review analyzed over 400 papers from various databases to identify 164 relevant papers. It found that research on MOOCs in higher education has grown significantly since 2008, especially focusing on pedagogical issues like personalized learning, instructional design, and assessment. The review concludes that studying MOOC trends can help educators optimize open learning at scale, while complementing existing education systems rather than replacing them. It suggests areas for future research like business models for MOOCs and their role in continuous professional development.
This document discusses the benefits of using iPads in K-12 classrooms from the perspectives of both teachers and students. It outlines how iPads can help with organizing class materials through tools like iTunes U, allow for immediate assessment and flipping the classroom. Teachers can use iPads to model usage, track student progress through apps like Socrative, while students can use iPads to take electronic notes, showcase creativity with apps like iMovie, and submit work electronically through Showbie. Some cautions discussed include classroom management, digital safety, internet access, and ensuring technology understanding, along with potential solutions.
Effects of web based learning tools on student achievementann-crosby
This study examined the effects of co-teaching using web-based learning tools on teacher perceptions of technology use and student writing skills. A technology teacher and language arts teacher co-planned, co-taught, and co-assessed lessons utilizing online tools like wikis and videos in a 6th grade class. Survey and interview results found the language arts teacher's perceptions of technology became more positive. Student writing and marking period grades improved compared to a control group, though author's purpose test scores did not differ significantly between groups. The study recommends continued co-teaching and use of web-based tools to support student learning and increase technology integration.
There were two viewpoints presented in the document. The first viewpoint found no significant difference in student performance between using online modules or a textbook to teach a course. The second viewpoint found significantly better student performance on exams when using educational technology compared to traditional methods. The author's view is that while the medium and strategies may differ, distance education and traditional education can be equally effective if the best environment and instruction are provided in both.
Web-based learning: An overview of factors affecting students\' motivation an...mohdazrulazlan
The document discusses web-based learning, focusing on how student characteristics and behaviors impact their motivation and learning experience. It aims to identify how instruction over the web can motivate students and how students learn in a web environment. Some research has found web-based courses can be as effective as traditional courses, while other studies found students prefer face-to-face learning. Successful web-based learning requires engagement from both instructors and students, with students regulating their own learning and instructors facilitating.
This document discusses how technology is changing roles in the classroom. It notes that students are now teaching teachers about technological skills, as students are more tech-savvy. The roles of passive student and leading teacher are shifting, as students can now take a more active role in their learning through technology. Students are demonstrating technologies for teachers and helping them incorporate tools into lesson plans. As technology advances rapidly, some teachers struggle to keep up, causing a reversal of traditional roles where students now demonstrate technological proficiency to teachers.
Journal Review of ICT-based learning to improve students' vocabularyUliGultom1
This study examined the effects of using ICT-based learning, specifically Wiki, on students' vocabulary mastery in junior high schools in Bandung, Indonesia. The study used a quasi-experimental design with an experimental group that learned vocabulary via Wiki and a control group. Results showed that the experimental group performed better on a post-test than the pre-test, indicating Wiki helped improve their vocabulary. Statistical analysis revealed the experimental group scored significantly higher than the control group. The study concluded that Wiki is an effective vocabulary learning tool that can provide an enjoyable online learning experience for students. It suggested teachers provide interesting topics on Wiki and different collaboration methods to support learning.
This document discusses the benefits of integrating technology into the classroom. It summarizes current research finding that technology keeps students focused, excited to learn, and able to learn at their own pace while preparing them for the future. Technology also supports students' thinking processes, motivation, self-esteem, and equity while promoting the school structure. When utilized properly in the classroom, technology can increase student involvement through multi-sensory learning and differentiation, help English language learners master English, and encourage shy students to willingly interact. The document outlines steps for integrating multimedia into the classroom and lists resources available to staff.
ICWOAL'S NASCENT RESEARCH TRENDS IN MOOC FOR HIGHER EDUCATIONAL INSTITUTIONSNor Fadzleen
This document summarizes a literature review on emerging research trends related to MOOCs (Massive Open Online Courses) in higher education. The review analyzed over 400 papers from various databases to identify 164 relevant papers. It found that research on MOOCs in higher education has grown significantly since 2008, especially focusing on pedagogical issues like personalized learning, instructional design, and assessment. The review concludes that studying MOOC trends can help educators optimize open learning at scale, while complementing existing education systems rather than replacing them. It suggests areas for future research like business models for MOOCs and their role in continuous professional development.
This document discusses the benefits of using iPads in K-12 classrooms from the perspectives of both teachers and students. It outlines how iPads can help with organizing class materials through tools like iTunes U, allow for immediate assessment and flipping the classroom. Teachers can use iPads to model usage, track student progress through apps like Socrative, while students can use iPads to take electronic notes, showcase creativity with apps like iMovie, and submit work electronically through Showbie. Some cautions discussed include classroom management, digital safety, internet access, and ensuring technology understanding, along with potential solutions.
This document discusses using computer simulations and 3D virtual environments to enhance collaborative learning. It describes a pilot study where students used case-based simulations in an online course. A survey found that over 70% of students felt the simulations helped achieve learning objectives and the interface was easy to use. The document advocates offering simulations in 3D virtual worlds which can provide more interactive, self-directed learning while aligning with educational theories. Challenges include resource needs, technical support, and ensuring technologies enhance learning. Careful consideration of goals, resources, and support is needed for effective adoption of these tools.
E-learning comprises all forms of electronically supported learning and teaching. It serves as a specific media to implement the learning process through networked learning or other information and communication systems. The development of science and technology has consequences such as simplifying the learning process, increasing access to learning opportunities, and enhancing general quality and skills. E-learning can be applied as both a media and process of learning through various online tools and platforms provided by schools. The benefits of e-learning include convenience and flexibility, more effective learning experiences, and more efficient learning without compromising quality.
E-learning comprises all forms of electronically supported learning and teaching. It serves as a specific media to implement the learning process through networked learning or other information and communication systems. The development of science and technology has consequences such as simplifying the learning process, increasing access to learning opportunities, and enhancing general quality and skills. E-learning can be applied as both a media and process of learning through various online tools and platforms provided by schools. The benefits of e-learning include convenience and flexibility, more effective learning experiences, and more efficient learning without compromising quality.
E-learning comprises all forms of electronically supported learning and teaching. It serves as a specific media to implement the learning process through networked learning or other information and communication systems. The development of science and technology has consequences such as simplifying the learning process, increasing access to learning opportunities, and enhancing general quality and skills. E-learning can be applied as both a media and process of learning through various online tools and platforms provided by schools. The benefits of e-learning include convenience and flexibility, more effective learning experiences, and more efficient learning without compromising quality.
E-learning comprises all forms of electronically supported learning and teaching. It uses information and communication systems, whether networked or not, to implement the learning process. The development of science and technology has led to globalization, simplified the learning process, increased access to learning opportunities, and enhanced quality while meeting different learning styles in a cost-effective manner. E-learning provides convenience and flexibility while allowing for more effective and efficient learning without compromising quality or competitiveness. For e-learning to improve in Indonesia certain supporting factors like infrastructure, telecommunications, and government commitment are required, while lacking factors such as familiarity, structure, and geographic issues can hamper growth.
E-Learning comprises all forms of electronically supported learning and teaching. It serves as a specific media to implement the learning process through networked or non-networked learning. Some benefits of E-Learning include convenience and flexibility, more effective learning experiences, and more efficient learning without compromising quality. However, fully realizing the benefits of E-Learning in Indonesia requires addressing factors like infrastructure, telecommunications, resources, and familiarity.
This document presents a methodology for choosing between different technology options described as "good, better, and best". It discusses stages of technology adoption including knowledge, persuasion, decision, implementation, and confirmation. It outlines factors to consider such as adopter cohorts, governance models, evaluation approaches, selection processes, implementation considerations, and lessons learned. The goal is to provide a framework to guide decision making when evaluating and adopting new educational technologies.
The document discusses various aspects of e-learning including why it has become popular, definitions of e-learning, examples of institutions offering e-learning programs in India, and challenges to promoting e-learning in India such as lack of access to technology, lack of policies supporting e-learning, and the need for learner-centered pedagogies in e-learning.
Role of the teacher in determining the effectivenessnoyesliv
The teacher plays a key role in determining the effectiveness of distance education. Proper training is needed to help teachers change their methods to focus more on advanced preparation, student interaction, visual materials, independent study activities, and follow-up. Distance learning teachers must become facilitators and ensure instruction is student-centered, as they no longer directly interact with students. Technology can make education more engaging and accessible if teachers understand how to connect it to pedagogy and curriculum.
Effective distance education programs require careful planning focused on student needs and course requirements. They rely on consistent efforts from students, faculty, staff, and administrators. Research shows distance students can perform as well as or better than campus students when instructors are well-organized and encourage interaction. A mix of print, video, computer conferencing, and other technologies is typically used depending on instructional needs. Distance education can effectively serve more learners when methods and technologies are appropriately matched to tasks.
Leading e-Learning Integration in Higher Education: Challenges and StrategiesCITE
4 March 2010 (Thursday) | 09:00 - 12:30 | HKU | http://citers2010.cite.hku.hk/abstract/3 | Dr. David KENNEDY, Director and Associate Professor, Teaching and Learning Centre, Lingnan University
The document discusses the benefits and challenges of mobile learning implementation. It notes that mobile devices are becoming more common in education due to their affordability, availability, and ability to provide learning opportunities outside the classroom. However, mobile learning also faces challenges related to privacy, control of personal technology, and ensuring mobile experiences are recorded and organized effectively. The document examines key issues educators must consider when implementing mobile learning, such as gathering contextual information while respecting privacy, and ensuring mobile tools don't allow students to disengage from classroom activities.
The document discusses several key issues regarding technology integration in K-12 schools. It addresses how technology, such as assistive devices, can benefit special education students. It also highlights the need for adequate funding, teacher training, collaboration between schools and universities, and addressing the technological disparities between well-funded and under-funded schools. International organizations like ISTE have also created standards to help guide the effective use of technology in classrooms.
The document discusses future trends in learning for individuals and schools. It explores how personal learning networks and adaptive learning systems that customize content to each student's needs could transform education. Traditional schools may need to change their infrastructure to support more personalized, autonomous, and collaborative learning enabled by new technologies. The challenges will be developing students' information, visual, and digital literacy skills and assessing learning in new ways.
Friday Institute Presentation from NCTIES
Corn, J.O., Tingen, J., Halstead, E., & Argueta, R., (2011, March). Reaching digital learners through laptop initiatives. Paper presented at the annual meeting of the North Carolina Technology in Education Society, Raleigh, NC.
This presentation discussed Moodle implementation at the Kigali Institute of Education in Rwanda between 2009-2013. It began with an introduction and background on internet usage in the region. A needs analysis found challenges like low computer ownership and connectivity. Moodle was introduced to train teachers, develop online materials, and shift to more online learning. Sample online courses demonstrated tools. Evaluations found benefits like interaction and idea sharing, but also challenges like poor connectivity. Recommendations included training more teachers and providing infrastructure to support full implementation. The conclusion emphasized that technology integration requires resources and political will to have impact in Africa.
Bringing Faculty into the Conversation about the Future of Liberal Education ...Julie Sievers
This document discusses the need for greater faculty involvement in conversations around new technologies and issues related to the future of liberal education. While discussions appear to be ongoing, faculty are not always fully participating in decision-making. It suggests ensuring those experienced in liberal education pedagogy have a meaningful role at the table. Questions are proposed for framing approaches to change in terms of liberal education values and learning outcomes. Resources on educational technologies and frameworks for effective practices are also provided to help guide the conversation.
This document summarizes a research project that studied the use of student response systems (SRS) to support mobile learning in university lectures. The study found that incorporating SRS-based formative assessments and collaborative activities into lectures improved student engagement and academic performance. Students reported that the SRS-supported approach prepared them well and helped them understand content. The researcher suggests further exploring new interactive mobile-enabled activities and assessment models to enhance learning beyond traditional boundaries.
Using Socrative and Smartphones for the support of collaborative learning IJITE
The document summarizes a study that investigated the effects of using the student response system Socrative combined with smartphones on student learning performance and collaboration. Students in a community college class used Socrative to answer multiple-choice questions during lectures. They first answered individually and then discussed in groups before answering again. Survey results found that students believed collaborative learning and interaction with classmates and teachers through Socrative improved their understanding and engagement. The study concluded that Socrative facilitates active and collaborative learning, increases student motivation and engagement, and ultimately improves learning performance.
Using Socrative and Smartphones for the support of collaborative learning IJITE
The integration of new technologies in the classrooms opens new possibilities for the teaching and learning
process. Technologies such as student response system (e.g. Clicker) are getting popularity among teachers
due to its effects on student learning performance. In this study, our primary objective is to investigate the
effect of Socrative with combination of smartphones on student learning performance. We also observed
the benefits of interactivity between the teacher and the students and among classmates, which positively
influences collaborative learning and engagement of students in the class. We test these relationships
experimentally in a community college class environment using data from a survey answered by students in
information technology associate degree. The results of our study reveal that collaborative learning and
engagement of student in the class improves student learning performance. We highly recommend these
tools in educational settings to support the learning process.
Using socrative and smartphones for the support of collaborative learningIJITE
The integration of new technologies in the classrooms opens new possibilities for the teaching and learning
process. Technologies such as student response system (e.g. Clicker) are getting popularity among teachers
due to its effects on student learning performance. In this study, our primary objective is to investigate the
effect of Socrative with combination of smartphones on student learning performance. We also observed
the benefits of interactivity between the teacher and the students and among classmates, which positively
influences collaborative learning and engagement of students in the class. We test these relationships
experimentally in a community college class environment using data from a survey answered by students in
information technology associate degree. The results of our study reveal that collaborative learning and
engagement of student in the class improves student learning performance. We highly recommend these
tools in educational settings to support the learning process.
This document discusses using computer simulations and 3D virtual environments to enhance collaborative learning. It describes a pilot study where students used case-based simulations in an online course. A survey found that over 70% of students felt the simulations helped achieve learning objectives and the interface was easy to use. The document advocates offering simulations in 3D virtual worlds which can provide more interactive, self-directed learning while aligning with educational theories. Challenges include resource needs, technical support, and ensuring technologies enhance learning. Careful consideration of goals, resources, and support is needed for effective adoption of these tools.
E-learning comprises all forms of electronically supported learning and teaching. It serves as a specific media to implement the learning process through networked learning or other information and communication systems. The development of science and technology has consequences such as simplifying the learning process, increasing access to learning opportunities, and enhancing general quality and skills. E-learning can be applied as both a media and process of learning through various online tools and platforms provided by schools. The benefits of e-learning include convenience and flexibility, more effective learning experiences, and more efficient learning without compromising quality.
E-learning comprises all forms of electronically supported learning and teaching. It serves as a specific media to implement the learning process through networked learning or other information and communication systems. The development of science and technology has consequences such as simplifying the learning process, increasing access to learning opportunities, and enhancing general quality and skills. E-learning can be applied as both a media and process of learning through various online tools and platforms provided by schools. The benefits of e-learning include convenience and flexibility, more effective learning experiences, and more efficient learning without compromising quality.
E-learning comprises all forms of electronically supported learning and teaching. It serves as a specific media to implement the learning process through networked learning or other information and communication systems. The development of science and technology has consequences such as simplifying the learning process, increasing access to learning opportunities, and enhancing general quality and skills. E-learning can be applied as both a media and process of learning through various online tools and platforms provided by schools. The benefits of e-learning include convenience and flexibility, more effective learning experiences, and more efficient learning without compromising quality.
E-learning comprises all forms of electronically supported learning and teaching. It uses information and communication systems, whether networked or not, to implement the learning process. The development of science and technology has led to globalization, simplified the learning process, increased access to learning opportunities, and enhanced quality while meeting different learning styles in a cost-effective manner. E-learning provides convenience and flexibility while allowing for more effective and efficient learning without compromising quality or competitiveness. For e-learning to improve in Indonesia certain supporting factors like infrastructure, telecommunications, and government commitment are required, while lacking factors such as familiarity, structure, and geographic issues can hamper growth.
E-Learning comprises all forms of electronically supported learning and teaching. It serves as a specific media to implement the learning process through networked or non-networked learning. Some benefits of E-Learning include convenience and flexibility, more effective learning experiences, and more efficient learning without compromising quality. However, fully realizing the benefits of E-Learning in Indonesia requires addressing factors like infrastructure, telecommunications, resources, and familiarity.
This document presents a methodology for choosing between different technology options described as "good, better, and best". It discusses stages of technology adoption including knowledge, persuasion, decision, implementation, and confirmation. It outlines factors to consider such as adopter cohorts, governance models, evaluation approaches, selection processes, implementation considerations, and lessons learned. The goal is to provide a framework to guide decision making when evaluating and adopting new educational technologies.
The document discusses various aspects of e-learning including why it has become popular, definitions of e-learning, examples of institutions offering e-learning programs in India, and challenges to promoting e-learning in India such as lack of access to technology, lack of policies supporting e-learning, and the need for learner-centered pedagogies in e-learning.
Role of the teacher in determining the effectivenessnoyesliv
The teacher plays a key role in determining the effectiveness of distance education. Proper training is needed to help teachers change their methods to focus more on advanced preparation, student interaction, visual materials, independent study activities, and follow-up. Distance learning teachers must become facilitators and ensure instruction is student-centered, as they no longer directly interact with students. Technology can make education more engaging and accessible if teachers understand how to connect it to pedagogy and curriculum.
Effective distance education programs require careful planning focused on student needs and course requirements. They rely on consistent efforts from students, faculty, staff, and administrators. Research shows distance students can perform as well as or better than campus students when instructors are well-organized and encourage interaction. A mix of print, video, computer conferencing, and other technologies is typically used depending on instructional needs. Distance education can effectively serve more learners when methods and technologies are appropriately matched to tasks.
Leading e-Learning Integration in Higher Education: Challenges and StrategiesCITE
4 March 2010 (Thursday) | 09:00 - 12:30 | HKU | http://citers2010.cite.hku.hk/abstract/3 | Dr. David KENNEDY, Director and Associate Professor, Teaching and Learning Centre, Lingnan University
The document discusses the benefits and challenges of mobile learning implementation. It notes that mobile devices are becoming more common in education due to their affordability, availability, and ability to provide learning opportunities outside the classroom. However, mobile learning also faces challenges related to privacy, control of personal technology, and ensuring mobile experiences are recorded and organized effectively. The document examines key issues educators must consider when implementing mobile learning, such as gathering contextual information while respecting privacy, and ensuring mobile tools don't allow students to disengage from classroom activities.
The document discusses several key issues regarding technology integration in K-12 schools. It addresses how technology, such as assistive devices, can benefit special education students. It also highlights the need for adequate funding, teacher training, collaboration between schools and universities, and addressing the technological disparities between well-funded and under-funded schools. International organizations like ISTE have also created standards to help guide the effective use of technology in classrooms.
The document discusses future trends in learning for individuals and schools. It explores how personal learning networks and adaptive learning systems that customize content to each student's needs could transform education. Traditional schools may need to change their infrastructure to support more personalized, autonomous, and collaborative learning enabled by new technologies. The challenges will be developing students' information, visual, and digital literacy skills and assessing learning in new ways.
Friday Institute Presentation from NCTIES
Corn, J.O., Tingen, J., Halstead, E., & Argueta, R., (2011, March). Reaching digital learners through laptop initiatives. Paper presented at the annual meeting of the North Carolina Technology in Education Society, Raleigh, NC.
This presentation discussed Moodle implementation at the Kigali Institute of Education in Rwanda between 2009-2013. It began with an introduction and background on internet usage in the region. A needs analysis found challenges like low computer ownership and connectivity. Moodle was introduced to train teachers, develop online materials, and shift to more online learning. Sample online courses demonstrated tools. Evaluations found benefits like interaction and idea sharing, but also challenges like poor connectivity. Recommendations included training more teachers and providing infrastructure to support full implementation. The conclusion emphasized that technology integration requires resources and political will to have impact in Africa.
Bringing Faculty into the Conversation about the Future of Liberal Education ...Julie Sievers
This document discusses the need for greater faculty involvement in conversations around new technologies and issues related to the future of liberal education. While discussions appear to be ongoing, faculty are not always fully participating in decision-making. It suggests ensuring those experienced in liberal education pedagogy have a meaningful role at the table. Questions are proposed for framing approaches to change in terms of liberal education values and learning outcomes. Resources on educational technologies and frameworks for effective practices are also provided to help guide the conversation.
This document summarizes a research project that studied the use of student response systems (SRS) to support mobile learning in university lectures. The study found that incorporating SRS-based formative assessments and collaborative activities into lectures improved student engagement and academic performance. Students reported that the SRS-supported approach prepared them well and helped them understand content. The researcher suggests further exploring new interactive mobile-enabled activities and assessment models to enhance learning beyond traditional boundaries.
Using Socrative and Smartphones for the support of collaborative learning IJITE
The document summarizes a study that investigated the effects of using the student response system Socrative combined with smartphones on student learning performance and collaboration. Students in a community college class used Socrative to answer multiple-choice questions during lectures. They first answered individually and then discussed in groups before answering again. Survey results found that students believed collaborative learning and interaction with classmates and teachers through Socrative improved their understanding and engagement. The study concluded that Socrative facilitates active and collaborative learning, increases student motivation and engagement, and ultimately improves learning performance.
Using Socrative and Smartphones for the support of collaborative learning IJITE
The integration of new technologies in the classrooms opens new possibilities for the teaching and learning
process. Technologies such as student response system (e.g. Clicker) are getting popularity among teachers
due to its effects on student learning performance. In this study, our primary objective is to investigate the
effect of Socrative with combination of smartphones on student learning performance. We also observed
the benefits of interactivity between the teacher and the students and among classmates, which positively
influences collaborative learning and engagement of students in the class. We test these relationships
experimentally in a community college class environment using data from a survey answered by students in
information technology associate degree. The results of our study reveal that collaborative learning and
engagement of student in the class improves student learning performance. We highly recommend these
tools in educational settings to support the learning process.
Using socrative and smartphones for the support of collaborative learningIJITE
The integration of new technologies in the classrooms opens new possibilities for the teaching and learning
process. Technologies such as student response system (e.g. Clicker) are getting popularity among teachers
due to its effects on student learning performance. In this study, our primary objective is to investigate the
effect of Socrative with combination of smartphones on student learning performance. We also observed
the benefits of interactivity between the teacher and the students and among classmates, which positively
influences collaborative learning and engagement of students in the class. We test these relationships
experimentally in a community college class environment using data from a survey answered by students in
information technology associate degree. The results of our study reveal that collaborative learning and
engagement of student in the class improves student learning performance. We highly recommend these
tools in educational settings to support the learning process.
CoMo: Supporting collaborative groupwork using mobile phones in distant educa...niall
The CoMo project used mobile phones to support collaborative group work for distance learning students at the Royal Veterinary College. Students used their phones to capture photos of clinical cases, share them with peers and tutors, and document case progression over time. This helped support knowledge construction and provided tutors insight into what students were focusing on. Future research could explore more effective pedagogical designs for mobile learning and how multiple contexts can be supported through location-based tools and lightweight social interactions.
This document discusses teacher knowledge and the impact of technology on teacher professional development. It begins by outlining models of teacher knowledge, including Shulman's categorization of different types of knowledge teachers possess. It then examines how technology may affect teacher knowledge domains, referencing the TPACK framework which describes the interplay between technological, pedagogical and content knowledge. Examples are provided of online communities and tools that can support teacher learning and development, such as blogs, discussion boards and virtual conferences. The document concludes by reflecting on how digital technologies can enhance teachers' vision, motivation, understanding, reflection and community learning.
This document discusses blended learning and learner autonomy. It defines blended learning as using both traditional and online resources for learning. It provides examples of blended learning components and guidelines for teachers in designing blended learning, including providing opportunities for collaboration, learning content in multiple media, and learner support. Blended learning can increase flexibility and support constructive learning through active engagement. Effective blended activities give learners choice and autonomy over their learning.
This document discusses establishing a long-distance collaborative interaction design education environment between Australian and Japanese universities. It outlines challenges including long distance, language differences, time gaps, and cultural differences. Existing courses were rearranged with a cultural-sensitive approach. Achieved solutions included achieving online interactivity through initial online knowledge exchange and community building. Students provided positive feedback, saying the interactive 3D component helped visualize and understand designs, and was useful to clarify usage scenarios.
navigating the future of education is given by Mike Sharples, formerly of the Learning Sciences Research Institute, University of Nottingham, and now at the Open University. Facilitated by Diane Brewster (Consultant).
Jisc conference 2011
This document discusses research being conducted as part of the MLEARN project, which is exploring mobile learning practices and teacher training in four European countries. The research aims to inform the development of a teacher training program on using mobile technologies in pedagogically appropriate ways. Initial research included analyzing the contextual backgrounds and training needs of teachers involved in the pilot. The training program will focus on developing teachers' technological, content, and pedagogical knowledge for using mobile devices. Research will continue to gather outcomes from teachers and students using mobile devices in classrooms after receiving training.
Design a personalized e-learning system based on item response theory and art...eraser Juan José Calderón
Design a personalized e-learning system based on item response theory and artificial neural network approach
Ahmad Baylari, Gh.A. Montazer *
IT Engineering Department, School of Engineering, Tarbiat Modares University, Tehran, Iran
Design a personalized e-learning system based on item response theory and art...eraser Juan José Calderón
Design a personalized e-learning system based on item response theory and artificial neural network approach. Ahmad Baylari, Gh.A. Montazer*IT Engineering Department, School of Engineering, Tarbiat Modares University, Tehran, Iran
The document summarizes the work of the Mobile Learning Group led by John Cook. It focuses on 3 key areas: devices and affordances for mobile learning, learning outside the classroom facilitated by mobility, and designing personalized learning environments centered around the mobile learner. It also provides details on publications, research projects, funding opportunities, and PhD students involved in mobile learning research.
The document discusses various methods for evaluating mobile learning. It describes studies that have evaluated the effectiveness of mobile technologies for classroom response systems, group learning, simulations, and connecting formal and informal learning. It notes challenges in evaluating mobile learning given its mobile, distributed, informal, and extended nature. The document then provides details on evaluation methods for usability, usefulness, attitudes, and case studies that have utilized questionnaires, interviews, observations, logbooks, and video recordings.
Estonia E-Learning Conference 2011 - TartuTerry Anderson
Terry Anderson presented on the three generations of distance education pedagogies: behavioral/cognitive, social constructivist, and connectivist. The first generation focuses on self-paced individual study using direct instruction. The second generation emphasizes group learning and social construction of knowledge. The third generation involves networked learning where knowledge is distributed and emergent through connections in networks. Each generation is enhanced by new technologies and builds upon the previous ones, with skills and knowledge becoming more advanced and suited to lifelong learning in complex contexts.
Similar to Investigating undergraduate student mobile device use in context (20)
Keynote 1: Teaching and Learning Computational Thinking at ScaleCITE
Computational thinking involves problem formulation, pattern recognition, abstraction, and algorithm design. It is an important 21st century skill and countries are incorporating it into curricula. MOOCs can effectively deliver computational thinking education at scale. HKUST offers MOOCs on Java programming, app development, and engineering design that teach computational thinking concepts. Learning analytics provide insights into how students learn from MOOCs.
Keynote 2: Social Epistemic Cognition in Engineering Learning: Theory, Pedago...CITE
Title: Social Epistemic Cognition in Engineering Learning: Theory, Pedagogy, and Analytics
Speaker:
Prof. Rosanna Yuen-Yan Chan, Member-at-Large, Board of Governors, IEEE Education Society
Department of Information Engineering, The Chinese University of Hong Kong
Time:
14:15-15:15, 9 June 2018 (Saturday)
Venue:
Rayson Huang Theatre, The University of Hong Kong
Sub-theme:
Learning design and learning analytics
Chair:
Dr. Gary Wong, Faculty of Education, The University of Hong Kong
http://citers2018.cite.hku.hk/program-highlights/keynote-chan/
Prof. Gerald KNEZEK: Implications of Digital Generations for a Learning Society CITE
Keynote:
Implications of Digital Generations for a Learning Society: New Technologies, Pedagogies, and Assessments
Speaker: Prof. Gerald Knezek, University of North Texas
Time: 14:30 – 15:30, 29 May 2015 (Friday)
Venue: Room 408A, 409A & 410, 4/F, Meng Wah Complex, The University of Hong Kong
citers2015.cite.hku.hk/keynote-knezek/
Invited Talk: Open Access: Promises and Reality
Speakers: Mr. Peter E SIDORKO, University Librarian, HKU; Mr. Fred CHAN, Research and Data Services Librarian, HKU
Time: 10:00-10:30, 29 May 2015 (Friday)
Venue: Room 408A, 409A & 410, 4/F, Meng Wah Complex, The University of Hong Kong
http://citers2015.cite.hku.hk/program-highlights/talk-sidorko/
Invited Talk:
Challenge-Based Learning: Creating engagement by learning from games and gamification
Speaker: Dr. David Gibson, Curtin University
Time: 9:15 – 10:00, 29 May 2015 (Friday)
Venue: Room 408A, 409A & 410, 4/F, Meng Wah Complex, The University of Hong Kong
http://citers2015.cite.hku.hk/program-highlights/talk-gibson/
Analogy, Causality, and Discovery in Science: The engines of human thoughtCITE
13 January 2015, Tuesday
12:45 pm – 2:00 pm
has been changed to RMS 101, Runme Shaw Bldg., HKU
By Professor Kevin Niall DUNBAR,
College of Education, University of Maryland, College Park, US
http://sol.edu.hku.hk/analogy-causality-discovery-science-engines-human-thought/
Educating the Scientific Brain and Mind: Insights from The Science of Learnin...CITE
9 January 2015, Friday
12:45 pm – 2:00 pm
RMS 101, 1/F., Runme Shaw Bldg., HKU
by Professor Kevin Niall DUNBAR,
College of Education, University of Maryland, College Park, US
http://sol.edu.hku.hk/educating-scientific-brain-mind-insights-science-learning-educational-neuroscience/
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12 January 2015, Monday
6:30 pm – 7:30 pm
Theater T4, Meng Wah Complex, HKU
By Prof. Glyn HUMPHREYS,
Department of Experimental Psychology, Oxford University, UK
Distinguished Visiting Scholar, The University of Hong Kong
http://sol.edu.hku.hk/understanding-self-self-bias/
The implementation of "Reading Battle" in Lam Tin Methodist Primary SchoolCITE
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3. Preliminary findings showed the online quizzes excited students and improved reading engagement, teachers' understanding of students' needs, and collaboration among staff. Ongoing data collection and dialogue with stakeholders would help refine the program.
Strengthening students' reading comprehension ability (both Chinese and Engli...CITE
This document describes a project that developed an e-quiz bank of children's literature to strengthen Chinese and English reading comprehension for primary students in Hong Kong. The project team created quizzes linked to books, and an online system for students to access the quizzes. The system provided instant feedback and explanations to support students. An evaluation found the system improved reading ability and interest. The e-quiz bank and motivation elements, like badges and leaderboards, aimed to enhance reading habits.
Gobert, Dede, Martin, Rose "Panel: Learning Analytics and Learning Sciences"CITE
This panel discussed learning analytics and learning sciences. Janice Gobert discussed problems with standardized tests and how interactive labs have assessment potential but challenges. Chris Dede discussed his research on immersive learning using virtual reality and challenges assessing open-ended environments. Taylor Martin discussed how microgenetic research and learning analytics can improve data collection and analysis. Carolyn Rose discussed using conversational data and a new theoretical framework analyzing social processes and distances. The panel addressed if these methods lead to improved standardized test scores, with Janice and Chris noting validity issues with standardized tests and that these methods improve deeper learning over rote memorization.
The document discusses several open learning analytics initiatives:
1) Open Learning Analytics (OLA) which aims to create an open ecosystem around LA software, standards, models, content and transparency.
2) The LAMP program which seeks to develop open educational resources and curriculum around learning analytics through MOOCs and collaboration between universities.
3) Open learning about open learning analytics through the creation of MOOCs and graduate programs focused on LA.
4) The LACE project which works to develop an online community for sharing LA knowledge and connecting professionals.
5) Two open access journals focused on publishing LA research - the Journal of Learning Analytics and the Journal of Educational Data Mining.
Tiffany Barnes "Making a meaningful difference: Leveraging data to improve le...CITE
The document discusses the future of learning and how data can be leveraged to improve learning for most people. It outlines using data to recognize excellence in teaching and learning, provide real-time support, and identify effective collaborations. A case study is described that used an intelligent tutoring system to construct student models and provide feedback based on past student data. Guiding principles of respect, beneficence, and justice are presented for developing learning systems.
Phil Winne "Learning Analytics for Learning Science When N = me"CITE
Phil Winne argues that traditional learning science offers limited support for individual learners due to its reliance on randomized controlled trials. However, learning analytics that leverage large datasets can better support learners by clustering data about similar individuals and providing personalized feedback and recommendations. Winne presents nStudy, an online tool that traces self-regulated learning behaviors to gather data and provide analytics to guide learners' monitoring, assembling, rehearsing, and generating of information.
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
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CapTechTalks Webinar Slides June 2024 Donovan Wright.pptxCapitolTechU
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A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
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How Barcodes Can Be Leveraged Within Odoo 17Celine George
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How to Download & Install Module From the Odoo App Store in Odoo 17Celine George
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This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
Investigating undergraduate student mobile device use in context
1. CITERS Symposium 5 March 2010 Investigating Undergraduate Student Mobile Device Use in Context Song Yanjie Faculty of Education The University of Hong Kong Email: songyj@hku.hk
6. The system architecture of the proposed personalized e-learning system with formative assessment mechanism (Chen & Chen, 2009)
7. Issues: What is context? “…a multidimensional construct that has overlapping and interacting layers” (Gay & Hembrooke, 2004, p. 75) “multiple virtual and physical contexts” (Seale, 2008, p. 2)
8. Issues: What is context? Mobile learning environment (Laouris & Eteokleous, 2005)
9. Issues: What is context? Community School Class Student Context as “that-which-surrounds-the-object” (Cole, 1996, p. 135)
10. Issues: What is context? Context as “that which weaves together” (Cole, 1996, p. 135)
12. Issues: What is context? User Tools Goals + Individual’s interpretations (Jarvela et al., 2000) + Other factors to be explored…
13. Framework of This Study Student Mobile device Student goals + Individual’s interpretations (Jarvela et al., 2000) + Other factors to be explored… Context ???????
14. Research question How did undergraduate students use the mobile device to support their studies in context?
18. Results and Discussions Goals Tasks Learning resources Mobile device capabilities and constraints Time and place Social factors Individual interpretations
20. The Mobile Device Use to Perform Tasks Tasks defined by the teacher Tasks defined by the student Tasks emerging in context
21. The Mobile Device Use in relation to Learning Resources Learning material provided by professors Learning material explored, collected and created by students
22. The Mobile Device Use and the Mobile Device Capabilities and Constraints
26. Conclusions Context factors: goals, tasks, learning resources, time and place, the mobile device, social factors, and individual interpretation. Whether the context allows the technology to be enacted; Whether the student has the capabilities (and also willingness) to use the technology to mediate the learning activity in the context.
27. Implications To maximize the possibilities that the context provides for mobile device use to support student studies A shift from emphasizing technical aspects of developing and designing mobile learning systems to pedagogical practices and social context