Presentation at EduTECH - National Congress & Exhibition
Tertiary Education Technology Leaders Congress
3-5 June Brisbane Convention and Exhibition Centre
The document discusses the "Net Generation" of 21st century students who have grown up with technology being central to their learning and interactions. By the time today's kindergarteners graduate, the amount of information available will have doubled seven times. These students spend much more time engaged with digital media and online activities than with traditional media and activities. Educators hope to shift focus from the technological tools themselves to how tools can empower students to be digitally literate, use different information sources effectively, communicate visually and virtually, shift attention rapidly between tasks, and learn through discovery and experience. Future learning will be a lifelong process of adapting to change, and 21st century students prefer participatory and collaborative learning using technology rather than textbooks
The document discusses the characteristics of 21st century students, known as the "Net Generation". It notes that these students have almost universal access to the internet and spend many hours engaged with digital media and technology. It suggests that these students think in terms of the activities that technology enables rather than the tools themselves. It also outlines several traits of 21st century learners, such as preferring social and collaborative learning, multitasking, and using technology like laptops rather than textbooks.
American 8th grade students score lower than peers in other developed countries in science. Integrating science and technology can enhance science learning, address 21st century skills, and help meet standards. Effective science education involves teachers and students working together as active learners using tools like questioning to solve problems. Teachers need professional development and tools to integrate science and technology into their classrooms.
STEM refers to Science, Technology, Engineering, and Mathematics education. It emphasizes problem-based and 21st century learning skills rather than just curriculum integration. Today's students, known as the iGeneration, have nearly universal access to computers and the internet from a young age. However, many students lack basic historical knowledge and teachers have not fully integrated technology into daily instruction despite believing it improves learning. Transitioning to 21st century skills depends on using new digital tools to facilitate authentic learning experiences rather than overhauling instructional practices.
Novi News (Hometown Life Papers), used photo with Senator Kowall, Deerfield Elementary at the Student Technology Showcase sponsored by AT&T in its 11-7-13 edition.
Examining Internet Use Among Low-Income StudentsJason Seliskar
This document discusses a study examining internet use among low-income high school students and how it compares to national trends. The study found that these students had lower rates of internet access at home compared to their more affluent peers. It also found differences in how frequently and for what purposes low-income students used the internet compared to national data that portrays all teens as constant, savvy users of digital technology. The researchers argue it is important for teachers to understand low-income students' experiences with and access to technology in order to design equitable learning opportunities and digital literacy instruction both in and out of school.
This document outlines a literacy initiative to connect teachers and classrooms across the TDS and Diplomas Now network. It discusses using educational technologies and online collaboration to help students become college and career ready. Three pilot programs are described that connect classrooms for summative assessments involving online publishing, Skyping with experts, and connecting students at different schools reading the same novel. Potential barriers like time constraints and connectivity issues are also addressed. The goal is to continue researching trends, gathering information, and piloting projects to effectively integrate technology into the existing ELA framework.
The document discusses the "Net Generation" of 21st century students who have grown up with technology being central to their learning and interactions. By the time today's kindergarteners graduate, the amount of information available will have doubled seven times. These students spend much more time engaged with digital media and online activities than with traditional media and activities. Educators hope to shift focus from the technological tools themselves to how tools can empower students to be digitally literate, use different information sources effectively, communicate visually and virtually, shift attention rapidly between tasks, and learn through discovery and experience. Future learning will be a lifelong process of adapting to change, and 21st century students prefer participatory and collaborative learning using technology rather than textbooks
The document discusses the characteristics of 21st century students, known as the "Net Generation". It notes that these students have almost universal access to the internet and spend many hours engaged with digital media and technology. It suggests that these students think in terms of the activities that technology enables rather than the tools themselves. It also outlines several traits of 21st century learners, such as preferring social and collaborative learning, multitasking, and using technology like laptops rather than textbooks.
American 8th grade students score lower than peers in other developed countries in science. Integrating science and technology can enhance science learning, address 21st century skills, and help meet standards. Effective science education involves teachers and students working together as active learners using tools like questioning to solve problems. Teachers need professional development and tools to integrate science and technology into their classrooms.
STEM refers to Science, Technology, Engineering, and Mathematics education. It emphasizes problem-based and 21st century learning skills rather than just curriculum integration. Today's students, known as the iGeneration, have nearly universal access to computers and the internet from a young age. However, many students lack basic historical knowledge and teachers have not fully integrated technology into daily instruction despite believing it improves learning. Transitioning to 21st century skills depends on using new digital tools to facilitate authentic learning experiences rather than overhauling instructional practices.
Novi News (Hometown Life Papers), used photo with Senator Kowall, Deerfield Elementary at the Student Technology Showcase sponsored by AT&T in its 11-7-13 edition.
Examining Internet Use Among Low-Income StudentsJason Seliskar
This document discusses a study examining internet use among low-income high school students and how it compares to national trends. The study found that these students had lower rates of internet access at home compared to their more affluent peers. It also found differences in how frequently and for what purposes low-income students used the internet compared to national data that portrays all teens as constant, savvy users of digital technology. The researchers argue it is important for teachers to understand low-income students' experiences with and access to technology in order to design equitable learning opportunities and digital literacy instruction both in and out of school.
This document outlines a literacy initiative to connect teachers and classrooms across the TDS and Diplomas Now network. It discusses using educational technologies and online collaboration to help students become college and career ready. Three pilot programs are described that connect classrooms for summative assessments involving online publishing, Skyping with experts, and connecting students at different schools reading the same novel. Potential barriers like time constraints and connectivity issues are also addressed. The goal is to continue researching trends, gathering information, and piloting projects to effectively integrate technology into the existing ELA framework.
This presentation was provided by Kyle Dickson of Abilene Christian University during the two-part NISO webinar, Digital and Data Literacy, held on September 20, 2017.
The document outlines Kristine Joy Arriesgado's portfolio in educational technology. It discusses the convergence of instructional design, educational media, and educational computing to form the field of educational technology. It also explores developments in computing technology like Moore's Law and the growth of distance learning programs. The document emphasizes that educational technology can increase student motivation, support new instructional approaches, and help develop 21st century skills. In her conclusion, Kristine Joy stresses that both the physical and virtual worlds are inseparable in education today and that educational technology can help cater to different students and provide teachers with needed materials.
The document discusses the changing definition and skills of literacy in the 21st century. It outlines how new technologies and a globalized world require students to develop skills in areas like collaboration, digital literacy, and multimodal communication. Effective 21st century instruction emphasizes participation, integration of technology, and teaching students to evaluate online information.
The ‘digital natives’ debate (nurnaningsih). muhammad khanif
The document critically reviews claims about "digital natives" - the generation born after 1980 that grew up with technology. It finds that while young people widely use computers and phones, they do not necessarily have sophisticated skills. Studies show most only use basic functions and few create online content. Additionally, while multitasking seems a preference, it can hurt concentration. Preferences depend more on tasks than generational traits. Overall, arguments for radically changing education based on this generation lack evidence and represent an "academic moral panic." More research including perspectives of students and teachers is needed before concluding widespread reforms are necessary.
The document discusses three articles about the impact of technology in classrooms. The first article examines a federal program that provided internet subsidies to schools and its limited impact on student performance. The second article profiles a teacher who used technology to engage students in building websites based on novels. The third article addresses unequal access to technology and the need to ensure all students can benefit from educational technology.
The document discusses a forum held at USC's School of Cinematic Arts on May 16-17, 2011 about how entertainment media can ignite education reform. It notes US students' declining performance in international assessments and how learning occurs outside of school. Digital media presents both threats and opportunities for children's development. The forum's goal was to stimulate change through collaboration to leverage kids' media consumption for vulnerable children. Challenges discussed were improving 4th grade reading proficiency, advancing STEM literacy, and developing digital and inquiry skills. Sifteo cubes were presented as one response to address these challenges through playful learning.
Students in the 21st century will consume and create a significant amount of digital content. They will read 8 books per year along with 2,300 web pages and 1,200 Facebook profiles, and write 42 pages for class along with 500 pages of email. Students now spend 3 hours per day online and 2.5 hours per day listening to music. To effectively educate these students, teachers must design lessons using the technologies students already use in their daily lives and create authentic assessments. While interactive whiteboards may provide initial improvements, their benefits are not sustained over time without proper management and embedding the technology as a tool rather than the focus.
Digital access to knowledge in the preschool classroom: Reports from Australiafilzah zahilah mz
Australian preschool teachers’ use of Web-searching in their classroom practice was examined (N = 131).
Availability of Internet-enabled digital technology and the contribution of teacher demographic characteristics,
comfort with digital technologies and beliefs about their use were assessed. Internet-enabled
technologies were available in 53% (n = 69) of classrooms. Within these classrooms, teacher age and beliefs
predicted Web-searching practice. Although comfortable with digital access of knowledge in their everyday
life, teachers reported less comfort with Web-searching in the context of their classroom practice.
The findings identify the provision of Internet-enabled technologies and professional development as
actions to support effective and confident inclusion of Web-searching in classrooms. Such actions are
necessary to align with national policy documents that define acquisition of digital literacies as a goal and assert digital access to knowledge as an issue of equity.
The New Literacies of Online Reading Comprehension and the Irony of NCLBDouglas K. Hartman
This document summarizes research on how the new literacies of online reading comprehension relate to issues of diversity, equity, and public policy. It makes three key points:
1) The Internet has become the defining technology for literacy and learning in the 21st century, and its use for reading is growing rapidly worldwide.
2) Current public policies in reading education unwittingly perpetuate achievement gaps for poor and diverse students by failing to address online reading skills.
3) To better serve underserved populations, online reading comprehension must be incorporated into reading standards, assessments, curricula, and instruction.
Leu McVerry O'Byrne Zawilinski Castek Hartman 2009 New Literacies & NCLBDouglas K. Hartman
The document summarizes research on the new literacies required for online reading comprehension. It argues that the Internet has become the defining technology for literacy and learning in the 21st century. While the Internet provides opportunities, it also requires additional skills beyond traditional literacy, such as evaluating and synthesizing information from multiple online sources. However, current public policies in reading education fail to recognize these new literacies, risking greater inequality as the skills needed for learning shift online. Educators must help ensure all students, including those in underserved communities, develop proficiency with the new literacies of online reading comprehension.
Teaching new literacy in a digital environmentNikkithalia
This document discusses the impact of digital technologies on teaching and learning. It notes that while the first revolution came with language and the second with printing, the third revolution occurred with the rise of computers and the internet in the late 20th century. This digital environment has created a gap between today's tech-savvy students and many of their teachers. The document provides guidance for teachers to discover the digital world and develop new digital literacies, including information fluency and media fluency. It also explores how ICT changes the roles of both teachers and students, shifting them towards more active and collaborative learning. Effective internet learning activities are also discussed.
The document discusses the importance of investing in technology for children's education and future. It notes that over 65% of American children now use the internet, with usage among children and teens growing the fastest. However, a digital divide still exists between rural and urban areas as well as between income levels. Educators face the challenge of understanding and making effective use of technology to engage today's students, who are increasingly connected outside of school. Professional development for teachers in technology is seen as essential to support student success.
MathAMATYC Educator Vol 6 No 2 Feb 2015: Technology--The Past The Present and...Fred Feldon
This document discusses the past, present, and future of technology use in mathematics education. It describes how technology has evolved from slide rules to calculators to computers and online learning. It discusses how organizations like AMATYC have recognized the importance of technology in teaching mathematics. It predicts that in the future, technology will increasingly replace direct content delivery, but human teachers will still be needed to foster engagement, provide individual attention, and create a supportive learning environment.
"Roles and Functions of Educational Technology in the 21st Century Education"JunibeJums
The document discusses the roles and functions of educational technology in 21st century education. It outlines that instruction should be student-centered, education should be collaborative, and learning should have context. Technology allows for 24/7 access to information, constant social interaction, and easily created and shared digital content. The three broad areas of integrating technology in education are: 1) using technology to develop 21st century skills, 2) using technology to support innovative teaching and learning, and 3) using technology to create robust education support systems. Important functions of educational technology include improving teaching and learning, analyzing the teaching-learning process, developing curriculum and materials, and identifying community needs.
This document discusses the digital divide hindering e-learning in Zambia. It finds that a lack of adequate investment in ICT infrastructure has led to high costs of internet services, impacting the expansion of e-learning programs in Zambia. The quality of internet is also poor, making online learning delivery challenging. Additionally, attitudes and cultural issues present barriers to e-learning. Africa has received little investment in ICT compared to other regions, negatively impacting the integration of e-learning. The paper concludes more must be done to improve investment in ICT infrastructure in Zambia to enhance the growth of e-learning.
From 20th Century Instruction to 21st Century LearningPat Sine
This document discusses the transition from 20th century instruction to 21st century learning. It outlines the skills needed for the 21st century like core subjects, interdisciplinary themes, learning and innovation skills, information and technology skills, and life and career skills. It also discusses how technology standards have evolved from NETS*S 1998 to NETS*S 2007 to focus more on skills like creativity, communication, research, problem solving, and digital citizenship. Levels of technology implementation in schools are described from non-use to refinement. Examples of how students can demonstrate 21st century skills with technology are provided.
Center for Digital Learning Workshop (April 2014) - Not As Savvy As You’ve Be...Michael Barbour
Barbour, M. K. (2014, April). Not as savvy as you’ve been led to believe: What do we really know about the students in our classrooms today? A presentation to the Sacred Heart University's Center of Digital Learning, Fairfield, CT.
Castek Coiro Hartman Henry Leu Zawilinsky 2010 New LiteraciesDouglas K. Hartman
This document outlines three challenges facing reading research as literacy evolves with new technologies: 1) Insufficient research capacity due to a lack of trained researchers, 2) Rapidly changing nature of literacy as reading and writing increasingly occur online, and 3) Little understanding of how online reading comprehension differs from offline and how to teach these new skills. It argues that the field must take bold steps to reconceptualize reading research and better prepare students, teachers, and the research community for the new literacies of the digital age.
Technology-enhanced L&T: Implications for academic governanceMike KEPPELL
This document discusses the implications of technology-enhanced learning and teaching for academic governance. It notes that technology can enable new types of learning experiences and enrich existing scenarios. It also discusses trends like mobility, digital literacies, seamless learning, and personalized learning as "game changers" that have implications. Academics will need new mindsets to privilege these new approaches like mobile access, embedding digital literacies, diverse learning spaces, and user-generated content in governance.
Opportunities in a Digital Age: Implications for Identity, Inclusion and EconomyMike KEPPELL
This document discusses opportunities and implications of digital technologies for identity, inclusion, and the economy. It covers trends like mobility, personalization, and the digital world. It discusses digital identity as how people represent themselves online. Digital inclusion means ensuring everyone has access to technology and skills. The digital economy involves online business and commerce. Digital literacies are increasingly important skills for functioning in a digital society. New technologies are changing learning and requiring new mindsets.
This presentation was provided by Kyle Dickson of Abilene Christian University during the two-part NISO webinar, Digital and Data Literacy, held on September 20, 2017.
The document outlines Kristine Joy Arriesgado's portfolio in educational technology. It discusses the convergence of instructional design, educational media, and educational computing to form the field of educational technology. It also explores developments in computing technology like Moore's Law and the growth of distance learning programs. The document emphasizes that educational technology can increase student motivation, support new instructional approaches, and help develop 21st century skills. In her conclusion, Kristine Joy stresses that both the physical and virtual worlds are inseparable in education today and that educational technology can help cater to different students and provide teachers with needed materials.
The document discusses the changing definition and skills of literacy in the 21st century. It outlines how new technologies and a globalized world require students to develop skills in areas like collaboration, digital literacy, and multimodal communication. Effective 21st century instruction emphasizes participation, integration of technology, and teaching students to evaluate online information.
The ‘digital natives’ debate (nurnaningsih). muhammad khanif
The document critically reviews claims about "digital natives" - the generation born after 1980 that grew up with technology. It finds that while young people widely use computers and phones, they do not necessarily have sophisticated skills. Studies show most only use basic functions and few create online content. Additionally, while multitasking seems a preference, it can hurt concentration. Preferences depend more on tasks than generational traits. Overall, arguments for radically changing education based on this generation lack evidence and represent an "academic moral panic." More research including perspectives of students and teachers is needed before concluding widespread reforms are necessary.
The document discusses three articles about the impact of technology in classrooms. The first article examines a federal program that provided internet subsidies to schools and its limited impact on student performance. The second article profiles a teacher who used technology to engage students in building websites based on novels. The third article addresses unequal access to technology and the need to ensure all students can benefit from educational technology.
The document discusses a forum held at USC's School of Cinematic Arts on May 16-17, 2011 about how entertainment media can ignite education reform. It notes US students' declining performance in international assessments and how learning occurs outside of school. Digital media presents both threats and opportunities for children's development. The forum's goal was to stimulate change through collaboration to leverage kids' media consumption for vulnerable children. Challenges discussed were improving 4th grade reading proficiency, advancing STEM literacy, and developing digital and inquiry skills. Sifteo cubes were presented as one response to address these challenges through playful learning.
Students in the 21st century will consume and create a significant amount of digital content. They will read 8 books per year along with 2,300 web pages and 1,200 Facebook profiles, and write 42 pages for class along with 500 pages of email. Students now spend 3 hours per day online and 2.5 hours per day listening to music. To effectively educate these students, teachers must design lessons using the technologies students already use in their daily lives and create authentic assessments. While interactive whiteboards may provide initial improvements, their benefits are not sustained over time without proper management and embedding the technology as a tool rather than the focus.
Digital access to knowledge in the preschool classroom: Reports from Australiafilzah zahilah mz
Australian preschool teachers’ use of Web-searching in their classroom practice was examined (N = 131).
Availability of Internet-enabled digital technology and the contribution of teacher demographic characteristics,
comfort with digital technologies and beliefs about their use were assessed. Internet-enabled
technologies were available in 53% (n = 69) of classrooms. Within these classrooms, teacher age and beliefs
predicted Web-searching practice. Although comfortable with digital access of knowledge in their everyday
life, teachers reported less comfort with Web-searching in the context of their classroom practice.
The findings identify the provision of Internet-enabled technologies and professional development as
actions to support effective and confident inclusion of Web-searching in classrooms. Such actions are
necessary to align with national policy documents that define acquisition of digital literacies as a goal and assert digital access to knowledge as an issue of equity.
The New Literacies of Online Reading Comprehension and the Irony of NCLBDouglas K. Hartman
This document summarizes research on how the new literacies of online reading comprehension relate to issues of diversity, equity, and public policy. It makes three key points:
1) The Internet has become the defining technology for literacy and learning in the 21st century, and its use for reading is growing rapidly worldwide.
2) Current public policies in reading education unwittingly perpetuate achievement gaps for poor and diverse students by failing to address online reading skills.
3) To better serve underserved populations, online reading comprehension must be incorporated into reading standards, assessments, curricula, and instruction.
Leu McVerry O'Byrne Zawilinski Castek Hartman 2009 New Literacies & NCLBDouglas K. Hartman
The document summarizes research on the new literacies required for online reading comprehension. It argues that the Internet has become the defining technology for literacy and learning in the 21st century. While the Internet provides opportunities, it also requires additional skills beyond traditional literacy, such as evaluating and synthesizing information from multiple online sources. However, current public policies in reading education fail to recognize these new literacies, risking greater inequality as the skills needed for learning shift online. Educators must help ensure all students, including those in underserved communities, develop proficiency with the new literacies of online reading comprehension.
Teaching new literacy in a digital environmentNikkithalia
This document discusses the impact of digital technologies on teaching and learning. It notes that while the first revolution came with language and the second with printing, the third revolution occurred with the rise of computers and the internet in the late 20th century. This digital environment has created a gap between today's tech-savvy students and many of their teachers. The document provides guidance for teachers to discover the digital world and develop new digital literacies, including information fluency and media fluency. It also explores how ICT changes the roles of both teachers and students, shifting them towards more active and collaborative learning. Effective internet learning activities are also discussed.
The document discusses the importance of investing in technology for children's education and future. It notes that over 65% of American children now use the internet, with usage among children and teens growing the fastest. However, a digital divide still exists between rural and urban areas as well as between income levels. Educators face the challenge of understanding and making effective use of technology to engage today's students, who are increasingly connected outside of school. Professional development for teachers in technology is seen as essential to support student success.
MathAMATYC Educator Vol 6 No 2 Feb 2015: Technology--The Past The Present and...Fred Feldon
This document discusses the past, present, and future of technology use in mathematics education. It describes how technology has evolved from slide rules to calculators to computers and online learning. It discusses how organizations like AMATYC have recognized the importance of technology in teaching mathematics. It predicts that in the future, technology will increasingly replace direct content delivery, but human teachers will still be needed to foster engagement, provide individual attention, and create a supportive learning environment.
"Roles and Functions of Educational Technology in the 21st Century Education"JunibeJums
The document discusses the roles and functions of educational technology in 21st century education. It outlines that instruction should be student-centered, education should be collaborative, and learning should have context. Technology allows for 24/7 access to information, constant social interaction, and easily created and shared digital content. The three broad areas of integrating technology in education are: 1) using technology to develop 21st century skills, 2) using technology to support innovative teaching and learning, and 3) using technology to create robust education support systems. Important functions of educational technology include improving teaching and learning, analyzing the teaching-learning process, developing curriculum and materials, and identifying community needs.
This document discusses the digital divide hindering e-learning in Zambia. It finds that a lack of adequate investment in ICT infrastructure has led to high costs of internet services, impacting the expansion of e-learning programs in Zambia. The quality of internet is also poor, making online learning delivery challenging. Additionally, attitudes and cultural issues present barriers to e-learning. Africa has received little investment in ICT compared to other regions, negatively impacting the integration of e-learning. The paper concludes more must be done to improve investment in ICT infrastructure in Zambia to enhance the growth of e-learning.
From 20th Century Instruction to 21st Century LearningPat Sine
This document discusses the transition from 20th century instruction to 21st century learning. It outlines the skills needed for the 21st century like core subjects, interdisciplinary themes, learning and innovation skills, information and technology skills, and life and career skills. It also discusses how technology standards have evolved from NETS*S 1998 to NETS*S 2007 to focus more on skills like creativity, communication, research, problem solving, and digital citizenship. Levels of technology implementation in schools are described from non-use to refinement. Examples of how students can demonstrate 21st century skills with technology are provided.
Center for Digital Learning Workshop (April 2014) - Not As Savvy As You’ve Be...Michael Barbour
Barbour, M. K. (2014, April). Not as savvy as you’ve been led to believe: What do we really know about the students in our classrooms today? A presentation to the Sacred Heart University's Center of Digital Learning, Fairfield, CT.
Castek Coiro Hartman Henry Leu Zawilinsky 2010 New LiteraciesDouglas K. Hartman
This document outlines three challenges facing reading research as literacy evolves with new technologies: 1) Insufficient research capacity due to a lack of trained researchers, 2) Rapidly changing nature of literacy as reading and writing increasingly occur online, and 3) Little understanding of how online reading comprehension differs from offline and how to teach these new skills. It argues that the field must take bold steps to reconceptualize reading research and better prepare students, teachers, and the research community for the new literacies of the digital age.
Technology-enhanced L&T: Implications for academic governanceMike KEPPELL
This document discusses the implications of technology-enhanced learning and teaching for academic governance. It notes that technology can enable new types of learning experiences and enrich existing scenarios. It also discusses trends like mobility, digital literacies, seamless learning, and personalized learning as "game changers" that have implications. Academics will need new mindsets to privilege these new approaches like mobile access, embedding digital literacies, diverse learning spaces, and user-generated content in governance.
Opportunities in a Digital Age: Implications for Identity, Inclusion and EconomyMike KEPPELL
This document discusses opportunities and implications of digital technologies for identity, inclusion, and the economy. It covers trends like mobility, personalization, and the digital world. It discusses digital identity as how people represent themselves online. Digital inclusion means ensuring everyone has access to technology and skills. The digital economy involves online business and commerce. Digital literacies are increasingly important skills for functioning in a digital society. New technologies are changing learning and requiring new mindsets.
Professor Mike Keppell gave a presentation on new generation learners and personalised learning in a digital age. He discussed how technology is enabling new types of learning experiences and enriching existing scenarios. He also covered trends like mobility, personalization, and digital literacy. Keppell suggested that personalised learning is becoming the new norm, and that this has implications for teacher education, including developing new mindsets around mobile learning, digital literacies, diverse learning spaces, and student-generated content.
TechnoEduPreneur 30 Mei 2013 Higher Education 21st Century Learning Djadja Sardjana
Future Paradigms in the Education:
- Strong impact of the birth of globalization will result in a change in management strategy of education and training
- For that requires knowledge of education and learning methods are new
- The structure of skills and knowledge to support changing lifelong learning and continuous learning that serves to prepare peoples to meet the demands or institution interests
Digital Literacies: Knowledge, Skills and Attitudes for a Digital Age - Ruth ...Mike KEPPELL
This document provides a summary of a lecture on digital literacies for the digital age given by Professor Mike Keppell at the National University of Singapore. The lecture covered several topics including trends in digital technologies and learning, new types of students and their relationship with technology, different models of digital literacies, and the need for new mindsets to teach and learn in a digital world. It emphasized skills like creating and sharing content, connectivity between learners, and personalizing learning spaces and emphasized the changing nature of literacy and need for diverse literacies.
In early days the main emphases were on the cognitive aspects of learning and traditional instructions of teaching in the classroom using outdated and conventional techniques. But today in this world of constant innovations and discoveries, scientists and gadget-experts are continuously searching for one or the two technological devices a day. Nodoubt technology has made our life much easier and better in many aspects. In developed countries, technology facilitates and helps students and teacher to learn things in more effective ways. But in the country like India, the development in technology is not upto that mark. We still are moving towards the path of progress. Thus, this paper will best describes about the conceptual framework regarding futuristic studies related to future technologies such as M-Learning, E-Learning, , iPod, I-Pad self-efficacy learning, Virtual Learning Environment (VLE ) etc. In this paper investigator highlighted some of the studies related to trends in futurology and innovations that could prove an important aspect of education technology.
Digitaalinen tulevaisuus 2030 – kuinka ”tukiäly” tukee ihmisten arkea, oppimi...Jari Laru
(1) The document discusses how artificial intelligence and digital technologies will impact education and work in the future. (2) It describes current applications of AI such as personalized learning environments and interactive content creation. (3) The distant future possibilities discussed include AI-generated art and music, AI to support learning for those with special needs, and AI to assist with information retrieval and tasks at work. The presentation emphasizes that technology should be used to support stable educational goals and new designs for learning.
Keynote: Personalised Learning for New Generation StudentsMike KEPPELL
This presentation will focus on how new generation tertiary education students interact in a digital age. It will discuss how they adapt and customise their learning and personalise their interactions to suit their needs. It will argue that students need to acquire a range of literacies to successfully personalise their learning and social environments. New generation tertiary education students are characterised by having a rapport or relationship with technology and they have an inherent need to express themselves through multiple avenues which utilise user-generated content. User-generated content includes artefacts created by the student that are uploaded to the internet for sharing with other people. Knowledge acquisition now focuses on networks and ecologies, and knowledge now requires literacies in networking (Siemens, 2006). In addition, our learning is increasingly mobile as we move through a wider range of spaces. We now expect to be able to work, learn, and study whenever and wherever we want (Johnson, et al, 2012).
Although educators and leaders create, design, and imagine the future, technology is changing how students learn and teachers teach. The future of education must keep up to date with the dynamic nature of the 21st century. It is expedient to take stock of the past in order to look forward, imagine and plan for a better future. Today, we take a look at education and how social, economic, and technological changes will revolutionize the way children, youth, and adults go to school. The future of education lies in harnessing technology to make us learn quicker, memorize effectively, and teach better. Without doubts, education today is not what it was even five years ago, and the future of education will look significantly different than it did a decade ago. This paper addresses how higher education institutions and K 12 schools can best prepare students for the future. Matthew N. O. Sadiku | Grace A. Adegoye | Abayomi Ajayi-Majebi | Sarhan M. Musa "The Future of Education" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-7 , December 2022, URL: https://www.ijtsrd.com/papers/ijtsrd52270.pdf Paper URL: https://www.ijtsrd.com/home-science/education/52270/the-future-of-education/matthew-n-o-sadiku
This document contains an assignment prompt for a student asking them to reflect on what they learned about literacies in the 21st century, how their views on technology in teaching have changed, and their ICT experience. It provides the student ID and date. The prompt contains 3 questions for the student to answer in their response.
2013 - Keynote McGraw-Hill - Digital FuturesMike KEPPELL
The document discusses several trends and challenges that will change the future of higher education, including increased mobility, new digital literacies, seamless learning, and personalized learning. Game changers include the ability for learning to occur anywhere and anytime through mobile technologies, developing students' digital skills, integrating formal and informal learning, and customizing the learning experience for each individual. The trends highlight opportunities for higher education to adapt but also challenges to changing traditional mindsets and models of teaching.
The document discusses the use of social media and peer-to-peer learning. It covers topics like personal learning networks, social learning environments, and how students are using social media sites like Facebook for both social and academic purposes. It also examines challenges around privacy, ethics and the "participation gap" in digital learning environments.
Ict – information & communication technologyDerek Ramdatt
This document discusses Information and Communication Technology (ICT) and its uses in education. It defines ICT as technologies used to gather, store, process and transmit information. The document outlines benefits of ICT such as engaging students, aiding retention of knowledge, and motivating interest. Examples of using ICT in schools include developing research skills using the internet, using educational software, and facilitating communication. The role of teachers is to encourage critical thinking and information literacy when using ICT rather than just imparting content.
This document discusses responsible research and innovation through partnerships between researchers, citizens, and students. It promotes using co-inquiry tools and strategies to equip students with science literacy skills. Examples mentioned include using mobile data collection and discussion apps to engage students in scientific investigations around urban issues. The benefits identified are collaboration in authentic scenarios and co-authorship of publications. Challenges include coordinating different perspectives between students, researchers, and technologists. Recommendations are made around using technologies like weSPOT for questioning, analytics and data collection to support student-centered teaching and learning.
Emerging technologies and Changing Teaching and Learning PracticesDaniela Gachago
This document discusses emerging technologies and changing teaching and learning practices in higher education. It notes challenges in higher education including teaching outdated skills and lack of teacher involvement in innovation. Emerging technologies promise benefits but are seldom used transformatively. The document outlines a South African project studying innovative pedagogical practices using emerging technologies and lessons learned. Case studies showed technologies can enable authentic learning when used to engage students in meaningful, collaborative tasks. Themes included the importance of passionate educators over institutional support and focusing on meaningful learning in authentic contexts.
learning in a networked world: the role of social media and augmented learning.
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The document discusses challenges in higher education and emerging technologies. It notes that while the use of technologies is increasing, they are seldom used to facilitate transformative teaching and learning. Examples of innovative practices mentioned include MOOCs, learning analytics, badges for accrediting learning, and the use of mobile phones for citizen journalism projects. The document also addresses concerns that institutions have been slow to adopt technologies and that there is a mismatch between student expectations and what institutions offer.
The document discusses challenges in higher education and emerging technologies. It notes that while the use of technologies is increasing, they are seldom used to facilitate transformative teaching and learning. Examples of innovative practices mentioned include MOOCs, learning analytics, badges for accrediting learning, and seamless learning across formal and informal settings. However, the potential of technologies remains mostly unfulfilled due to issues like a lack of engagement from institutions and policy makers.
This document discusses mLearning and how mobile technologies can support learning and teaching in econometrics. It begins with an introduction to mLearning, noting how new technologies aim to minimize education costs and maximize learning experiences. However, some studies show limitations to technology in supporting learners. The document then discusses how mLearning has emerged from advances in mobile devices and technologies. It outlines the researcher's rationale for studying how to develop an econometrics application for mobile devices to support postgraduate finance students. The researcher's expectations are to explore the positive and negative effects of new technology in higher education through a blended learning approach focusing on mLearning.
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References:
1. Bates, A.W. (2015). Teaching in a Digital Age. https://opentextbc.ca/teachinginadigitalage/
2. Keppell, M.J. (2015). The learning future: Personalised learning in an open world. In Curtis J. Bonk, Mimi Miyoung Lee, Thomas C. Reeves, and Thomas H. Reynolds. MOOCs and Open Education around the World. Routledge/Taylor and Francis.
3. Keppell, M., Suddaby, G. & Hard, N. (2015). Assuring best practice in technology-enhanced learning environments. Research in Learning Technology. 2015, 23: 25728 - http://dx.doi.org/10.3402/rlt.v23.25728
Keppell, M., Au, E., Ma, A. & Chan, C. (2006). Peer learning and learning-oriented assessment in technology-enhanced environments. Assessment and Evaluation in Higher Education, 31(4), 453-464.
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EduTECH 2013: Trends and Challenges in a Digital Age
1. Trends and Challenges in a
Digital Age
EduTECH - National Congress & Exhibition
Tertiary Education Technology Leaders Congress
3-5 June Brisbane Convention and Exhibition Centre
Professor Mike Keppell
Executive Director
Australian Digital Futures Institute
1Monday, 3 June 13
2. Overview
n New generation students
n Trends and challenges
n Game changers
n Personalised learning as
the ‘new norm’
n Implications for tertiary
education
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8. Beyond Current Horizons
n Networking and
connections - distributed
cognition
n Increasing
personalisation and
customisation of
experience
n New forms of literacy
n Openness of ownership of
knowledge (Jewitt, 2009).
8
8Monday, 3 June 13
10. Trends
‣ People expect to be able to work, learn, and
study whenever and wherever they want.
‣ The abundance of resources and
relationships will challenge our educational
identity.
‣ Students want to use their own technology
for learning.
‣ Shift across all sectors to online learning,
hybrid learning and collaborative models.
‣
10
10Monday, 3 June 13
11. Challenges
n Seamless learning – diverse places and
spaces for learning.
n Digital literacies – capabilities which fit an
individual for a digital society (JISC)
n Personalisation - learning, teaching, place
of learning and technologies
n Mobility is here!
11
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15. Mobility
n Global mobility
n Mobility of people
n Technologies to support
mobility
n Adapting our teaching and
learning?
n Assessment?
15
15Monday, 3 June 13
16. Undergraduate Students
and IT
n Monitors students
relationship with digital
technologies
n Portable devices are the
‘academic champions’
n 3x as many students used
e-books or e-textbooks
than in 2010
n Survey of 100,000 students
across 195 institutions
16
16Monday, 3 June 13
18. Digital Literacies
n Literacy is no longer “the ability
to read and write” but now “the
ability to understand
information however
presented.”
n Can't assume students have
skills to interact in a digital age
n Literacies will allow us to teach
more effectively in a digital
age (JISC, 2012)
18
18Monday, 3 June 13
19. ADFI - Vision
‣ Digital literacies that transform
the knowledge & skills of society
19
19Monday, 3 June 13
20. ADFI - Mission
‣ To innovate, research &
collaborate to explore and
influence digital literacies that
impact societal change.
20
20Monday, 3 June 13
23. Seamless Learning
Seamless learning
occurs when a
person experiences a
continuity of
learning across a
combination of
locations, times,
technologies or
social settings
(Sharples, et al,
2012).
23Monday, 3 June 13
24. Physical Virtual
Formal Informal InformalFormal
Blended
Mobile Personal
Outdoor
Professional
Practice
Distributed
Learning Spaces
Academic
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27. Personal Learning Spaces
‣ Integrate formal and informal learning
spaces
‣ Customised by the individual to suit their
needs
‣ Allow individuals to create their own
identities.
‣ Recognises ongoing learning and the need
for tools to support life-long and life-wide
learning.
27
27Monday, 3 June 13
28. Connectivism
‣ Knowledge has changed to networks and
ecologies (Siemens, 2006).
‣ Need improved lines of communication in
networks.
‣ “Connectivism is the assertion that learning is
primarily a network-forming process” (p.
15).
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32. New Mindsets
n Privileging mobile learning and
teaching access
n Embedding digital literacies into
all aspects of learning, teaching
and curriculum
n Privileging diverse places of
learning as opposed to a
singular place of learning
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33. New Mindsets
n Assisting teachers and students
to develop their own
personalised learning strategy
n Privileging user-generated
content
n Privileging learning-oriented
assessment
33
33Monday, 3 June 13
35. References
n Allen, E & Seaman, J. (2013). Changing course: Ten years of tracking online education in
the united states. Babson Survey Research Group, Quahog Research Group, LLC, Pearson,
SLOAN-C.
n Johnson, L., Adams, S., Cummins, M., and Estrada, V. (2012). Technology Outlook for STEM
+ Education 2012-2017: An NMC Horizon Report Sector Analysis. Austin, Texas: The New
Media Consortium.
n Keppell, M., Suddaby, G. & Hard, N. (2011). Technology-enhanced Learning and Teaching
Good Practice Report. Australian Learning and Teaching Council. http://www.olt.gov.au/
resource-good-practice-report-technology-enhanced-learning-and-teaching-2011 & http://
www.olt.gov.au/system/files/resources/GPR_Technology_Enhanced_Keppel.pdf
n Keppell, M. & Riddle, M. (2012). Distributed learning places: Physical, blended and virtual
learning spaces in higher education. (pp. 1-20). In Mike Keppell, Kay Souter & Matthew
Riddle (Eds.). (2011). Physical and virtual learning spaces in higher education: Concepts for
the modern learning environment. Information Science Publishing, Hershey.
n Payton, S. (2012). Developing digital literacies. JISC. http://www.jisc.ac.uk/media/
documents/publications/briefingpaper/2012/Developing_Digital_Literacies.pdf
n Sharples, M., McAndrew, P., Weller, M., Ferguson, R., FitzGerald, E., Hirst, T., Mor, Y., Gaved,
M. and Whitelock, D. (2012). Innovating Pedagogy 2012: Open University Innovation
Report 1. Milton Keynes: The Open University. http://www.open.ac.uk/personalpages/
mike.sharples/Reports/Innovating_Pedagogy_report_July_2012.pdf
n Souter , K. Riddle, M., Sellers, W. & Keppell, M. (2011) Spaces for knowledge generation
final report. http://documents.skgproject.com/skg-final-report.pdf
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