No. | Topic | Research Director | Institution |
1 | Reimagining Technology-Enhanced STEM Teacher Education for 21st Century: From more technology to increase quality of teaching and learning | Marina Milner-Bolotin | University of British Columbia, Canada |
2 | Game-based Learning in Future School | Qiang Wang, Junjie Shang | Pecking university, China |
3 | Joint Study of Teaching and Learning in Future Schools in China and Finland—Supporting students learning towards 21st century skills through digital story telling with digital pens | Hannele Niemi | University of Helsinki, Finland |
4 | Enhancing Neurocognitive Functions in School-aged Children by Using Music and Sports | Mari Tervaniemi | University of Helsinki, Finland |
5 | Book Talk: mobile text-chat as a pedagogic tool for literacy enhancement | Will Gibson | UCL Institute of Education, UK |
6 | Applying APT Model to Explore Elementary Students’ Deep Learning in Smart Classroom | Yi Zhang | Central China Normal University, China |
7 | Social Context as Mechanism in New Learning Spaces: A Cross-Cultural Research Project | Christopher Brooks | EDUCAUSE, USA |
8 | The developmental dynamics in mathematics, cognition, motivation and wellbeing in China and Finland | Pirjo Aunio | University of Helsinki, Finland |
9 | The study on the application of wearable devices in primary and middle schools | Rong Miao | Pecking University, China |
10 | Joint Study of Teaching and Learning in Coding Skills in China and Finland:Coding Skills as a Success Factor for a Society | Jari Multisilta | Tampere University of Technology |
11 | Development of a competency/skills profile chart for Digital Teachers for Future Schools | Mohamed Ally | Athabasca University |
12 | Data-informed Learning Design for Future Schools | Wayne Holmes | Open University, UK |
13 | Using Wikis for personalised participatory peer feedback in English writing | Charlotte Kemp | The University of Edinburgh |
14 | The role of intelligent tutoring systems and monitoring tools in blended learning | Manolis Mavrikis | UCL Institute of Education, UK |
15 | Digital Technology and Shifting Pedagogy Towards Future Schools: a comparative study | Greg Shaw, Jon Mason | Charles Darwin University, Australia |
16 | Building up an Interdisciplinary Virtual/Cyber-Physical STEM Lab for Informal and Individualized Learning | (Charles) Xiaoxue Wang | Florida Gulf Coast University, USA |
17 | Big Data Analysis-Based Student Development and Career Planning Recommendation System | Maggie Minhong Wang | University of Hong Kong, China |
18 | Building teacher community knowledge of blended learning: An online collaborative approach, with focus on developing project-based learning | Diana Laurillard | UCL Institute of Education, UK |
19 | Exploration of Usage Scenarios related to Data Collection for Ubiquitous Learning Resources in Smart Learning Environments | Tore Hoel | Oslo and Akershus University College of Applied Sciences, Norway |
20 | Data sources for learning analytics: Exploring – from a Chinese and international perspective – proxies for learning activities and related pedagogical concepts | Tore Hoel | Oslo and Akershus University College of Applied Sciences, Norway |
21 | Mindfulness in Mobile and Ubiquitous Learning: Harnessing the Power of Attention | Agnieszka (Aga) Palalas | Athabasca University, Canada |
22 | Contexts of learning and challenges of mobility: Designing for a blur between formal and informal learning | Jimmy Jaldemark | Mid Sweden University |
23 | Supporting Mobile Instructional Design with CSAM | Robert Power | Fraser Health Authority in British Columbia, Canada |
24 | Mobile Applications for Encyclopedias | Paul Neuhold, Martin Ebner, Hermann Maurer | Graz University of Technology, Austria |
25 | Exploring Functions and Tenable Structures for Mobile Use as Support for School Tasks | Tiina Leino Lindell, Stefan Hrastinski | KTH Royal Institute of Technology, Sweden |
26 | Mobile Learning Pedagogical Quality Standards for Higher Education Institutes in Developing Countries | Hend Merza | Arab Open University |
27 | Ethical considerations in the incorporation of mobile and ubiquitous technologies into teaching and learning in educational contexts | Jocelyn Wishart | University of Bristol, UK |
28 | Successful Delivery of a MOOC via Basic Mobile phones: A case study of mobile learning in India for increasing awareness of science-based production practices among semi-skilled horticultural farmers | Raj Moloo | University of Mauritius, Mauritius |
29 | DESIGN AND DEVELOPMENT OF MOBILE EZ-ARABIC.NET FOR UBIQUITIOUS LEARNING AMONG MALAYSIAN PRIMARY SCHOOL LEARNERS FROM EXPERTS’ PERSPECTIVE | Muhammad Sabri Sahrir | International Islamic University Malaysia, Malaysia |
30 | Opening Real Doors: Strategies for Using Mobile Augmented Reality to Create Inclusive Distance Education for Learners with Different Abilities | Amy Tesolin | Athabasca University, Canada |
31 | Supporting Training of Expertise with Wearable Technologies: The WEKIT Reference Framework | Bibeg Limbu | Open University of Netherlands, Netherlands |
32 | An analysis of adult language learning in informal settings and the role of mobile learning | Gráinne Conole, Pascual Pérez Paredes | |
33 | Student learner characteristics and adoption of m-learning: Are we effectively supporting students? | Tony Tin | University of Waterloo |
34 | Moving from belief mode to design mode of teaching practices: A knowledge building approach | Huang-Yao Hong, Jianwei Zhang, Bodong Chen, Richard Messina, Eric Jackman | National Chengchi University, Taiwan、University at Albany-SUNY, USA、University of Minnesota–Twin Cities, USA、Institute of Child Study (JICS), University of Toronto, Canada |
35 | A Teacher’s Story of Transforming from Knowledge Telling to Knowledge Building: An inquiry case of “Water” | Yibing Zhang | Nanjing Normal University |
36 | Collaborative, Formative Assessment in Chinese School Context | Jingping Chen | University at Albany, USA、University of Electronic Science and Technology of China |