Open/flexible curriculum and pedagogy -- 1 Revisiting the definitions and implementation of flexible learning -- 2 Planning for better instruction: Learner interviews for flexible education in a Japanese tertiary curriculum -- 3 Budgetary planning for self-financing open and flexible education -- 4 A needs assessment study to support academic research: The experiences of the Open University of Hong Kong -- 5 In search of an effective model of 'Flipped classroom' in Japan -- 6 Open and distance learning in Asia: Status and strengths -- 7 Embedding MOOCs in academic programmes as a part of curriculum transformation: A pilot case study -- Mobile and ubiquitous learning -- 8 Using mobile and flexible technologies to enhance workplace learning in vocational education and training (VET) -- 9 Preference and readiness of nursing students for mobile learning -- 10 Mobile learning support to distance learners: Using WhatsApp Messenger -- 11 Designing smart apps to enhance learners' engagement in online learning -- 12 The impact of mobile technology on the learning of management science, and the development of problem-solving skills -- Digitised media and open educational resources -- 13 An explorative study on the pedagogical potential of gamification -- 14 A comparative study of the teaching effect of 'flipped' MOOC class and conventional class -- 15 Formative evaluation of Hong Kong's first open textbooks -- 16 How to incorporate Open Educational Resources (OER) into the infrastructure and pedagogy for promoting ubiquitous learning -- 17 Using videos in blended learning: Pitfalls and success factors -- 18 Factors affecting media literacy of young students -- Tracking and analysis of student learning -- 19 Instruction in college physics experiments in the context of big data -- 20 A study of the relationship between Instant Messaging communication and student assessment results -- 21 using the xAPI to track learning -- 22 Modelling the process of learning analytics using a reinforcement learning framework -- 23 A study of high school students doing physics experiments with Arduino and other data logging devices.