Measuring Technology Mediated Learning (TML) success has been and is of great interest to both researchers and practitioners. This article examines multidimensional approaches to measuring learning success, considering IT-and non-ITsupported learning scenarios, examined by researchers from various research disciplines. We explore the current state of research on TML success through a literature review by classifying empirically-oriented articles that were published between 2000 and 2011. Based on a total of 91 articles published in academic journal publications, this paper identifies the relevant research carried out, categorizes and consolidates the research results, and discusses them. The results show that those approaches are most dominant which empirically analyze the impact of a certain type of educational service on a student / participant by means of surveys and structural equation modeling to capture users' responses. No main theoretical basis of the reviewed studies could be identified. Furthermore, opportunities for additional development are identified and future research directions suggested.
Universities are facing major challenges with increasing numbers of students and the requirement of cost savings. They intend to maintain international state-of-the-art research while providing future employees a high-quality education. In order to achieve these often conflicting goals of researching and teaching, innovative learning approaches need to be developed. We therefore propose a design of a flipped classroom for large-scale lectures that adopts a learnercentred approach and enables higher levels of interaction and learning outcomes. We therefore derive requirements from the theory of interaction and address them with design principles for large-scale flipped classrooms, which we implement in a large-scale information systems lecture. Our approach divides the teaching-learning process into a cycle of four successive phases: ITsupported phases for the acquisition and reflection of knowledge, as well as presence phases for the application and discussion of the acquired knowledge. We evaluated the concept by conducting structured interviews with lecture participants. We contribute to theory by deriving insights on how interaction and peer recognition account for the success of the flipped classroom approach. As a practical contribution, our paper gives advice on how large-scale lectures can be redesigned in order to meet future challenges of management education.
In this study, we propose an IT-based peer assessment (ITPA) for enhancing interaction and feedback in universities' large-scale lectures. These lectures often lack interaction and feedback, and focus on mainly imparting factual knowledge. Hence, these formats often cannot go beyond the basic cognitive levels of educational objectives. Using the ITPA within the learning process helps integrating assignments focusing on high cognitive levels to comprehensively acquire the learning content. We follow a design science research approach to develop and evaluate the ITPA. Thus, we first identify requirements from theory and derive a set of design elements afterwards. A pre-test shows that the ITPA is seen as useful and learners intend to use it. The subsequent quasiexperiment in a large-scale lecture shows that learners who participated in the ITPA performed better in the part of the final exam trained by the ITPA, whereas they did not perform better in the others parts.
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