Prior research offers evidence that differing levels of student engagement are associated with different outcomes in terms of performance. In this study, we investigating the efficacy of a model of behavioural and agentic engagement to predict student performance (low, middle, high) at four timepoints in a semester. The model was significant at all four timepoints. Measures of behavioural and agentic engagement predicted membership across the three groups differently. With a few exceptions, these differences were consistent across timepoints. Looking at variations in student engagement across time can be used to target interventions to support student success at the undergraduate level.

We conducted a meta-review of the computer supported collaborative learning (CSCL) literature. This literature included a rich array of methodologies, theoretical and operational definitions, and collaborative models. However, the literature lacked an overall framework for reporting important design and research details. This paper highlights key findings from our systematic review. The paper: (a) presents the array of definitions, tools, and supports researched in the CSCL literature and (b) proposes standards for reporting collaborative models, tools, and research. These standards, which have implications for both the CSCL and computersupported collaborative work areas, have potential to build a shared language upon which cross-disciplinary communication and collaboration may be based.

In the context of increasing pressure to adopt global approaches to software development, the importance of teaching skills for geographically distributed software development (GSD) becomes essential. This paper reports the experience of teaching a course to prepare graduates for software engineering (SE) in global customer-developer teams, and which was taught in three-University collaboration (Canada, Australia and Italy). The course emphasized the learning of requirements management activities in frequent synchronous computer-mediated client-developer relationships and created a GSD environment with significant time zone and language differences. We describe our instructional approach and assessment strategies within a GSD instructional design framework which integrates (a) required GSD skills and strategies for aligning classroom projects with contemporary and authentic GSD conditions, (b) strategies for assessment of learning of GSD skills and (c) examples from our GSD course.

Effects of self-regulated learning (SRL) have been investigated in a variety of contexts. In this research, we explore advanced learning technologies based on the information processing model of SRL in the context of structured programming. We conducted an experiment to study ways to enhance the use of programmers' working memory, to develop tactics to carry out task level activities during programming, and to learn how to program more effectively. The results of the experiment indicate that programmers who received SRL-based treatment outperformed programmers who did not receive the treatment. We argue that the infusion of SRL-based technological interfaces would have a positive influence on the performances in programming.