Development and evaluation of computer‐assisted assessment in higher education in relation to BS7988

A university‐wide project team of academic and administrative staff worked together to prepare, deliver and evaluate a number of diagnostic, formative and summative computer‐based assessments. The team also attempted to assess the University of Southampton's readiness to deliver computer‐assisted assessment (CAA) within the Code of practice for the use of information technology in the delivery of assessments (British Standards Institution, 2002 British Standards Institution (BSI). 2002. BS7988: 200—code of practice for the use of information technology in the delivery of assessments, London: British Standards Institution.  [Google Scholar]). Evaluation data was used formatively to improve procedures during the project and summatively in preparing the project's final report, this publication and future support for CAA at Southampton. Some of the problems encountered during this pilot programme were anticipated, both by the project team and by BS7988; but they were not necessarily or entirely avoidable given the nature of control and management in an academic environment. Our approach was to encourage institutional learning via extensive dissemination and discussion of the results. To contribute to the public debate on the adoption of BS7988, we highlight difficulties in allocating responsibility for various aspects of the assessment process and make a number of recommendations about this and other practical issues.     

Research Subjects,Participants or Co-researchers? Extending the Involvement of Students in Art and Design Research

Art education has a range of purposes. Art is said to support students to explore, interpret, ask critical questions, communicate and realise ideas, experiment, take risks, collaborate, tell stories and/or engage in social and political actions. In this paper, we consider whether educational researchers have the same capacious view of students’ potential and capacities for involvement. We bring the results of a Rapid Evidence Review (RER) of the benefits of arts education into conversation with the literatures on student voice and participation. We outline the ways in which student voice and participation are discussed, then move to the results of the RER. We conclude with a discussion of the opportunities for art education researchers to develop research practices that are inclusive of students.     

Designing Effective Learning Environments for Continuing Education

Advances in technology for distance learning present better‐than‐ever opportunities for designing learning environments that bring optimal features of the conventional classroom to distributed learners. Yet, with the advantages of reaching learners come corresponding challenges for meeting many and varied cognitive, motivational, and organizational needs. Anchoring design of distance learning instruction solidly in current research from cognitive science and motivation, as well as utilizing tested principles of instructional design theory, provides for optimal balance of strategic decision‐making and appropriate management of trade‐offs in design of effective learning environments. This paper shows how Bransford, Brown, and Cocking's (1999) four characteristics of effective learning environments can be developed for continuing education, to maximize learning, transfer of learning, and motivation. As illustration, I will focus on the process of translating traditional continuing education (CE) from lecture‐based, on‐site instruction to Web‐based instruction, a trend in many institutions of higher education.