Increasing student participation in the learning process

This paper is about increasing student participation in the teaching and learning process. It describes a methodology designed and implemented by the author for an Industrial Analysis unit in 1990–91 and emphasises the underlying educational philosophy. Industrial Analysis is a second year subject within the course Industrial and Business Systems, Department of Mechanical and Production Engineering in De Montfort University (former Leicester Polytechnic).The test of educational quality is assumed to be — What students are able to do on their own after exams. The programme aimed to train second year engineering undergraduates for industrial placement in the third year and, more generally, to bridge the gap between Institutes of Technology and industries.The subject — Industrial Analysis — is compared to the rest of the course — Industrial and Business Systems. The purpose is to assess how second year students perceive learning. With such knowledge a teaching approach could be devised to improve learning outcomes.The student-centred teaching approach is based on three pillars: explanation of theory, instruction on research methods, industrial applications. A total of 111 students form 25 teams and research 18 industries. The focus is on Research capability and Group interaction.Helpful guidelines emerge from student performance — how to avoid common pitfalls in research, such as unclear objectives, wide scope, vague approach, excessive data, superfluous technicalities and digressions. Advantages of early focusing are illustrated. Factor analysis is applied in order to find out how concepts are integrated by students.Sharing of experiences and team-working routines in class is used to bring down psychological barriers to learning. Individual and team levels of learning are examined through successive exposures and cycles.