In the past, engineering programmes were developed with separate technical learning outcomes supplemented by generic attributes. The latter were in most cases a standalone set of attributes developed by academic institutions or professional societies overseeing engineering accreditation processes. Although the technical learning outcomes were well assessed and tracked, the generic attributes were at best partially addressed by artificially incorporating them into the curriculum as a way of "ticking-the-boxes". The current trend is to define competencies that map attributes required accross the industry and develop programmes that have imbedded tools to deliver and assess these attributes. The Australian Maritime College is progressively developing new technologies to deliver and assess these attributes through holistic tasks, thus, ensuring a broader coverage of the attribute spectrum within an environment of limited resources and time. This provides students with realistic and challenging tasks, a far cry from the traditional mundance engineering laboratories, thus, promoting interactive and practical problem-based learning, making the study of engineering enjoyable! Concurrently with this development is a practical and simple method of tracking and quantifying the achievement of the attributes by the students, yielding useful data to improve processes within the programme, and, hence, the quality of the graduates.
History
Publication title
US-China Education Review A
Issue
7
Pagination
1-11
ISSN
1548-6613
Department/School
Australian Maritime College
Publisher
David Publishing
Place of publication
1840 Industrial Dr, Libertyville, Illinois, USA
Rights statement
Copyright 2011 David Publishing
Repository Status
Restricted
Socio-economic Objectives
Assessment, development and evaluation of curriculum