Conference paper
Wind Energy Master - a fully online part-time programme
The need for continuing education is growing in our society as the work force has become more mobile and learning is a life-long process. Plans for new wind power installations around the world are extremely ambitious for the coming decades [1-2] and this creates an immediate demand for skilled engineers with specialized knowledge [3].
The demand may partly be addressed through an increase of life long learning opportunities and a greater variety of study modes like part-time, distance, and modular learning [4]. Higher education is entering a new era where practical skills and contact to the rapidly evolving labor market may be valued as much as traditional rankings and accreditation [5].
Online competency-based education has an enormous disruptive potential in this context. Enrollment fees for traditional university programmes are soaring in countries like the US and UK and a new market for Massive Open Online Courses (MOOC) clearly reflects this. The Technical University of Denmark (DTU) offers a successful MOOC called ‘Wind Energy’, which has been completed by more than 2.000 learners so far.
Analytics from the MOOC show that approximately 50% of the learners are already employed in a full-time job. This is an indicator of the market for online continuing education in the field of wind energy and has been a great motivation for establishing a full online Master’s programme about wind energy engineering at DTU.
The purpose of this paper is to outline a concept for an online part-time programme, which is currently used for education in wind energy and holds a potential for application within other engineering disciplines. Similarities and differences are examined between i) the online teaching and learning experience as opposed to education in a physical setting, and ii) a part-time programme for continuing education as opposed to full-time university programmes.
The question is: Can an online Master’s programme for continuing education be used to build up capacity within engineering disciplines?
Language: | English |
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Publisher: | Technical University of Denmark |
Year: | 2018 |
Pages: | 557-564 |
Proceedings: | European Society for Engineering Education Annual Conference 2018European Society for Engineering Education. Annual Conference proceedings |
Journal subtitle: | Creativity, Innovation and Entrepreneurship for Engineering Education Excellence |
ISBN: | 2873520167 and 9782873520168 |
Types: | Conference paper |
ORCIDs: | Badger, Merete |