The Open Design education approach - an integrative teaching and learning concept for management and engineering

• Main Authors: Binnekamp, Ruud, Wolfert, A.Rogier.M., Kammouh, Omar, Nogal, Maria
• Format: Conference Proceeding
• Language: English
• Subjects: co-creating and co-sensing; Co-reflecting; Conferences; Construction Management and Engineering; Engineering management; Engineering profession; Experiential Learning; Glass; Industries; Integrative Education; Knowledge engineering; Management Process/Engineering Product/Learning Person; Open Design Learning Circle/ Cycle; Problem Solving; System of Interest
• ISSN: 2165-9567
• DOI: 10.1109/EDUCON45650.2020.9125161

Construction Management and Engineering students need to acquire managing skills for solving real-world problems that are complex, rarely straightforward and lack 'one right answer'. For this, they need to become 'open designers', capable to be reflective, integrative and creative in- and on action with dynamic and new situations. In this paper, the so-called Open Design Learning Circle (ODLC) will be proposed as an innovative educational concept in which engineering-, management- and pedagogic sciences are integrated. Within this concept the students 'dialogue' with: 1) an objective open glass box model covering engineering products and management processes (outer) and, 2) their subjective open human threefold, reflecting their personal learning (inner). The integration of both human and model dialogues is essential for the emergence of new knowledge and creative insights for open designs, which is essentially distinct from more traditional learning concepts. To enable this emergence, a self-chosen system of interest is the 'experiential vehicle' that forms the basis for a self-created textbook and model. Thereby, the ODLC forms the fundamental basis for creating 'open and persistent learners'. In this paper, it also will be shown how the ODLC can be operationalized into a learning cycle and how it has been implemented in an example course on systems engineering management within the MSc Construction Management & Engineering curriculum at the TU Delft. Finally, some preliminary student findings and next steps for further research are discussed.