An increasing number of universities offer user-centric innovation courses based on the principles of design thinking. Lecturers combine a plethora of design thinking elements in design thinking course syllabi and thereby adopt teaching styles that range from autonomy-supportive to structured. Using a balance between these two teaching styles seems most suitable to optimally engage students and provide guidance through the innovation process. To develop a syllabus for innovation courses, we draw on best practices currently being undertaken in universities worldwide and examine 11 design thinking syllabi from different departments (Engineering, Design, Business, and Information Systems). We identify 17 common and 18 unique elements of design thinking courses and related course materials. Based on our results, we propose a design thinking syllabus that includes suggestions for course objectives, course setup, assignment design, and team composition using a balance between autonomous-support and structural teaching styles.

Teaching Innovation in Interdisciplinary Environments: Toward a Design Thinking Syllabus / Manuel Wiesche; Larry Leifer; Falk Uebernickel; Michael Lang; Eric Byler; Niels Feldmann; Juan Pablo Garcia-Cifuentes; Katja Höltää-Otto; Kevin Kelly; Gerhard Satzger; Sushi Suzuki; Christine Thong; Matteo Vignoli; Helmut Krcmar. - ELETTRONICO. - 2018:(2018), pp. 1-16. (Intervento presentato al convegno International Conference on Information Systems Education and Research tenutosi a San Francisco, California nel December 12-13, 2018).

Teaching Innovation in Interdisciplinary Environments: Toward a Design Thinking Syllabus

Matteo Vignoli;
2018

Abstract

An increasing number of universities offer user-centric innovation courses based on the principles of design thinking. Lecturers combine a plethora of design thinking elements in design thinking course syllabi and thereby adopt teaching styles that range from autonomy-supportive to structured. Using a balance between these two teaching styles seems most suitable to optimally engage students and provide guidance through the innovation process. To develop a syllabus for innovation courses, we draw on best practices currently being undertaken in universities worldwide and examine 11 design thinking syllabi from different departments (Engineering, Design, Business, and Information Systems). We identify 17 common and 18 unique elements of design thinking courses and related course materials. Based on our results, we propose a design thinking syllabus that includes suggestions for course objectives, course setup, assignment design, and team composition using a balance between autonomous-support and structural teaching styles.
2018
Proceedings of the 2017 International Conference SIGED:IAIM
1
16
Teaching Innovation in Interdisciplinary Environments: Toward a Design Thinking Syllabus / Manuel Wiesche; Larry Leifer; Falk Uebernickel; Michael Lang; Eric Byler; Niels Feldmann; Juan Pablo Garcia-Cifuentes; Katja Höltää-Otto; Kevin Kelly; Gerhard Satzger; Sushi Suzuki; Christine Thong; Matteo Vignoli; Helmut Krcmar. - ELETTRONICO. - 2018:(2018), pp. 1-16. (Intervento presentato al convegno International Conference on Information Systems Education and Research tenutosi a San Francisco, California nel December 12-13, 2018).
Manuel Wiesche; Larry Leifer; Falk Uebernickel; Michael Lang; Eric Byler; Niels Feldmann; Juan Pablo Garcia-Cifuentes; Katja Höltää-Otto; Kevin Kelly; Gerhard Satzger; Sushi Suzuki; Christine Thong; Matteo Vignoli; Helmut Krcmar
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/924157
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