FRAMING DESIGN STUDENTS, RE-FRAMING DESIGN EDUCATION

Industrial Design Engineering is an inherently complex discipline, bringing together a variety of knowledge and skills. Our programme at the University of XX is rooted and located in a faculty of Engineering Technology and at the same time benefitting from the influx of knowledge from the faculty of Behavioural, Management and Social Sciences and our sister faculty of Electronic Engineering, Mathematics and Computer Science. Therefore our programme comprises of gamma- and beta topics, envisioned by the former marketing slogan of our university “High Tech - Human Touch”. In this context we developed an integrated full time module of fifteen European Credits for the first quartile of the Bachelor. Keeping in mind that this first encounter of the freshmen would set the standard for the rest of their studies we set our selves the task to develop an agile module that offers the scope of topics and integrates them directly in short design sprints. To aid the students in navigating the complexity of their future discipline we created a strong frame for the programme, inspired by the frame-creation method by Dorst. In line with the slogan of our university and the applied character of engineering we settled for ‘making technology available for people’ as central objective. For the students to be successful in this task, they should become ‘bilingual’. Therefore we crafted a module that ‘frames the students as future Industrial Design Engineers with both the language of engineering (=mathematics) and the language of design (=visual)’.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.35199/epde.2025.13
Primary Topic
Literacy, Media, and Education
Type
article
Field-Weighted Citation Impact
0.00
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article

FRAMING DESIGN STUDENTS, RE-FRAMING DESIGN EDUCATION

Daniel Saakes, Wouter Eggink
Literacy, Media, and Education
article

FRAMING DESIGN STUDENTS, RE-FRAMING DESIGN EDUCATION

Daniel Saakes, Wouter Eggink
article en

Abstract

Industrial Design Engineering is an inherently complex discipline, bringing together a variety of knowledge and skills. Our programme at the University of XX is rooted and located in a faculty of Engineering Technology and at the same time benefitting from the influx of knowledge from the faculty of Behavioural, Management and Social Sciences and our sister faculty of Electronic Engineering, Mathematics and Computer Science. Therefore our programme comprises of gamma- and beta topics, envisioned by the former marketing slogan of our university “High Tech - Human Touch”. In this context we developed an integrated full time module of fifteen European Credits for the first quartile of the Bachelor. Keeping in mind that this first encounter of the freshmen would set the standard for the rest of their studies we set our selves the task to develop an agile module that offers the scope of topics and integrates them directly in short design sprints. To aid the students in navigating the complexity of their future discipline we created a strong frame for the programme, inspired by the frame-creation method by Dorst. In line with the slogan of our university and the applied character of engineering we settled for ‘making technology available for people’ as central objective. For the students to be successful in this task, they should become ‘bilingual’. Therefore we crafted a module that ‘frames the students as future Industrial Design Engineers with both the language of engineering (=mathematics) and the language of design (=visual)’.

University of Twente (NL)
Openalex Percentile: Top 77%
Literacy, Media, and Education
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