A Toolkit for Practice-Based Learning of Mechanisms in Industrial Design Education - An Application of a Method Combining Deductive and Inductive Learning

Oct 15, 2026

Upload by nayy☆

Industrial design education targets interdisciplinary competencies, including the ability to design mechanisms that satisfy mechanical constraints in products. Evidence indicates that practice supported by theory can help students learn mechanisms, yet Turkey’s graduates still lack strong mechanical design skills. This study introduces a two-stage toolkit for a holistic learning flow, teaching mechanisms through combined deductive and inductive approaches and applying it to 36 second-year students. Findings suggest the toolkit is beneficial with revisions.

LanguageEnglish

CategoryResearch & Report

FormatPDF

Pages22

Reading Time55 min

AccessFree to download

Introduction: Motive of a Toolkit

Interdisciplinary needs vs. contentious educational approaches

Industry expectations and the skills gap

Engineering knowledge in ID programs and the “sweet spot”

Engineering practice as a problem-solving process

A Toolkit for Practice-Based Learning of Mechanisms in Industrial Design Education: An Application of a Method Combining Deductive and Inductive Learning H. Güçlü Yavuzcan, Gazi University, Turkey Barış Gür, Venn Design Ltd, Turkey Abstract Industrial design education is focused on teaching a combination of various interdisciplinary competencies. One of these projected learning outcomes is to be able to design mechanisms in order to fulfil certain mechanical constraints in products. Studies show that theoretical knowledge supported by practice helps to teach industrial design students the mechanisms. In the current situation in Turkey, practice-based courses are designed with a similar purpose. However, graduates severely lack mechanical design skills. In this study, a two-staged toolkit of a holistic flow is introduced to prevent the deficiency mentioned above. In the toolkit, mechanisms are taught by combining deductive and inductive approaches, instead of a directly inductive conventional approach. The toolkit is applied to 36 sophomore year students. Assessments of the students and their self-evaluations are collected and analysed. Findings show that the toolkit can be beneficial for teaching of mechanisms to ID students through some revisions. Key words design education, learning methods, experiential learning, inductive learning, learning of mechanisms Introduction: Motive of a Toolkit Paradigms of industrial design (ID), which is a crafts-based discipline (Başar & Ülkebaş, 2011), is shifting, while communication and information technologies are developing (Overbeeke, Appleby, Reinen & Vinke, 2004) . Universities offer diversely structured ID programs. Research or practice-based approaches are already separated (Friedman, 2002; Zeng, 2017) . The profession of ID is branching out and graduates posess various competencies (Domermuth, 2009) . The scope of these competencies (Siegel, 2000) and approaches for evaluation of these skills (Horváth, 2006) are discussed in studies. However, discrepancy of expectations of the students, universities and companies from various industries (Erkarslan, Kaya & Dilek, 2011; Domermuth, 2009) shows that a universal approach for developing certain competencies is not likely to be found. The Interdisciplinary essence of this profession necessitates an education that is based both on theoretical knowledge and practice. However, educational approaches are controversial. For educators, a holistic view is regarded as innovative (Horváth, 2006) . However, the focused qualifications that a reductionist approach provides are still valuable for employers (Erkarslan, et al., 2011; Kındı, 2007) . Reductionism assumes that comprehending components is enough to understand complex systems (Horváth, 2006) . Contrarily, a holistic approach considers the net of relations between individual elements of the system in order to determine them. Companies expect to hire designers with mechanical engineering based skills. However, they argue that graduates lack these competencies. (Erkarslan, et al., 2011; Domermuth, 2009; Yang, You & Chen, 2005; Kındı, 2007) . The topic is controversial. While some of the studies criticize employers for misunderstanding the ID competencies (Erkarslan, et al., 2011), others denounce conventional educational models for lacking experiential learning contents (Roozenburg, Van Breemen & Mooy, 2008; Bingham, Southee & Page 2015; Yavuzcan & Şahin, 2017) . Engineering courses are limited in ID education compared to the engineering programs. Particularly in Turkey, conventional methods for teaching engineering knowledge to ID students are inefficient, often reductionist, and there is a need for optimizing the practice-based learning approaches (Yavuzcan & Şahin, 2017) . Howard (1997) remarked that only a few institutions in the USA grant degrees in ID engineering while there are many design and ID departments. Very few of the programs offer engineering courses unles

FAQs

What problem does the toolkit address in industrial design education?

Graduates in Turkey are reported to severely lack mechanical design skills, even though practice-based courses are intended to support mechanism learning.

How does the toolkit teach mechanisms differently than a conventional inductive approach?

It combines deductive and inductive approaches within a two-staged holistic flow rather than using a directly inductive conventional method.

What evidence is used to evaluate the toolkit?

The study collects and analyzes students’ assessments and their self-evaluations after the toolkit is applied to 36 sophomore-year students.

Oct 15, 2026

Upload by nayy☆