Research
Who we are
The design.nexus research group of Ghent University Campus Kortrijk aims to build bridges between education, sustainability and industry in the field of technology-driven design and change processes of innovative product/service and consumption/production systems. The group implements interdisciplinary design strategies and practices together with industry and public and private sector organizations.
- More about the team
What we do
design.for.empowerment
design.sustainability
The lens .sustainability is concerned with the negative consequences arising from industrial production and product design. It investigates and experiments with new ways to bring about a more sustainable future by engaging in various co-design activities.
design.industry
design.industry carries out multidisciplinary applied research on the design for new digital and/or bio-based processes, personalized, changing and scalable production systems
Research labs
Learning Lab
In our Learning Lab, we exchange knowledge on teaching and learning methods and offer training to industry and academic partners by implementing design-based methodologies, such as the Design Thinking methodology and game-based learning.
Bio-Makerspace
The Bio-Makerspaceis a new creative space where students and companies learn to apply the basic principle of Design for a Circular Economy by making prototypes and experimenting with DIY, bio-based and circular materials.
Overview and additional information on these labs.
Research projects and doctoral research
Ongoing Research Projects
BUILDING BASED on BIOBASED (BBoBB)
A leap of scale in Building Based on Biobased, that's our aim!
In the BBoBB project, 16 partners across five countries in the North Sea region work together to design, develop and strengthen value chains for the use of biobased materials. In our partnership all parts of the value chain are represented.
We believe that the transition to a circular economy is an important means of working on climate challenge, with the prospect of new business models. Therefore, the use of biobased materials in construction (built environment, interior construction and civil engineering) offers a unique opportunity which we want to seize.
Let's work on a circular economy together!
VLAIO - Living Lab Hemp+
In this project, we are going to refine our "design for assembly meaning (DFAM)" methodology in cooperation with various companies and adapt it to various business contexts. The methodology is aimed at making assemblies easier but also more intuitive for operators. The interaction of the operator with the product to be assembled is central to this. Easy disassembly with a view to sustainability and maintenance of the products is also addressed.
- Vlaio-Tetra: design for easy and intuitive manual assembly
- Learning network bio- builders
- Prototyping Circulair: Circular prototyping using bio-based an/or digital production.
- T-CREPE / Erasmus+: Textile engineering for co-creation paradigms in education
- Circular sprint / Crafth
- Interreg Transfirm: students entrepreneurs without broders
- Bio-inspired braces: how seahorses may solve rehabilitation consequences of traditional braces
- CiRcular design & manuFacTuring Hackathon
- Productdesign for small series
- Makerhealth: Facilitating frugal innovation with and for healthcare professionals by using medical fable techniques
- Student-entrepreneurs without borders
Click here for a complete overview and additional information on these projects.
Ongoing PhD research
- Ellen De Vos / Make the future visible today: a reflection on the use of design thinking and futures studies techniques to foster creativity
- Lore Brosens / Future-proof design education for Industry 4.0
- Melis Örnekoğlu Selçuk / Research-through-Design for Developing a Co-design Facilitator's game
- Bert Vuylsteke / Study on the opportunities of new circular and bio-based materials for the design process
- Dirk Steuperaert / Validity and worth of IT Governance Frameworks, the COBIT case
- Jan Herregodts / Development of a novel total elbow arthroplasty design based on new insight into the anatomy and biomechanics of the elbow
Click here for a complete overview and additional information on our PhD research.
Publications
An overview of our latest publications