Design.nexus is the product design research group of Ghent University's Faculty of Engineering and Architecture, based on Campus Kortrijk. The group works at the intersection of product design, sustainability and industry, and its existing lines of research map closely onto the scope of the Eureka Lightweighting Call: advanced and alternative materials, smart design and production methods, digital design technologies, and design for repairability, disassembly and recyclability. In the design.sustainability pillar, multiple projects focus on utilizing alternative bio-based materials, e.g. through the Bio-Makerspace and the BBoBB project (16 partners, bio-based construction value chains), and on sustainability and circularity in medical device design, e.g. the D4SMD project. Other projects address design for circularity, circular business models, and open-ended design — taking into account changes in context to extend product lifecycles. In the design.industry pillar, projects relate to digital production methods and scalable manufacturing (Industry 5.0), run through the Computational Design & Digital Fabrication Lab. For repairability and disassembly, the group's Design for Assembly Meaning (DFAM) methodology aids in developing products that are more intuitive to assemble and disassemble, with sustainability and maintenance in mind.
I'm a researcher at Ghent University design.nexus research group, affiliated to the .sustainability pillar. We perform research towards design methodologies for more sustainable and circular products. In this we're involved in multiple European and local projects such as:
On bioeconomy:
- Building Based on BioBased (BBoBB): aiming to design, develop and strengthen value chains for the use of biobased materials
- Living Lab Hennep+: focused on setting up a value chain for hemp valorization in Flanders
- Learning Network BioBuilders: project committed to developing an innovative, practice-oriented educational method for the construction sector.
On Circular Business Models (incl. electronics and packaging topics):
- Design for Sustainable Medical Devices (D4SMD): navigating upcoming European Sustainability regulations (a.o. ESPR, Right to Repair, PPWR) and the impact on medical device design processes
- Design for intuitive (dis)assembly: aimed at refining the "design for assembly meaning (DFAM)" to various business contexts
Social media
Interests
ecodesign
Circular design
Medical Devices
Additional questions
Areas of activity
Circular business modelsBioeconomyPackaging
Region
Other
THEMATIC GROUPS INTEREST
TG-Boosting Circular Business ModelsTG-Circular Electric and ElectronicsTG-Biobased materials in ConstructionTG- Circular PackagingTG- Product as a Service (PaaS)