Research

As of December 2023, the two capacity groups Future Everyday and Systemic Change shall be replaced by six clusters, which bring together staff with similar interests in small, focused research groups. Within the context of the departmental vision, mission and strategy, each cluster pursues their own research goals and implement their own strategies regarding publications, collaboration, societal impact and grant acquisition.

The cluster-based organization of research on the one hand aligns well with TU/e’s Principal Investigator model, providing more autonomy to individual researchers. On the other hand, the combined clusters allow the department to address its current research agenda in a highly focused manner, while allowing and fostering cross-cluster collaboration.

 

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    Department of Industrial Design

    Computational Design Systems

    The research cluster specializes in technologies ranging from information systems to human-data interaction to machine learning.

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    Department of Industrial Design

    Design of Empowering Systems

    The cluster creates interactive systems that employ technology to promote inclusion and self-development and bridge divides created by new…

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    Department of Industrial Design

    Designing with Intelligence

    The cluster's objective is to develop the ability to design with various forms of intelligence, such as artificial intelligence (AI), human…

  • Department of Industrial Design

    Future Everyday

    Future Everyday aims at bridging the gap between emerging technologies and people’s everyday life: how to deal with uncertainties that come…

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    Department of Industrial Design

    Interactive Matters

    The cluster takes these areas to the next level by incorporating new technologies such as active materials, advanced sensing, soft robotics,…

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    Department of Industrial Design

    Making With...

    We live in a time of big changes in the environment, society and technology that are accelerated by the climate crisis. The cluster tries to…

  • Department of Industrial Design

    Systemic Change

    Systemic Change uses Design and Technology to study socio-technical systems at the level of a community, by designing technology-enabled…

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    Department of Industrial Design

    Transdisciplinary Research & Design

    The cluster applies its experience in offering design in transdisciplinary settings, such as for dementia, rehabilitation, autism and the…

  • Highlights cases

    Perinatal Life Support by Juliette van Haren

    700 babies are born extremely preterm (24-28 weeks) in the Netherlands each year. These infants are usually transferred to a neonatal intensive care unit to support their further development. However, exposure of the underdeveloped lungs to air may lead to life-threatening complications. The infants that survive often have chronic health issues in later life, such as brain damage, reduced lung function, vision problems and metal health issues. An artificial womb where the baby can stay and develop for another four weeks could significantly improve the child’s chances of survival and quality of life.

    Data-Enabled Design by Mathias Funk

    Research on Data-enabled Design (DED) started from the question how to leverage data in design. Two PhD projects jointly supervised by Industrial Design and Philips Experience Design represented the first crystallization point of the DED method. Among the major contributions of the project was the definition of two distinct phases in the DED process: the research-oriented contextual exploration, which includes the deployment of data probes in context and conducting data-enabled interviews with participants, and the solution-oriented informed exploration, which includes designing and validating data-driven interventions. Within these phases, an 8-loop process was defined to schedule and pace design research activities in the design studio and application context.

    New Material Aesthetics by Miguel Bruns
    Warm Technologies for Dementia by Rens Brankaert

    Dementia is a progressive neurodegenerative condition that affects people slowly but surely over time. Increasingly, people need support with memory, everyday tasks, and personal hygiene. Dementia is complex, multifaceted and impacts the person with it, those caring for them, and society.

    Our research centers and institutes

    Our labs

    At the Departement of Industrial Design researchers and students can use several labs to support their research and educational activities. We offer Generic Make-Labs, Specific Make-Labs and Research Labs.

    /d.search lab

    The /d.search lab is dedicated to the realization of high-quality prototypes for master students and researchers of the ID department. The lab facilities are also used for the support of innovative projects within education that deserve extra attention to come to a higher level to attract industry and inform and inspire research.

    E-lab

    The E-lab is meant for education; it facilitates students who want to build electronic circuits and provides the first level of electronics support for bachelor students.

    Rapid prototyping lab

    The Rapid Prototyping Lab is equipped with an Laser cutter Trotec Speedy 300™, small 3D printers and state-of-the-art professional 3D printer. They are mostly used for cutting and engraving sheets of MDF, plywood, or acrylic and work on textiles and for printing of (final) prototypes and molds as well as for explorations using its capability of printing materials with varying mechanical properties in one print job.

    Neonatal Lab

    The Neonatal Lab provides space to develop and test designs to be used in a neonatal care environment. The space provides a context (medical equipment, incubator) that can otherwise only be found in a hospital.