The value of data driven seating design

Before the winter holidays, a scientific paper developed in collaboration with TU Delft was published. The research explores how data-driven, user-centered seating design for healthcare applications can improve healthcare solutions by translating biomechanical insights into practical, real-world applications.

From research to real-world impact
The study focuses on understanding how the human body interacts with seating in healthcare and medical environments. By combining biomechanical data, user insights and iterative design methods, it shows how healthcare seating solutions can be developed that better support comfort, posture and long-term well-being.

The paper was developed together with Master’s thesis student Boris Steenhuis, Professor Yu (Wolf) Song and PhD candidate Mehmet Özdemir, with contributions from the CoverWorks Health division during the final publication phase. The collaboration highlights the value of connecting academic research with applied design, development and manufacturing.

Read the full paper
The full scientific paper is available via the MDPI scientific journal repository:
https://www.mdpi.com/3628234