Building a future where electronics seamlessly integrate into moving parts and soft surfaces. Applications in robotics, prosthesis, and human-machine interfaces.

My entrepreneurial sandbox on the side. Combining standard electronics and/or mechanical prototyping (e.g. 3D printing) with smart design to achieve elegant solutions in hardware.ELITH activities were discontinued on 28/02 to give my undivided attention to Innervate.

Inconspicuous integration of sensor needs e.g. on skin or textile, across joints. Equipping areas with this highly compliant technology while maintaining their normal interaction capabilities and agility.

Exploring spin-off possibilities following my work on stretchable electronics technology at the Functional Materials Engineering group. Scalable fabrication routes with high repeatability. Tech demonstrators. Developing a product-market fit. Setting up projects and collaborations.

Electronic devices which stretch like rubber bands: a holistic approach to materials and fabrication methods for stretchable electronics. (thesis title)

Working with prof. Pedro Lopes on integrating computer interfaces with the human body. His Human Computer Integration research group explores the future of human-computer interaction (HCI) by engineering interactive systems that intentionally borrow parts of the user’s body for input and output.The University of Chicago ranks 9th best university in the world. (source: 2020 Times Higher Education (THE) World University Ranking)