We study and develop integrated photonic waveguides as optomechanical sensors in microsystems. Mechanical sensors in microsystems, such as pressure sensors, accelerometers, gyroscopes, and ultrasound receivers are used in many industries including consumer electronics, healthcare, and high-tech. The core element of such mechanical sensors is typically an electric displacement sensor, while light can measure displacement with extreme precision and low disturbance. And with integrated photonic waveguides, light can be guided and manipulated in a photonic microchip. Therefore, our research vision is to study integrated photonic waveguides as extreme precision sensors in microsystems and to develop new application in healthcare and industry, among others in the field of ultrasound. We consider the whole system: sensing, electrooptic interrogation, and applications.
- Motivated MSc and BSc students are welcome to apply for thesis projects.
- Students from TU Delft are welcome to just sent me an email or drop by.
- For students enrolled in another university. (1) This thesis project will be part of the curriculum of the university where you are currently enrolled. You have to align with a professor of your university how this thesis project fits in your curriculum. (2) TU Delft does not offer scholarships. To cover the additional cost of living abroad, please consider programmes such as Erasmus+. (3) Minimum duration of the thesis project is 6 months.
- W.J. Westerveld, et al. Sensitive, small, broadband and scalable optomechanical ultrasound sensor in silicon photonics. Nature Photonics (2021). Link.
- Featured in Nature Photonics News & Views article. Link.
- Featured by PhysicsWorld, Optics.org, EE Times, Bits & Chips, The Imaging Wire, and many more.
- "Ultrasound Game Changer" - The Imaging Wire
Wouter J. Westerveld is Assistant Professor at the Precision and Microsystems Engineering (PME) department since January 2021. He is member of the Micro-optics and Opto-mechatronics (MOOM) and Dynamics of Micro- and Nanosystems (DMN) research groups.
Dr. Westerveld holds a MSc degree in Applied Physics (cum laude, 2009) and a PhD degree (cum laude, 2014) from Delft University of Technology, The Netherlands. His professional positions include both academia and industry. He acquired multidisciplinary expertise in on-chip optomechanics, silicon photonics, micromechanics, and ultrasound. He is skilled in idea generation, theory, simulation, design, layout, fabrication process definition, characterization, and valorization.
Detailed CV and publications list: http://orcid.org/0000-0001-5658-2394