Education

Graduate School

The Photonic Integration group conducts research into Indium Phosphide (InP)-based semiconductor technologies for photonic integration and its applications. This research develops along three research lines:

  • Heterogeneous integration: processes, designs and materials for combining photonic platforms and wafer scale integration of electronics and photonics.
  • Monolithic integration: best in class performance for sensor interrogators, transceivers and imaging systems. Use cases in classical, quatum and neuromorphic circuits.
  • Nanophotonic integration: Metasurfaces and subwavelength devices for optical systems miniaturisation.

 

Internships/master projects in PhI

During their Master鈥檚 degree, students are also required to work on a research subject for one entire academic year: their Master鈥檚 thesis project (45 ECTS). Since the scope of the group is broad, projects can be designed in close collaboration between the Principal Investigator (PI) and the student. Additionally, doing a Master鈥檚 thesis within the PhI group offers the unique opportunity to work in a cleanroom alongside researchers. It is also possible to do the final project in industry or to partake in an exchange or collaboration with a university or institute abroad.

A number of courses in the Master鈥檚 program are advised for students who would like to do a Master鈥檚 project in the PhI group. An extensive list of courses can be found here: . For those specifically interested in semiconductors, it might be of interest to follow the semicon-lab courses. This track is composed of three courses (5SHA0, 5SHC0, and 5LHC0) that go through the life cycle of a photonics chip: mask design, fabrication, and measurements. This track offers a unique learning experience, where students who partake are able to gain hands-on experience in the cleanroom alongside researchers, making them more competitive for job and PhD positions.

During their Master鈥檚 degree, students are also required to complete an internship (15 ECTS). International placements are also possible and common for Master鈥檚 internship projects. Graduation projects may also be feasible. Hosts can be located in Europe, Asia, and North America, with destinations including Lumentum (UK), MIT (US), NTT (JP), the University of Eastern Finland (FI), Warsaw University of Technology, and Politecnico di Milano (IT), among others. Projects are usually very hands-on, combining cleanroom and measurement work with analysis and design. Talk to the PhI staff members that match your own interests to find out more about the opportunities in our network. Do be aware that our partners will want to review your CV and may have an interview process.

Additionally, industrial placements are common for projects in photonic integration. There are many industry companies throughout the Netherlands, and particularly in the Eindhoven region. Many 黑料福利网 students performing their Master鈥檚 internship projects in PhI are with Eindhoven-based companies such as ASML, Bright Effect, SMART Photonics, and others. Performing an internship project within a company rather than on campus can give you a good idea of the skills and opportunities that are important for a career in photonic integration. PhI staff members can help you with current opportunities. Another possibility is to do a Master鈥檚 thesis in collaboration with industry. This is a research project completed jointly with a company. In recent years, Master鈥檚 projects have been completed in collaboration with, for example, ASML and PhotonDelta.

Lastly, for some students it may be of interest to partake in an exchange program with another university or institute abroad. General information about international opportunities within the Electrical Engineering Master鈥檚 program can be found . Within the group, a wide range of opportunities is possible. In recent years, students have completed their internships or Master鈥檚 thesis projects in collaboration with, among other universities, the Massachusetts Institute of Technology (MIT), TU Berlin, Politecnico di Milano, and the University of California, Santa Barbara (UCSB).

For more information about Master鈥檚 thesis and internship projects, please contact:

Internship/graduation projects

PI's at PhI

Anyone interested in doing their master project within the PhI group is encouraged to contact the professors before signing up via the marketplace. Feel free to contact the PI whose filed corresponds with the topic you鈥檙e interested in. If you don鈥檛 have a specific field in mind, contact any PI and you鈥檒l be redirected to the right one.

Martijn Heck

Martijn Heck specalises in lasers, photondiodes, and microwave photonics, combining theory simulations and lab work. His current research includes mode-locked laswers, tumable lasers, and low-noise lasers, as well as heterogeneous integration. Feel free to stop by his office in Flux, or contact him by email: m.heck@tue.nl.

Yuqing Jiao

Yuqing Jiao specialises in nanotechnology, nanophotonics, and nanoelectronics, via nanofabrication technology, heterogeneous integration, and silicon photonics. Additionally, Yuqing has ongoing projects with universities and institutes in Japan and Taiwan, with whom its possible to arrange international internships with customised topics. Feel free to stop by his office in Flux (9.100) or contact him by email: y.jiao@tue.nl.

Kevin Williams

Kevin Williams specialises in projects that investigate the interplay between chip production methods and the functional performance of manufactured chips. He primarily supervises work performed outside of 黑料福利网, and will typically involve practical experimental work combined with the modelling of fundamental physical principles. Feel free to stop by his office in Flux (9.067) or contact him by email: k.a.williams@tue.nl.

Weiming Yao

Weiming Yao specialises in neuromorphic brain-inspired photonics, spiking optical neurons, and high-speed modulators, combining experimental research and simulation work. Experimental research includes measurements, characterisation, and demonstration in lab setups, while simulation includes the modelling and understanding of physical effects and simulating devices and circuits. He can be contacted via his email: w.yao@tue.nl.