OPEN POSITIONS

We always have interesting topics for Bachelor, Master and PhD Projects. Some examples are listed below.

If you are interested in our group's work please contact Prof. Pernice for further information.

We offer a bachelor project for students interested in photonic technologies, hardware development, and simulation-based research. The project combines several complementary aspects of experimental and computational work, including PCB design, Python-based simulation, and hands-on laboratory experiments.

Working within an academic research environment, the student will contribute to the development and evaluation of a photonic system while gaining practical experience in both modelling and experimental implementation. The project is well suited for students who would like to strengthen their background in photonics, electronics, scientific programming, and research-oriented problem solving.

Prior research experience is not required, but enthusiasm, curiosity, and commitment are highly valued.

For further information, please contact Dr. Xinyu Ma or Ravi Pradip.

We welcome motivated Bachelor’s and Master’s students, research interns (incl. Bachelor internships), and SHK/HiWi student assistants interested in hands-on experimental work in cryogenic photonics. Our subgroup develops superconducting single-photon detectors and characterizes nanophotonic structures at cryogenic temperatures (typically below 2 K), using closed-cycle cryostats and well-equipped optical and electronic laboratories.

Because our research topics evolve continuously, projects are defined individually after initial contact. We particularly appreciate curiosity, precision, and a proactive attitude toward careful experimental work and documentation.

For more details, please read the full description (incl. opportunities, skills you can learn, and how to apply).

This project is to develop an on-chip photonic switch for quantum computers, leveraging light to manipulate atoms and unlock unprecedented computational speed, efficiency, and security.

By joining this interdisciplinary project, you will work closely with a team of experienced experts in photonics, electronics and material science, and gain hands-on experience on realizing an electro-optic chip - from design and simulation to characterization and measurement.

We are looking for highly self-motivated students with curiosity and a passion for technology. Apply and be part of a team that's lighting the way to a quantum future.

For further information, please contact Dr. Xinyu Ma or Prof. Pernice.

Are you passionate about cutting-edge research and eager to dive into the fascinating world of artificial intelligence and neural networks? If so, we have an exciting opportunity waiting for you! We are currently seeking dedicated and motivated students to join our team for a project focused on the implementation of phase change materials in neural networks and the design of laser setups in our advanced laboratory. As a part of this project, you will actively contribute to the design and implementation of novel laser setups, allowing an in-depth analysis of these materials in terms of behavior and characteristics. By joining our team, you will have the opportunity to:

1. Develop your scientific skills and expand your knowledge in an area of research that has far-reaching implications.
2. Learn and contribute to the fabrication of photonic chips, pushing the boundaries of what is currently possible in the field.
3. Gain hands-on experience in material characterization methods, such as scanning electron microscopy, energy dispersive X-ray spectroscopy.

Our experienced team members and specialists will guide you throughout the project, providing valuable mentorship and support. This experience will not only enhance your academic profile but also provide you with a competitive edge in your future career endeavors.

If you are a driven and enthusiastic student with a background in physics, photonics, or a related field, we encourage you to seize this incredible opportunity. Contact us and join us in the development of next-generation artificial intelligence and edge computing technologies.

For further information please contact Dr. Shabnam Taheriniya or Prof. Pernice.

For more open PhD projects, please contact Prof. Pernice.