Are you interested in contributing to groundbreaking research at the intersection of cancer surgery and space exploration? This PhD project presents a unique opportunity to develop innovative instrumentation that will enhance surgical techniques for cancer treatment and support future missions aimed at discovering life in our Solar System.
The focus of the project will be on the conceptualization, construction, and validation of a novel compact sensor head. This device is designed to analyze the complete state of polarization of incoming light beams across multiple wavelengths. Utilizing a technique known as spectro-polarimetry, this research holds significant potential for accurately identifying pancreatic tumor margins and detecting unambiguous biosignatures in the search for extraterrestrial life. Initial implementations of this technology are anticipated for use in endoscopes and satellite payloads. The successful candidate will actively participate in both the medical application and scientific advancement of these pioneering devices.
The successful candidate will become a vital part of a dynamic interdisciplinary team that combines expertise in cancer research, tissue pathology, medical imaging, computer science, robotics, as well as astrophysics, planetary science, microbiology, and engineering. This collaboration will provide enriching intellectual opportunities within two interdisciplinary centers, enhancing existing synergies across various fields.
We seek a creative and motivated individual who excels in teamwork and demonstrates a strong interest in instrumentation. The following qualifications are required:
While expertise in numerical modeling and optics (specifically polarization) is beneficial, it is not mandatory.
The position will be situated in Bern, with two locations just a 15-minute walk apart: the Centre for Space and Habitability, which focuses on interdisciplinary planetary habitability research, and the ARTORG Centre, dedicated to developing innovative healthcare technologies to meet unmet clinical needs. Bern is renowned for its high quality of life, vibrant culture, and beautiful natural surroundings, providing abundant opportunities for outdoor activities.
This position is funded for a duration of four years, offering a competitive annual salary along with resources for travel, publications, and computing needs. Additionally, child allowance and maternity/paternity leave are included.
The University of Bern is dedicated to promoting equality, diversity, and inclusion within its community. We particularly encourage applications from individuals belonging to underrepresented groups.
Interested candidates are invited to apply online using the form below. Please note that only applications matching the job profile will be considered. Initial inquiries regarding the position can be directed to Prof. Dr. Brice-Olivier Demory at brice-olivier.demory@unibe.ch.
The expected start date for this position is September 1, 2025, or by mutual agreement.
Location : Bern
Country : Switzerland