Postdoctoral Fellow in LGAD sensor development

Your Responsibilities

In this role, you will engage with an innovative project focused on developing cutting-edge hybrid pixelated LGAD imaging sensors tailored for the deep water window. Your main tasks will include:

• Leading the simulation, optimization, and design of next-generation thin-entrance window and Low Gain Avalanche Diode (LGAD) pixel sensors.
• Focusing on adapting these technologies for the soft X-ray energy range of the deep water window.
• Actively participating in the characterization of the developed sensors and conducting data analysis to assess their capabilities.
• Collaborating with beamline scientists and participating in pilot experiments at synchrotrons to validate the performance of pixelated sensors utilizing advanced X-ray detectors developed at PSI.
• Engaging in a teamwork-oriented environment, gaining insight into all facets of detector development from component design to final experimental validation.

Your Profile

The ideal candidate will possess the following qualifications:

• A PhD in physics, electronic engineering, or a related field focusing on solid state detectors.
• Experience with radiation detectors, with a strong foundation in silicon sensor design considered an asset.
• Proficiency in Technology Computer Aided Design (TCAD) simulations, preferably with Synopsys or Silvaco tools.
• High motivation, independence, and a commitment to contributing innovative ideas.
• A collaborative spirit, enjoyment of teamwork, and clear communication skills in English across diverse groups.

What We Offer

Our institution fosters an interdisciplinary and dynamic environment, providing a platform for innovative collaboration. You will benefit from structured on-the-job training, opportunities for personal development, and a strong vocational training culture. We support a balanced approach to work and personal interests through modern employment conditions and robust on-site infrastructure.

Your employment will have a duration of 2 years, with the potential for extension.