M.Sc. in Physics, Chemistry, or Material Science (f/m/d) - Part Time 75%

About the Role

This position involves advancing next-generation quantum-based high-transmission x-ray spectrometers aimed at examining practical material systems. Traditional grating and crystal spectrometers typically provide either elevated x-ray sensitivity or enhanced energy resolution. In contrast, cutting-edge quantum detectors such as magnetic microcalorimeter detectors (MMCs) can deliver both high sensitivity and resolution across a wide x-ray energy spectrum.

Within the interdisciplinary QS4Physics research project, you will contribute to creating a flexible platform that allows the integration of novel quantum sensors into advanced beamlines like X-SPEC at the KIT Light Source. Utilizing a fusion of sophisticated x-ray spectrometers and innovative quantum sensors, your investigations will focus on applied materials, including areas like catalysis and energy conversion, employing both soft and hard x-rays at KIT Light Source beamlines. Interaction with a multidisciplinary team will be key, straddling detector physics and materials science research.

The position offers the opportunity to pursue a doctoral degree concurrent with employment.

Responsibilities

• Design and develop detector platforms to incorporate MMCs into existing high-tech synchrotron beamlines (e.g., X-SPEC)
• Fabricate and analyze infrared blocking filters optimized for high transmission in both soft and hard x-ray energy ranges
• Disseminate research findings at international scientific conferences and through peer-reviewed publications
• Execute electron and x-ray spectroscopy experiments on applied material systems related to catalysis using various beamlines at the KIT Light Source

Candidate Profile

• Possess a master’s degree in physics, chemistry, material science, or a related discipline
• Experience working with ultra-high vacuum (UHV) systems
• Preferably knowledgeable in soft and hard x-ray as well as electron spectroscopy techniques
• Demonstrate enthusiasm for interdisciplinary teamwork focused on detector technology and applied materials
• Effective communication skills in English, both written and spoken

Benefits and Work Conditions

• Engage in impactful scientific research tackling societally relevant topics within a stimulating environment
• Benefit from flexible working hours, remote work availability, and an annual leave entitlement of 30 days for optimal work-life harmony
• Access structured onboarding, diverse continuing education offerings, and tailored personal development support
• Participate in the KIT Family+ program supporting work-family balance, including childcare, holiday programs, parent-child office spaces, and relative care assistance
• Promote personal well-being with fitness classes, mental health initiatives, and regular preventive health check-ups under the Fit at KIT program
• Receive additional perks such as corporate pension contributions (VBL), a monthly €25 subsidy towards JobTicket BW, plus access to various cultural and leisure activities

Employment Details

• Location: Eggenstein-Leopoldshafen and Karlsruhe, Baden-Württemberg, Germany
• Contract Period: 3 years
• Salary: Classified under salary category 13 TV-L, dependent on personal and professional qualifications

Equal Opportunity Statement

This organization values diversity, recognizing that a wide range of perspectives and backgrounds enhances their work. Applications from all candidates are welcomed with particular encouragement towards women and preferential consideration for those with recognized severe disabilities when qualifications are equal.

Application Deadline

Applications will be accepted until July 12, 2026.