Physicist, Medical Physicist, Engineer as Research Assistant - Radiation Detection, Radiation Protection, Emergency Management (m/f/d)
Institution:
The Bundeswehr Institute of Radiobiology in Munich is a departmental research institute of the German Federal Government. It conducts defense medical research and development in the field of medical management for radioactive substances as well as ionizing and non-ionizing radiation.
Project Background - iMEDCAP:
The iMEDCAP (Integrated Medical Evacuation and Care Platform) project is a European research initiative aimed at developing an autonomous rescue system for the evacuation of severely injured, infectious or contaminated individuals from inaccessible areas. The project integrates advanced CBRN detection techniques, patient monitoring, and remote medical intervention into a mobile and interoperable patient transport system. It brings together 24 organizations from 9 countries, including universities, SMEs, and industry partners.
Work Location:
Ernst-von-Bergmann-Kaserne, Neuherbergstraße 11, 80937 Munich, Germany
Job Description:
- Development and testing of a mobile and automated radiation detection system for patient screening in emergency scenarios within the iMEDCAP project.
- Collaboration with international partners within the iMEDCAP consortium, including universities, research institutes, and industry.
- Presentation of interim and final results in international project meetings, scientific conferences, and workshops.
- Contribution to the preparation of research reports and scientific publications.
- Assistance in defining technical requirements for radiation detection and emergency management components.
- Participation in prototype testing and field trials, ensuring practical applicability of the developed solutions.
Your Profile:
- Successfully completed Master’s degree or university diploma in engineering, physics, medical physics, radiation protection, applied physics, or a comparable field; PhD desirable.
- Proficiency in English at least C1 level of the Common European Framework of Reference for Languages (CEFR) or equivalent.
- German language skills are desirable.
- Ability to work independently as well as in an international, interdisciplinary team.
- Experience in radiation detection methods (e.g., gamma spectrometry) and metrology.
- Familiarity with radiation protection and emergency management.
- Programming skills for automation and data analysis are advantageous.
- Strong communication skills for presenting results in scientific and industrial contexts.
- Willingness to undergo a health suitability assessment.
- A successful Ü2 security clearance (beyond the probation period) is required.
What We Offer:
- A challenging and meaningful project in emergency management and radiation protection.
- Fixed-term contract according to the Wissenschaftszeitvertragsgesetz (Academic Fixed-Term Contract Act).
- Attractive salary (E13, 100%) based on the public sector collective agreement (TVöD).
- Support for work-life balance, including options for remote work or part-time employment (the position is part-time eligible).
- Access to a variety of sports activities on campus.
- Work in a dedicated and experienced team with state-of-the-art laboratory equipment.
Additional Information:
- The position is initially limited until November 30, 2026.
- Classification is based on §12 TVöD, considering the actual duties performed and the fulfillment of personal and collective agreement requirements.
- The Bundeswehr promotes professional equality between women and men and particularly welcomes applications from female candidates.
- Applications from severely disabled persons are encouraged and will be given individual consideration based on the job requirements.
- The Bundeswehr supports the goals of the National Integration Plan and welcomes applications from candidates with a migration background.
Application and Contact:
If you are interested, please submit your electronic application, including all documents in a single PDF file, by April 22, 2025, to Dr. rer. nat. Christian Siebenwirth via email.