
Aktiviere Job-Benachrichtigungen per E-Mail!
A leading research institute in astrophysics is seeking a Project Scientist to lead efforts on the Wide Field Imager Instrument for the NewAthena X-ray Observatory. The role requires a Ph.D. and significant experience in relevant scientific areas, with responsibilities including advising on instrument performance, leading scientific case development, and coordinating a consortium. Competitive compensation and diverse workplace offered.
MPE is a world-renowned institute in both space- and ground-based experimental astrophysics, playing leading roles in numerous major astronomical missions and projects. The high-energy group carries out major space hardware activities supporting its astrophysics research program, including developing X‑ray detectors and X‑ray optics. It is the lead institute for the NewAthena/WFI Consortium and responsible for delivering the instrument to ESA for an anticipated launch in 2038. The High-Energy Group has also contributed significantly to missions such as Chandra and XMM–Newton, led the development of the eROSITA X‑ray telescope and is a partner in Einstein Probe and eXTP.
The position will be based within the High-Energy Astrophysics Group at the Max Planck Institute for Extraterrestrial Physics (MPE) in Garching, led by Prof. Kirpal Nandra.
The WFI is one of two scientific instruments planned for NewAthena. Based on state-of-the‑art DEPFET technology developed by the Max Planck Semiconductor Laboratory, it will deliver spectroscopic imaging over a large field of view (40′ × 40′), with high spatial resolution, excellent temporal resolution, and good spectral resolution in the 0.2‑15 keV energy band. Thanks to its unprecedented survey capabilities, the WFI will address a broad range of key scientific goals: tracing the origin and distribution of metals in the Universe; probing the physical processes that govern the evolution of baryons within dark matter halos; exploring how super‑massive black hole growth shapes galaxy evolution; constraining the equation of state of ultra‑dense matter in neutron stars; and contributing to multi‑messenger astrophysics by jointly studying cosmic explosions and mergers using both gravitational wave and electromagnetic observations. In addition, a dedicated fast detector will provide exceptional high‑count‑rate capabilities, enabling the detailed study of the brightest X‑ray sources in the sky.
The appointment will be time-limited until 31st December 2027, with the possibility of renewal.
Applicants should submit their documents (in English and PDF form) via our application portal online by 30th November 2025, including a cover letter, a curriculum vitae, a list of publications, a brief (~1 page) description of research interests and the names of three referees that can provide letters of reference upon request.
Late applications will be considered. Informal enquiries about the position may be addressed to Prof. Kirpal Nandra (knandra@mpe.mpg.de).
Apply now
The Max Planck Society is committed to increasing the number of individuals with disabilities in its workforce and, therefore, encourages applications from such qualified individuals.
Furthermore, the Max Planck Society seeks to increase the number of women in those areas where they are under‑represented and, therefore, explicitly encourages women to apply.
MPE wishes to increase diversity and equality of opportunity in all respects and welcomes applications without regard to factors such as nationality, ethnicity, disability, religion, gender, gender identity or expression, or sexual orientation.