The University of Bern invites applications for a fully funded PhD position in space research and astrobiology. The project focuses on analysing Rosetta mission DFMS mass spectrometer data from comet 67P to explore abiotic organic chemistry and support future life-detection missions. Position funded by SNSF for 3+1 years. Start date between May–July 2026.
Important Information
| Field | Details |
|---|---|
| Title | PhD in Space Research & Astrobiology |
| Organization | University of Bern |
| Department | Physics Institute – Space Research & Planetary Sciences |
| Location | Bern, Switzerland |
| Funding | SNSF-funded (3 years + possible 1-year extension) |
| Start Date | May–July 2026 |
| Application Deadline | Not specified (apply early) |
| Salary | According to SNSF PhD salary scale |
| Research Area | Astrobiology, Mass Spectrometry, Space Science |
| Required Qualification | MSc in Astrochemistry, Astrobiology, Physics, or related field |
| Email to Apply | nora.haenni@unibe.ch |
| Working Hours | 100% (Full-time, PhD) |
| Researcher Profile | PhD Student |
The Space Research and Planetary Sciences Division at the University of Bern seeks a PhD student to investigate the chemical complexity of cometary matter using legacy mass spectrometry data from ESA’s Rosetta mission. The Double Focusing Mass Spectrometer (DFMS) revealed unique organic signatures that can serve as references for future astrobiology missions.
Project Focus
The research integrates:
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High-resolution mass spectrometry analysis
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Chemical analytics of neutral gases
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Astrobiology & prebiotic chemistry
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Data interpretation to support future life-detection missions
Using Rosetta DFMS legacy data, the project aims to identify chemical groups relevant to astrobiology—such as sugars, lipids, and prebiotic molecules—through advanced analysis methods. In some cases, reference measurements will be performed using flight spare instruments in the laboratory.
Tasks
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Systematic analysis of high-resolution mass spectra
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Identification of organic molecules of cometary origin
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Data interpretation for astrobiological relevance
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Potential laboratory reference measurements
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Presentation of research at international conferences
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Work within a multidisciplinary, leading European space research team
Requirements
Mandatory:
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MSc degree in Astrobiology, Astrochemistry, Physics, Chemistry, or related fields
Strong Advantages:
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Experience with mass spectrometry
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Python programming skills
What the University Offers
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SNSF-regulated salary
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Full-time PhD position (100%)
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25 days annual vacation + Swiss public holidays
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Childcare allowance
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Equal opportunity, diverse, inclusive workplace
How to Apply
Submit the following to Dr. Nora Hänni:
📧 nora.haenni@unibe.ch
Required documents:
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CV (including skills & experience)
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One-page motivation letter
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Contact details of two referees
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Transcript of Master-level grades
Website: www.space.unibe.ch
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