Ludwig-Maximilians-Universität München

PhD candidate in Seismology (m/f/x)

Bayern · Department of Earth and Environmental Sciences · Frist: 15.07.2026

Besoldung E 13 TV-L Arbeitszeit Vollzeit/Teilzeit Befristung befristet 3,5 Jahre Frist 15.07.2026

4.188 – 6.079 €

/Monat brutto · E 13 TV-L in Bayern

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PhD candidate in Seismology (m/f/x)

Institution: Faculty of Geosciences - Department of Earth and Environmental Sciences, Ludwig-Maximilians-Universität München

Position type: Part-time (75%)

Employment group: TV-L E13

Start date: As soon as possible (limited up to three years)

Location: Geophysical Observatory Fürstenfeldbruck

About the position

The Geophysics Section at LMU invites applications for a three and half year PhD position within the RING research project funded by the German Research Foundation. The position investigates ground motion observations and the analysis and simulation of seismic wavefields, including new measurements of rotational motion (so-called six-degree-of-freedom 6-DoF data). The project contributes to improving our understanding of Earth processes and has applications in environmental monitoring and hazard assessment. This project is suitable for students who want to combine data analysis, physics, and programming to better understand how the Earth moves.

The position is part of the RING research unit that aims at pushing the limits of ring laser instruments for applications in Earth System science such as geodesy and geophysics. The research unit consists of 14 PhD positions at several German institutions in physics, geophysics and geology with a strong, interdisciplinary joint training programme.

Joint observations of rotational and translational ground motions have tremendous potential to complement classic seismic recordings in particular in challenging terrain (e.g., planets, volcanoes, oceans, cities). Building on high-sensitivity ring laser observations, we will push 6-DoF observations into the realm of seismic interferometry and explore the substantially elevated sensitivity of wavefield gradients to local structure and noise source distributions. The focus will be on the impact of imaging and monitoring the near-surface structure for environmental and tectonic effects (e.g., hydrological changes, stress changes).

Your tasks and responsibilities

Learn how to analyze rotational and translational seismic data (6-DoF observations).
Apply seismic interferometry methods to learn about noise sources and extend to 6-DoF data.
Improve our understanding of how seismic signals change over time due to environmental effects.
Investigate if 6-DoF can be used to monitor subsurface stress changes.
Delve into the array of arrays idea using multiple 6-DoF stations for seismology and structural applications.
Present results at international conferences, publish in international journals.

Your qualifications

You have a MSc in Physics or an Earth science related topic.
You are able to work independently, self-motivated and within a team.
Attention to detail and high level of critical thinking.
Experience with seismological field work is highly appreciated.
Experience in Python programming is an advantage.
Proficiency in English language is essential (speaking and writing).

Benefits

LMU offers an interdisciplinary environment with excellent opportunities for further training and development.
You will have access to the largest pool of portable rotation sensors as well as the multi-component ROMY ring laser.
You will receive structured training and close supervision within a collaborative and supportive, interdisciplinary research environment.
Fixed term contract for three and half years, salary according to DFG regulations (75% German TVL-E 13).
The possibility of attending international conferences and workshops.
Publishing in high-level international journals.
The PhD student will be hosted in the Seismology Group under Prof. Heiner Igel and will be co-supervised by Dr. Yara Rossi.
Flexible, family friendly working time models (e.g. remote work is possible) in the center of the attractive and vibrant city of Munich close to the Alps.

LMU Munich is interested in increasing the number of female employees and encourages women to apply. We explicitly encourage applications from candidates who may not meet all listed qualifications but are highly motivated to learn. People with disabilities who are equally as qualified as other applicants will receive preferential treatment.