Utrecht University is offering a fully funded PhD position in the Department of Earth Sciences, focusing on experimental research into turbidity currents and their deposits using the state-of-the-art TurbiFlume facility. The project aims to advance understanding of sediment gravity flows, their structure, behaviour, and depositional patterns, with a particular emphasis on submarine canyons and their role in transporting sediments, carbon, nutrients, and pollutants to the deep ocean. The research will involve novel laboratory experiments, high-resolution measurements, and data analysis, contributing to the broader fields of geoscience, marine geology, and environmental science.

The successful candidate will join a leading geoscience research team and benefit from a personalised training programme tailored to their career objectives, including coursework, workshops, and teaching assistance. The position is open to applicants with an MSc in Earth Sciences, Civil or Hydraulic Engineering, or related disciplines. Key requirements include experience with experimental work involving water and sediments, coding skills, creativity, curiosity, and strong communication abilities. Proficiency in English is essential, and international applicants are welcome, though non-Dutch degrees may require additional approval.

The position offers a four-year contract (1.0 FTE), with an initial one-year appointment and extension upon successful assessment. The gross monthly salary ranges from €3,059 to €3,881, with additional benefits such as holiday pay, year-end bonus, pension scheme, and flexible employment terms. Utrecht University provides a supportive environment for professional and personal development, with access to world-class laboratories and high-performance computing facilities.

The application deadline is 5 January 2026. Applications must be submitted online via the Utrecht University portal, including a CV and motivation letter. For informal inquiries, contact Dr Joris Eggenhuisen at [email protected]. This opportunity is ideal for motivated candidates interested in experimental geoscience, sediment transport, and marine environmental processes.