PhD Candidates in Experimental Fluid Mechanics: Turbulent Mixing and Combustion of Zero-Carbon Fuels Norwegian University of Science and Technology in Norway

The Norwegian University of Science and Technology (NTNU) is a leading institution with a technical-scientific profile and a strong commitment to professional education. NTNU operates across three cities, with its headquarters in Trondheim, and is home to 9,000 employees and 43,000 students dedicated to advancing knowledge for a better world.

This PhD opportunity is part of two major research initiatives: the ERC synergy grant HYROPE (Grant agreement number 101119058) and the EU Project InsigH2t (Grant agreement number 101192349). The positions are fully funded, offering an excellent platform for research in experimental fluid mechanics, with a focus on turbulent mixing and combustion processes involving zero-carbon fuels. The research aims to contribute to the energy transition by exploring sustainable and renewable energy solutions, particularly hydrogen and other zero-carbon alternatives.

As a PhD candidate, you will engage in advanced experimental work, investigating the fundamental mechanisms of turbulent mixing and combustion. The project is highly interdisciplinary, bridging mechanical engineering, chemical engineering, environmental science, and physics. You will have access to state-of-the-art laboratories and collaborate with international teams working on cutting-edge energy research.

NTNU provides a vibrant academic environment, with comprehensive support for doctoral candidates. The positions are fully funded through prestigious European grants, ensuring financial stability throughout your studies. The university encourages applications from motivated candidates with a strong background in relevant fields.

For more information about NTNU and the application process, visit the university's website. The application must be submitted online via the JobbNorge portal. Prepare your CV and supporting documents as per NTNU's requirements. The deadline for applications is not specified; please check the application portal for updates.

This is an outstanding opportunity to contribute to the development of sustainable energy technologies and to advance your academic career in a world-class research environment.