PhD Position: Molecular Thermodynamics and Transport Modeling for the Energy Transition

Join Our Innovative Research Team

The Molecular Engineering Thermodynamics (MET) group at ETH Zurich is seeking a dedicated doctoral candidate to enhance computational tools for describing mass transport at the molecular level, specifically in membranes related to separation processes. Our group, under the leadership of Philipp Rehner, bridges rigorous physical models with sustainable chemical engineering processes, utilizing advanced mathematical and computational methods.

Project Background

The need for a sustainable energy and materials supply compels the creation of novel processes employing renewable feedstocks and efficient energy usage. Our ProMote project aims to integrate rigorous molecular modeling of interfacial phenomena into process evaluation and design. By applying classical density functional theory and innovative computational methods, we address critical challenges in process design and energy transition technologies.

Your Responsibilities

• Develop and implement molecular models for transport resistivities in micro- or nanoporous materials.
• Quantify mass transport through membranes to evaluate novel membrane materials for industrial applications.
• Mentor and co-supervise student projects and theses.
• Participate in group and institute activities.
• Publish findings in peer-reviewed journals and present at international conferences.

Your Profile

• Qualify for a doctoral program at ETH Zurich with an excellent Master's degree in a relevant field.
• Possess computational experience and software development skills; proficiency in Python is highly recommended.
• Experience with performance-oriented modeling frameworks (e.g., JAX, PyTorch, C++, Rust, Julia) is an asset.
• Display a keen interest in developing thermodynamic models and understanding underlying physical processes.
• Exhibit strong independent working capabilities along with excellent communication and writing skills in English.

Work Environment

We offer a full-time position for the duration of doctoral studies, fostering professional and personal growth in a dynamic and interdisciplinary research team. Our group consists of experts in thermodynamics, process design, optimization, and sustainability, providing a collaborative environment to tackle global challenges.

Values and Commitment

At ETH Zurich, we embrace diversity and sustainability. We are committed to creating an inclusive culture that respects the rights and dignity of all staff and students, promoting equal opportunities and a nurturing work environment.

Discover More

Join us in a stimulating environment that encourages independent thinking and collaboration for impactful research. Engage with cutting-edge computational tools while contributing to the broader academic community through scientific publications and presentations.

For further information about the Molecular Engineering Thermodynamics group, visit our website.

We encourage you to explore exciting opportunities in science and technology at ETH Zurich, a leading institution renowned for its excellence and innovation.