Postdoc position: Modeling the Circular Economy

Position Overview

The Energy and Process Systems Engineering (EPSE) Group at ETH Zürich is engaged in an exciting initiative aimed at achieving net-zero goals within the chemical and pharmaceutical industry, while also modeling the potential for a circular economy in challenging sectors. Under the leadership of Prof. Dr. André Bardow, the group concentrates on sustainable advancements in energy and chemical process systems, from detailed molecular assessments to extensive system analyses.

Project Background

As Switzerland targets net-zero greenhouse gas emissions by 2050, certain industries face significant challenges in reducing their carbon footprints. The SWEET ACHIEVE consortium has been established to explore the nuances of these unavoidable emissions and identify synergistic strategies that may alleviate reliance on costly carbon capture and storage (CCS) and negative emissions technologies (NETs). This project aims to deliver a comprehensive roadmap for the Swiss chemical and pharmaceutical sector and explore interconnections with sectors like building, recycling, and waste-to-energy.

Key Responsibilities

• Develop and refine a detailed system model of the Swiss chemical and pharmaceutical industry, outlining pathways for its transition to net-zero emissions.
• Assess decarbonization options with respect to costs and environmental impacts, expanding the model to include the waste-to-energy and recycling sectors.
• Engage collaboratively with industry partners to gather insights on decarbonization strategies and their practical implications.
• Lead contributions to the SWEET ACHIEVE consortium, overseeing multiple work packages.
• Mentorship and co-supervision of student projects and theses within the group.
• Contribute to various group activities and responsibilities, while disseminating research findings through publications and presentations at international conferences.

Candidate Profile

The ideal candidate is proactive and motivated, holding a doctoral degree in process engineering, mechanical engineering, energy science and technology, or chemical engineering from a recognized institution. Strong expertise in system modeling, environmental impact assessments, and cost evaluations within the chemical industry is essential. A keen interest in applying innovative optimization methods and assessment tools in a collaborative environment is also desired. Excellent English communication skills, both written and spoken, are necessary.

Work Environment

This full-time position is designed for a duration of two years, beginning around December 1, 2025, with an initial contract of one year. ETH Zürich promotes a supportive and collaborative atmosphere, fostering both professional development and personal growth. Team members will work with a diverse group of researchers and have access to cutting-edge computational resources, emphasizing critical thinking, data analysis, and project management skills. Opportunities for presenting research and contributing to teaching activities may also be available.

Commitment to Diversity

ETH Zurich upholds an inclusive culture that values diversity and equality, ensuring a respectful environment for all. This commitment enhances the experience and contributions of our team and fosters an atmosphere where every member can thrive.

Curiosity and Exploration

At ETH Zürich, we are driven by a passion for discovery and innovation. Our community of scholars works together to tackle today's global challenges, pushing the boundaries of knowledge and making meaningful contributions to society.