ETH Zurich seeks a junior researcher to investigate electrolyte effects on electrochemical CO2 reduction using advanced operando characterization techniques.
The position focuses on uncovering fundamental principles of electrochemical interfaces by combining detailed electrochemical studies with advanced operando characterization methods. The successful candidate will explore how electrolyte environments shape reaction mechanisms in CO2 reduction and related processes.
Responsibilities
- Conduct electrochemical experiments to study reaction mechanisms in electrocatalysis
- Utilize advanced operando techniques to examine electrochemical interfaces
- Process and interpret experimental results to build mechanistic insights
- Help develop new approaches for electrolyte-controlled electrocatalysis
- Share research outcomes at global conferences and in top-tier scientific publications
- Work closely with internal team members and external international partners
Requirements
- Master's degree in Chemistry, Materials Science, Chemical Engineering, Process Engineering, or a related discipline (or be near completion)
- Strong motivation and curiosity, with a preference for tackling fundamental scientific challenges in collaborative, interdisciplinary settings
Nice to have
- Background in electrochemistry or electrocatalysis
- Familiarity with in situ or operando characterization methods
- Experience using synchrotron-based characterization techniques
What the company offers
- Subsidized public transport season tickets
- Access to car sharing services
- Diverse sports programs through ASVZ
- Childcare support
- Competitive pension benefits
About the company
ETH Zurich is dedicated to driving positive societal change through research. The institution fosters a collaborative, inclusive, and intellectually stimulating environment that encourages scientific curiosity, creativity, and independence.
- Commitment to creating positive societal impact
- Supportive and inclusive research culture
- Emphasis on scientific curiosity and creative independence
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