Two scientists (f/m/d) - Electrochemical investigation of PEM fuel cell electrodes - #937097

Would you like to help shape the future of electrochemical energy systems and contribute your expertise in the field of batteries, fuel cells or electrolysers? At the Institute of Engineering Thermodynamics, Department of Electrochemical Energy Technology, you will develop solutions from the cell to the complete system - with a view to high efficiency, long service life, comfort, safety and cost optimisation. We are looking for two qualified and committed employees to strengthen our team in Oldenburg.

What To Expect

At our Oldenburg site, you will work on the investigation of physical, chemical and electrochemical processes for the further development of efficient and long-term stable components for HT- and NT-PEM fuel cell systems. You will develop and apply advanced analytical methods to contribute to a deeper, system-wide understanding of degradation mechanisms. You will design and optimise electrochemical methods and use them to characterise novel materials and components.

Your tasks

• Researching the current state on electrochemical analyses for electrodes and membrane electrode assemblies (MEAs)
• Conceptualisation and technical implementation of methods with regard to various electrochemical reactions (hydrogen oxidation, oxygen reduction and others) with preparation of measurement protocols
• Preparation of electrodes and MEAs using suitable coating methods (doctor blade, ultrasonic spraying)
• Electrochemical measurements of electrodes in half-cells or MEAs with regard to performances and life-times in fuel cell test benches
• Publication in peer-reviewed journals and participation in scientific conferences
• Collaboration on project documentation and applications for third-party funding
  
  

Your profile

• Master's degree in natural sciences or engineering (e.g. chemistry, physics, materials science, chemical engineering, process engineering) or comparable degree programmes
• deep knowledge regarding electrochemical characterisation of catalysts, electrodes and MEAs with reference to fuel cells and/or electrolysers
• Knowledge of the rules of good scientific practice
• independent and structured way of working
• very good written and spoken English skills
  
  

We look forward to getting to know you!

If you have any questions about this position (Vacancy-ID 1655) please contact:

Dana Schonvogel

Tel.: +49 441 99906 326