PhD Position in Industrial Electrochemistry

Activation of Small Molecules / Technical Electrochemistry
In order to fill a fixed-term position in part-time (26,6861 hours/week = 67%) by June 01, 2026, we are looking for 1

PhD Position in Industrial Electrochemistry

We are a dedicated and interdisciplinary team of chemists and engineers, united by our passion for electrolysis and its pivotal role in the energy transition. We combine cutting-edge fundamental research with practical, scalable application solutions to help drive climate protection forward. In our daily work, we rely on state-of-the-art analytical and simulation tools, and we maintain close collaborations with industrial partners, research institutions, and stakeholders. Our goal: to develop customized, forward-thinking solutions for complex challenges in electrochemical technologies. Our research and development portfolio covers a wide spectrum — from designing novel electrolysis materials and optimizing process conditions to scaling up from lab-scale prototypes to industrial systems for hydrogen generation, CO₂ conversion reaction, bioelectrochemical as well as electroorganic systems. Throughout all our activities, quality, innovation, and long-term impact take center
stage. As a reliable and forward-looking partner, we accompany our collaborators on their journey toward a more sustainable future.

The Ruhr-Universität Bochum is one of Germany’s leading research universities, addressing the whole range of academic disciplines. A highly dynamic setting enables researchers and students to work across the traditional boundaries of academic subjects and faculties. To create knowledge networks within and beyond the university is Ruhr-Universität Bochum’s declared aim.

• As a research associate (m/f/x), you will play an active role in advancing electrochemical CO₂ reduction through the development of high-performance membrane electrode assemblies within the framework of the Cluster of Excellence RESOLV. You will independently design, fabricate, and optimize catalyst-coated electrodes and related materials for CO₂ electrolysis, and conduct experiments in state-of-the-art electrochemical cell systems. In addition, you will apply spectroscopic methods to gain a deeper understanding of material structure, composition, and catalytic function under operating conditions. You will carefully analyze the resulting data and contribute your ideas and expertise to the development of next-generation electrode materials and technologies for efficient CO₂ conversion.
• Independent planning and execution of experiments
• Fabrication of membrane electrode assemblies
• Setup and operation of electrochemical test systems
• Spectroscopic investigations
• Data analysis and evaluation
• Contribution to cell and process development
• Scientific communication and dissemination
• Collaboration in an interdisciplinary team
• Participation in the Cluster of Excellence RESOLV

• Experienced chemist with a strong background in electrochemistry, including hands-on experience with electrochemical characterization methods preferably such as cyclic voltammetry, chronoamperometry, and impedance spectroscopy.
• Practical knowledge of zero-gap flow cell setups and their operation under relevant conditions for electrolysis research.
• Eexperience in catalyst ink formulation and electrode preparation.
• Familiarity with advanced analytical and spectroscopic techniques to evaluate catalyst performance and electrode stability.
• Ability to independently design, conduct, and troubleshoot experiments, ensuring reproducibility and data integrity.
• Open-minded and collaborative attitude, capable of working effectively in interdisciplinary teams and adapting to evolving project needs.
• Strong scientific communication skills in English, both written and oral, including the ability to document results clearly and present findings to diverse audiences.
• Required university degree: Master’s degree (or equivalent) in Chemistry, Materials Science, or a related discipline, with excellent academic results.