In order to fill a fixed-term position in part-time (26.69 hours/week = 67%) by March 01, 2026, we are looking for 1

PhD position in chemistry

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.

As a research assistant (m/f/x), you will play an active role in advancing the development of artificial metalloenzymes for selective CO₂ reduction. You will independently plan, conduct, and evaluate experiments at the interface of synthetic chemistry and biochemistry, combining molecular design with protein engineering to develop next-generation catalysts for CO₂ conversion. Your tasks will include the synthesis and characterization of second-sphere-modified cyclam ligands and their metal complexes, the construction of artificial metalloenzymes, and the investigation of their electrochemical and photochemical behavior. You will analyze and interpret electrochemical data (e.g., cyclic voltammetry, linear sweep voltammetry, controlled potential electrolysis) and contribute to structure–activity studies through spectroscopic and crystallographic methods. Working as part of an interdisciplinary team, you will contribute your ideas and expertise to uncover how second coordination sphere effects can enhance selectivity and efficiency in CO₂ reduction catalysis. Your work will support the development of innovative, sustainable technologies for CO₂ utilization and the transition toward a circular carbon economy.

Scope: part-time
Duration: fixed-term, 3 Jahre
Start: by March 01, 2026
Apply by: 2025-12-29

Your tasks:

- Independent planning and execution of experiments
- Setup and operation of electrochemical test systems
- Data analysis and evaluation
- Scientific communication and dissemination
- Collaboration in an interdisciplinary team

Your profile:

1. Experienced chemist with a strong background in synthetic chemistry, preferably with hands-on experience with electrochemical characterization methods.
2. Familiarity with advanced analytical techniques to evaluate catalyst performance and electrode stability.
3. Ability to independently design, conduct, and troubleshoot experiments, ensuring reproducibility and data integrity.
4. Open-minded and collaborative attitude, capable of working effectively in interdisciplinary teams and adapting to evolving project needs.
5. Strong scientific communication skills in English, both written and oral, including the ability to document results clearly and present findings to diverse audiences.
6. Required university degree: MSc. Chemistry, Material Sciences or comparable degrees

[https://jobs.ruhr-uni-bochum.de/jobposting/b9e4fc18b601b12546d15e1d266666bfd0ebc4800?ref=AfA](https://jobs.ruhr-uni-bochum.de/jobposting/b9e4fc18b601b12546d15e1d266666bfd0ebc4800?ref=AfA)