PhD Position in “Redox Blend”: The University of Twente is offering a PhD position within the “Redox Blend” project, focusing on the design and synthesis of organic redox mediators to enhance the stability and performance of electrochemical and redox flow battery systems. This project integrates research efforts across universities and companies, aiming to advance the field of aqueous redox flow batteries.
Designation
PhD Candidate
| Details | Information |
|---|---|
| Research Area | Materials Chemistry, Electrochemistry |
| Location | University of Twente, Netherlands |
| Eligibility/Qualification | Master’s Degree in Chemistry, Chemical Engineering, Materials Science, or Nanoscience/Technology; experience in organic chemistry, materials chemistry, or electrochemistry required. |
| Salary | €3,059 – €3,881 gross/monthly (increasing yearly) |
| Hours | 38 – 40 hours per week |
| Contract Duration | 4 years |
Description
The PhD candidate will be involved in developing the next generation of organic redox mediators aimed at improving the stability and energy density of aqueous redox flow batteries. This role offers access to high-standard research facilities, mentorship, and an opportunity to collaborate with both internal and external partners.
Key Responsibilities:
- Design and synthesis of organic redox mediators
- Development of materials to enhance energy density
- Performance assessment in redox flow battery systems
Benefits:
- 29 holidays per year (full-time)
- Holiday allowance of 8% and end-of-year bonus of 8.3%
- Access to campus sports facilities
- Professional and personal development opportunities
How to Apply
To apply, submit your application including a CV and motivation letter through the University of Twente’s application portal. Applications are encouraged to contact Prof. Jurriaan Huskens (j.huskens@utwente.nl) for additional information.
Last Date to Apply
February 15, 2026
This scholarship presents an exciting opportunity for candidates interested in making significant contributions to sustainable energy technologies through innovative research.
