PhD Position in (Photo)Electrochemical Synthesis: The Delft University of Technology (TU Delft) is inviting applications for a fully funded 4-year PhD position under the supervision of Dr. Tessel Bouwens in the Department of Chemical Engineering. This research focuses on developing sustainable chemical pathways and bio-inspired methods for the post-fossil chemical industry. It provides an exceptional opportunity to work on cutting-edge (photo)electrochemical synthesis and molecular engineering.
PhD Position in Chemistry and Chemical Engineering for (Photo)Electrochemical Synthesis
Designation
PhD Candidate in Chemistry and Chemical Engineering
Details at a Glance
| Category | Details |
|---|---|
| Institution | TU Delft (Delft University of Technology), Netherlands |
| Faculty/Department | Faculty of Applied Sciences, Department of Chemical Engineering |
| Position Type | PhD (4-year program) |
| Salary Range | Starting from € 2,872/month (1st year) – € 3,670/month (4th year) as per Dutch Universities CLA |
| Hours per Week | 40 |
| FTE (Full-Time Equivalence) | 1.0 |
| Application Deadline | 11 March 2025 |
Research Area
- (Photo)electrochemical synthesis
- Supramolecular materials development
- Solar chemicals and artificial photosynthesis
- Integration of material science, electrochemistry, and device fabrication
Location
Delft University of Technology, Delft, The Netherlands
Eligibility/Qualification
Required:
- Master’s degree in Chemistry, Chemical Engineering, Material Science, or related fields.
- Expertise in small molecule synthesis, purification, and characterization.
- Experience in one or more of the following fields: supramolecular chemistry, photochemistry, and/or electrochemistry.
- Strong experimental and analytical skills.
- Fluency in English with excellent communicative and reporting skills.
- A collaborative and team-oriented research mindset.
Preferred:
- A background in interdisciplinary research projects involving chemistry, material science, engineering, and device fabrication.
Description
The research project is designed to develop sustainable chemical pathways for the circular economy, focusing on technologies inspired by nature, such as biomimetic principles, (photo)electrochemistry, and photocatalysis. The candidate will work on multiple phases:
- Molecular synthesis of supramolecular and bio-inspired materials.
- Integration of these materials onto electrodes to build (photo)electrochemical devices.
- Characterization through advanced spectroscopic techniques.
- Mechanistic studies to achieve light-driven chemical synthesis and pave the way for sustainable solar chemicals.
The successful candidate will be part of the TU Delft Graduate School, which offers world-class supervision and a highly collaborative environment for research skill development and academic excellence.
How to Apply
Interested candidates must apply online by 11 March 2025 using the application portal. Applications submitted via email or post will not be processed.
Documents Required:
- Detailed CV with academic qualifications, work experience, and other details.
- A 1-page summary of research projects and/or internships (including figures).
- A 1-page motivation letter describing research interests and fit for the project.
- Contact information (names, emails, and phone numbers) of at least two professional references (no letters required).
Submission Details:
- Address application to: Dr. Tessel Bouwens
- Use the official application form provided on the university’s website.
Perks and Benefits
- Competitive salary (as per Dutch Universities CLA).
- Enrolment in TU Delft Graduate School for hands-on mentoring and professional development.
- Flexible work schedules and a customizable compensation package.
- For international candidates, TU Delft’s Coming to Delft Service offers relocation assistance, social networking opportunities, and a partner Dual Career Program.
Last Date to Apply
11 March 2025
This fully funded, prestigious PhD position at TU Delft is an opportunity to contribute to groundbreaking research in sustainable chemistry and chemical engineering at one of the world’s leading institutions.
