Job Description
The University of Twente has a funded PhD position in neuromorphic optoelectronics. You will use light to watch polymer electronic devices while they work. The project links Raman and UV-Vis spectroscopy with brain-inspired computing. It pays €3,204 to €4,051 a month.
At a glance
- Position: PhD candidate, 4 years, full time (vacancy 2629)
- Where: Hybrid Materials for Opto-electronics group, Faculty of Science and Technology, Enschede, Netherlands
- Pay: €3,204 a month in year 1, rising to €4,051 in year 4, plus 8% holiday pay and 8.3% year-end bonus
- Supervisors: Dr Ivana Qianqi Lin and Prof. Christian Nijhuis, with Prof. Frederik Wurm
- Apply: 8 November 2026
What the neuromorphic optoelectronics PhD involves
- Develop in-situ optical sensing to check the stability and performance of polymer electronics without damaging them
- Choose and design conductive polymers, and make electronic devices from them
- Build an in-situ platform for UV-Vis, Raman and surface-enhanced Raman spectroscopy
- Track charge transfer at interfaces, redox switching, doping and dedoping, morphology changes and local electric fields
- Model electrical and optical inputs and responses for energy-efficient neuromorphic computing
- Work with the Applied NanoPhotonics department and the Centre for Brain-Inspired Computing
Why this role matters
Neuromorphic chips could cut the energy that AI uses. Polymer devices are cheap and flexible, but they drift and degrade in ways that are hard to see. This project gives you tools to watch them in real time. You will train in spectroscopy, device making and modelling, a mix that opens doors in photonics, materials and chip research.
What University of Twente is looking for
- A BSc or MSc in physical chemistry or physics
- Proven hands-on skill in optics and spectroscopy
- Willingness to build an in-situ optical sensing platform
- Good coding and data-analysis skills, and interest in learning modelling for neuromorphic computing
- Comfort with organic functional materials, sample preparation and device fabrication
- Fluent English and good teamwork
Pay and location
The salary follows the Dutch university scale: €3,204 gross a month in year 1, rising to €4,051 in year 4. You also get 8% holiday allowance, an 8.3% year-end bonus and an ABP pension. The appointment is for four years at 40 hours a week. The university offers relocation and immigration support. The work is on campus in Enschede, in the MESA+ NanoLab.
How to apply
Apply through the official University of Twente page. The closing date is 8 November 2026. Use the Apply button. Send a motivation letter, a detailed CV, one written reference from a former supervisor with contact details, and your BSc and MSc transcripts. Selection includes an interview and a scientific presentation, and screening is part of the procedure.
See all our PhD positions, or browse more research jobs on ResearchJobs.in.
Hiring institution: University of Twente
Official advertisement: utwentecareers.nl
How to prepare for this application
- Describe one optics or spectroscopy setup you built or ran, and what went wrong and how you fixed it
- Read up on in-situ Raman studies of organic electrochemical transistors and conducting polymers
- Prepare a short talk on your thesis; the selection includes a scientific presentation
- Show your coding with a real example, such as spectral fitting in Python
- Explain in your letter why the link between light and neuromorphic computing interests you
About the University of Twente
The University of Twente is a public technical university in Enschede, the Netherlands, founded in 1961. Its MESA+ Institute runs a large nanotechnology cleanroom, NanoLab, used for device and materials research.