Summary
The KTH Royal Institute of Technology is offering a scholarship for a doctoral student position in Material Physics and Non-Destructive Diagnostics of Polymers. This interdisciplinary research project focuses on developing non-destructive methods for condition monitoring and lifetime assessment of polymeric materials used in nuclear environments.
Doctoral Student in Material Physics and Non-Destructive Diagnostics of Polymers, Sweden
Designation
Position: Doctoral Student in Material Physics
Department: School of Engineering Sciences in Chemistry, Biotechnology and Health
Project Reference Number: PA-2026-0280
Table
| Field | Details |
|---|---|
| Research Area | Polymer Technology / Materials Science |
| Location | Stockholm County, Sweden |
| Eligibility | Master’s degree in relevant fields |
| Salary | Monthly salary as per KTH agreement |
| Employment Type | Temporary, Full-time (100%) |
| Number of Positions | 1 |
| Start Date | According to agreement |
Research Area
The project addresses the non-destructive methods for assessing polymeric materials, particularly in nuclear applications. It combines low-field NMR with advanced material characterization to analyze molecular dynamics and microstructural degradation under thermal ageing.
Location
Institution: KTH Royal Institute of Technology
Country: Sweden
County: Stockholm County
Eligibility/Qualification
- Required:
- Master of Science in Engineering or a Master’s degree in Materials Science, Polymer Technology, Engineering Physics, Chemical Engineering, or equivalent.
- Documented knowledge of polymeric materials, material characterization, or material physics.
- English language proficiency equivalent to English B/6.
- Meritorious:
- Experience with NMR, dielectric methods, or other spectroscopic techniques.
- Experience in ageing studies, polymer degradation, or filled polymer systems.
- Programming or data analysis skills related to material characterization.
Description
The doctoral project aims to establish quantitative relationships between molecular dynamics, microstructure, and functional degradation of polymeric materials. The successful candidate will contribute to developing material-anchored condition indicators for robust non-destructive lifetime assessments. The position offers access to a strong research environment with modern infrastructure and international collaborations.
How to Apply
- Submit your application through KTH’s recruitment system.
- Ensure the application includes:
- CV with relevant professional experience and knowledge.
- Application letter detailing your reasons for pursuing research, academic interests, and future goals (maximum 2 pages).
- Copies of diplomas and grades, along with language requirement certificates (translations into English or Swedish, if necessary).
- Representative publications or technical reports, summarizing longer documents and providing links to full texts if applicable.
Last Date to Apply
Applications must be received by: March 19, 2026 (midnight CET/CEST).
For more details, please refer to KTH’s official website or contact Professor Richard Olsson at rols@kth.se.
