The University of Twente is offering a fully funded four-year PhD position focused on the development of sustainable additive systems for enhanced rubber durability. This high-profile project is a collaboration between the ETE (Elastomer Technology and Engineering) group and the SPC (Sustainable Polymer Chemistry) group at UT, in partnership with Apollo Tyres Ltd and LANXESS. The research aims to design smart carrier systems that protect functional additives during high-shear processing, integrate these systems into rubber matrices using advanced polymer chemistry, and evaluate the mechanical, chemical, and aging performance of the resulting materials.

Applicants should have a Master’s degree in Chemistry, Materials Science, Polymer Engineering, or Chemical Engineering, with practical experience in elastomer/rubber technology, polymer chemistry, or colloidal formulations. The position requires independent project management skills, from laboratory synthesis to industrial-scale testing, and excellent English communication abilities. The successful candidate will benefit from joint academic-industrial supervision, access to state-of-the-art research facilities, and the opportunity to contribute directly to sustainability in the elastomer and tire industry.

The funding package includes a competitive salary starting at €3,059 per month and rising to €3,881, holiday and year-end bonuses, pension scheme, and support for re-housing and immigration. The application deadline is January 18, 2026, and candidates should submit a single PDF containing a motivation letter, CV, academic transcripts, and references via the UT careers page. Supervisors for this position are Prof. Anke Blume and Prof. Frederik Wurm, both based at the University of Twente. For more information, candidates can refer to the department pages or contact the HR advisor listed in the vacancy.

This opportunity is ideal for motivated researchers passionate about advanced materials, green chemistry, and making a real impact in sustainable technology. The project offers a multidisciplinary environment and regular interaction with industrial partners, ensuring relevance and high impact in the field of rubber science and polymer engineering.