Summary
The Chair of Polymer Engineering at the University of Bayreuth is seeking a highly motivated Research Associate to join a publicly funded DFG research project. This position offers the opportunity to pursue a PhD while contributing to cutting-edge research in recyclable fibre-reinforced composites. The project focuses on developing novel cleavable epoxy resin systems for high-value circular use, combining experimental research with data-driven materials development, machine learning, and digital models.
Designation
- Research Associate (m/f/d)
Research Area
- Polymer Engineering
- Recyclable Fibre-Reinforced Composites
- Cleavable Epoxy Resin Systems
- Data-Driven Materials Development
- Machine Learning in Materials Science
Location
- University of Bayreuth, Germany
Eligibility/Qualification
Academic Qualifications:
- An above-average university degree (Diplom or Master’s) in one of the following disciplines:
- Materials Science / Materials Engineering
- Mechanical Engineering / Polymer Engineering
- Chemical Engineering / Process Engineering
- Physics or Chemistry (with experience in polymer science)
- Computer Science / Data Science / Artificial Intelligence (with experience in polymer science)
Skills and Experience:
- Strong interest in scientific research in the field of polymer engineering.
- Highly motivated, proactive, and capable of independent work.
- Excellent communication and interpersonal skills.
- Very good command of written and spoken English.
- Additional experience in computer science, digitalisation, or sustainability is considered an advantage.
Job Description
The successful candidate will be part of a DFG research project focused on developing and formulating novel cleavable epoxy resin systems. The primary goal is to enable high-value circular use of fibre-reinforced composites. Key responsibilities include:
- Establishing a fundamental understanding of the relationships between the chemical structure of resin systems, their material properties, and the recycling/reuse behaviour of both matrix and reinforcing fibres.
- Conducting experimental research in a state-of-the-art laboratory environment.
- Integrating data-driven materials development, machine learning, and digital models to predict and tailor material properties.
- Collaborating with a dynamic research team and industrial partners.
- Opportunities for professional and personal development.
- Working in a nationally and internationally recognised centre for polymer science.
How to Apply
Please apply online via the University of Bayreuth’s application portal. Ensure you quote the reference ‘WiMi Cleavable’ and submit your complete application documents.
Contact for further information:
Florian Max
Email: florian.max@uni-bayreuth.de
Tel: 0921/55-7568
Last Date for Apply
Applications will be processed until the position is filled.
Apply Link
University of Bayreuth Application Portal
