Master of Science in Polymer Technology

This English-taught Master’s programme gives you a solid foundation in both the science and engineering of polymers, combining theory with substantial hands-on laboratory training. The curriculum is designed to address sustainability and future technological challenges in polymer engineering, preparing graduates for technical roles in industry as well as further academic research. You will develop practical skills in processing, testing and simulation alongside an understanding of polymer materials, design and rheology.

A research-oriented working group is integrated into the programme, offering exposure to current research questions and a supportive environment for students who want to pursue a doctoral degree or a research career. At the same time, the course structure allows you to tailor your studies through electives, so you can focus on areas such as materials development, mould and product design, or computer-aided engineering.

Core modules covered in the programme include:

• Polymer Physics and Rheology
• Polymer Materials
• Polymer Design and Mould Design
• Polymer Processing
• Polymer Testing
• Computer-Aided Engineering and Simulation

Key facts and application notes:

• Language of instruction: English
• Degree awarded: Master of Science (MSc) in Polymer Technology
• Field: Chemical Engineering with a focus on polymers
• Programme format: combination of lectures, laboratory practicals, simulation work and research projects; core courses plus electives for specialisation
• Prepares graduates for careers in industry (materials, manufacturing, product design) and for academic research pathways
• For exact admission requirements, application documents and deadlines, consult the university’s official programme webpage.

Curriculum overview

This Master’s programme runs over three semesters: the first two are dedicated to taught content delivered through lectures and hands-on laboratory courses, while the final semester is reserved for an independent Master’s thesis. The compact structure concentrates formal teaching into a single academic year followed by a focused research project that demonstrates your ability to apply taught methods to an open problem.

Practical training is explicitly supported and can be scheduled as part of a sabbatical semester. That allows you to gain extended laboratory experience, industry exposure, or project work outside the standard teaching blocks while still progressing toward your degree. Overall, the curriculum balances theoretical foundations with experimental practice and culminates in an original piece of scientific work.

Key components (requirements of the curriculum)

• Three-semester duration: two semesters of lectures and laboratory work, plus one semester for the Master’s thesis
• Integrated laboratory courses and practical exercises during the taught semesters
• A dedicated Master’s thesis semester for an independent research project
• Opportunity to undertake practical training during a sabbatical semester

Learning outcomes

• Advanced understanding of polymer science and technology at both theoretical and applied levels
• Practical competence in laboratory techniques relevant to polymer research and processing
• Ability to design, plan and execute an independent research project culminating in a written thesis
• Skills in analyzing experimental data, drawing evidence-based conclusions and communicating results in scientific formats
• Preparedness to pursue further research (PhD) or professional roles that require strong experimental and problem‑solving abilities in polymer-related fields

Graduates are prepared for technical and research roles in the polymer, plastics and materials industries, including positions in product and mould design, processing engineering, quality and materials testing, and computer-aided simulation. The programme's research orientation and laboratory experience also provide a solid foundation for continuing into PhD programs or R&D careers in industry and academic institutions.

Typical employers include polymer manufacturers, automotive and medical-device companies, plastics tooling and moulding firms, testing laboratories, and engineering consultancies focused on materials and processing technologies.