This two-university, English-taught Master’s programme is delivered as a double degree in cooperation between Offenburg University of Applied Sciences and the University of Warmia and Mazury (UWM) in Olsztyn, Poland. The full course runs over three semesters and develops advanced competencies in process engineering, with study tracks available in chemical and thermal process engineering or in food technology. The curriculum also intentionally builds intercultural skills to prepare students for work in multinational teams and global process-engineering contexts.
At Offenburg, teaching concentrates on chemical processes and renewable energy conversion, while the UWM component strengthens knowledge in environmental technologies and bioanalytics. Courses combine lectures and seminars with substantial laboratory practice and training in scientific working methods. Elective modules let you tailor the programme toward bioprocess engineering or renewable energy conversion, so that together with the compulsory modules you cover the major fields of process engineering: chemical, environmental and bioengineering.
On successful completion you receive degrees from both partner universities. Graduates leave with specialized technical expertise, practical lab experience and cross-cultural competence that are relevant for careers in industry, research or further academic study across Europe and beyond.
Admission — what to check before applying
Program structure and study locations The Master’s programme is split between two locations: the winter semester is taught in Offenburg (Germany) and the summer semester takes place at the University of Warmia and Mazury (UWM) in Olsztyn, Poland. This bi-national setup gives international students hands-on exposure to different teaching and research environments and builds intercultural competence as an integral part of the curriculum.
Core modules and skills developed (Offenburg) During the winter semester in Offenburg you will cover advanced process-engineering topics such as thermochemical and biotechnological conversion processes (including biomass combustion and other renewable-energy technologies), thermal treatment methods, and sustainable process engineering. Complementary courses in process control engineering, modelling and simulation, water processing, and multiphase flows provide the theoretical and practical tools to analyse, model and optimise complex chemical and biological processes. Intercultural competence training is also embedded to prepare graduates for collaborative, international work settings. Graduates gain the ability to design and evaluate sustainable conversion processes, apply simulation and control techniques to real systems, and address water- and resource-related process challenges.
Specialisation and thesis (Olsztyn) In the summer semester at UWM students choose one of two specialisation tracks: Environmental Science and Biotechnology (with subjects such as analytical training, biotechnology for environmental protection, water and wastewater treatment, toxicology and genetic-engineering techniques) or Food Engineering (covering basics of nutrition, food physics and rheology, technical microbiology, enzymology, processing equipment and food quality). The programme concludes with a Master’s thesis, accompanied by a presentation and a final examination. The thesis may be carried out at a university, a research institute, or an R&D-oriented industrial company, allowing students to demonstrate independent research, applied problem-solving and the ability to communicate results professionally.
Key requirements and completion steps
This master’s programme requires a first, professionally qualifying bachelor’s degree (minimum 3.5 years of study) in a closely related engineering discipline. It is aimed mainly at graduates from programmes like process, chemical, environmental, or biotechnical engineering, or other comparable engineering degrees. Graduates in fields such as biology, chemistry, or agricultural engineering may be less well aligned with the curriculum, while degrees in mechanical, industrial, leather, textile, petroleum, or energy engineering are not considered suitable.
Applications are submitted via the HISinONE online system. An admissions committee will first review your online entry and, within a few weeks, inform you if you are invited to submit a full application. Final decisions are made from the scanned documents you provide; if admitted, you must present your original documents to the registrar’s office after you arrive.
Admission requirements
Winter Semester (International)
31 March 2026
Winter Semester (EU/EEA)
15 July 2026
The programme prepares graduates for technical and development roles in sectors such as chemical and process industries, renewable energy, environmental technology, biotechnology and the food processing industry. The combination of theoretical coursework, laboratory practice and a research-oriented thesis equips students for positions in R&D, process design, quality and environmental management, or technical consulting.
If you intend to pursue a doctorate or work long-term in Germany, strong German language skills will be important; however, German or Polish is not required to complete the programme. The thesis option at industry partners also supports transition into R&D roles in companies.
SRH University — Heidelberg
FAU Erlangen-Nürnberg — Erlangen
Technical University of Darmstadt — Darmstadt
Technische Universität Berlin — Berlin