Overview This English-taught Master's specialisation targets the fast-growing field of biopharmaceuticals and cell-based products, where manufacturing demands specific technical expertise. The programme trains students to analyse and interpret process data to enhance the production of biologic drugs and cell therapies, combining engineering principles with life-science applications.
What you will learn You will be taught to design and operate complex pharmaceutical production systems using mathematical modelling and contemporary computer tools for simulation and optimisation. The curriculum covers methods for process development and real-time process monitoring, and it also addresses regulatory frameworks relevant to drug manufacture — from Good Manufacturing Practice (GMP) to guidelines on serialization and anti-counterfeiting. The course therefore brings together engineering, computational methods and regulatory knowledge to prepare graduates for work in biopharmaceutical production and related technical roles.
Core competencies you will acquire
This page directs you to the programme’s online curriculum overview and a downloadable PDF where the full study structure is provided. The website and the PDF contain the detailed course catalogue, module descriptions, learning outcomes, assessment methods, and practical information about laboratory or project work. They are the authoritative sources for the exact sequence of classes, elective options, and any specialisation-specific content.
For prospective students, the online materials also explain admissions criteria, application procedures, important deadlines, and available scholarships or funding opportunities. If you want to understand what you will be able to do by the end of the programme, consult the learning-outcomes section in the programme page or PDF—this typically spells out the knowledge, technical skills, and professional competencies graduates are expected to demonstrate.
What to look for in the linked resources
If you’d like, I can summarize the specific modules and learning outcomes once you provide the programme page or the PDF link/text.
This Master's track requires a relevant undergraduate degree and uses a holistic review of each application. Admission decisions consider your overall academic record plus supporting materials that demonstrate English ability, motivation and fit for the programme. Be prepared to submit at least two recommendation letters and a clear statement of purpose outlining your interests and goals in biopharmaceutical engineering.
All academic certificates and transcripts must be officially certified by an appropriate authority (for example a notary, the issuing country’s Ministry of Education, a German consulate, or an equivalent institution). If you are admitted, you will need to present the original certified documents when enrolling. Applicants from some countries must complete an additional embassy-based verification before applying — see the APS requirement below.
Certain nationalities (for example India and China) must have their degree documents verified by the Academic Evaluation Centre (APS) at the German Embassy prior to submitting an application in Germany. After a successful APS review you will receive an APS certificate which must be included with your application.
Required application materials and criteria:
Winter Semester (International)
15 May 2026
Winter Semester (EU/EEA)
15 May 2026
Graduates are prepared for technical and managerial roles in the biopharmaceutical and biotech industries, such as process development engineer, production/operations specialist, process analytics/PAT engineer, and quality/regulatory affairs professional. The programme’s emphasis on modelling, simulation and regulatory compliance also suits roles in consultancy, technical services, and supply-chain quality management.
The Master’s degree also provides a solid foundation for doctoral studies (PhD) in biochemical engineering, biotechnology or related research areas, for students interested in an academic or R&D career path.
SRH University — Heidelberg
FAU Erlangen-Nürnberg — Erlangen
Technical University of Darmstadt — Darmstadt
Technische Universität Berlin — Berlin