Overview This English‑taught Master’s programme (MEng / Master of Arts) in Berlin equips you with a solid foundation in chemical and biochemical engineering, mechanical process engineering and reaction kinetics, combined with hands‑on experience in analytical techniques and industrial engineering methods. You will undertake independent scientific projects and learn to design and operate (bio)chemical processes in line with Good Manufacturing Practice (GMP) and relevant regulatory requirements, preparing you to work in regulated production environments.
Why it’s relevant for international students The curriculum emphasises practical, industry‑oriented skills—process optimisation, upstream and downstream processing and statistical design of experiments—so you can transition smoothly into roles within global companies. The programme benefits from regular feedback from industry partners and maintains a broad network of cooperation (556 partners across business, science and politics), helping ensure the content meets market needs and boosting opportunities for internships, projects and employer contacts in Germany and beyond.
Key subjects you’ll study
Admissions / next steps For up‑to‑date application and entry requirements (degree prerequisites, language proof, documents and deadlines) consult the programme’s official admissions page or contact the international admissions office directly; requirements can change and may include specific academic or language criteria.
This Master’s curriculum is designed to be flexible so you can shape it around your interests and career goals. Depending on your prior studies and work experience, you may follow a four‑semester pathway that allows for deeper specialisation, or you can choose an accelerated one‑year track to complete the degree more quickly. Which route is right for you will depend on your academic background and professional profile—detailed information about the fast‑track option is available on the programme page: https://www.hs-fresenius.com/study-programs/biochemical-engineering-fast-track-master/.
Course content, module selection and learning outcomes are adapted to the track and your chosen focus areas. Students who take the longer programme can expect a more thorough specialisation, while the fast track is geared toward efficient consolidation of core competencies. Across both options, learning outcomes centre on advanced disciplinary knowledge, applied problem‑solving skills relevant to biochemical engineering, and the ability to align technical expertise with professional objectives—preparing graduates for specialised roles in industry or further academic work.
Requirements and practical notes
The Master’s programme requires applicants to hold an undergraduate degree that provides a solid foundation in the chemical sciences. Specifically, you must have completed a Bachelor’s-level qualification totaling at least 180 credit points (or an officially recognised equivalent) in a chemistry‑related subject area.
Acceptable subject areas include—but are not limited to—analytical chemistry, general chemistry, pharmacy, physics, and biology. The intention is that your prior studies supply the chemical and scientific background necessary for advanced work in biochemical engineering.
If your bachelor’s credential was awarded under a different credit system or at an institution outside the country, be prepared to document how your degree corresponds to the 180-credit requirement; contact admissions for guidance on acceptable evidence of equivalence.
Admission requirements (bullet points)
Winter Semester (International)
Applications are possible all year round.
Graduates are prepared for entry‑level positions in globally operating chemical, biochemical and pharmaceutical companies, particularly in roles related to process engineering, upstream and downstream processing, production engineering, quality assurance and regulatory affairs (GMP compliance). The programme’s practical training and emphasis on analytical methods and process optimisation make alumni suitable for positions in process development, technical operations and production management.
Beyond industrial roles, graduates may pursue careers in R&D, regulatory consultancy or laboratory analytics, or continue into doctoral studies. The programme’s large network of cooperation partners and market‑oriented curriculum supports transition into industry and enhances employability at multinational firms and specialised biotech/pharma companies.
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