Brandenburg University of Technology Cottbus - Senftenberg

Programme overview

The Bachelor of Science in Angewandte Naturwissenschaften uses a platform strategy: the first two semesters deliver core natural-science and introductory engineering knowledge from chemistry, biology and physics to enable informed choice of later specialisation. From semester three students choose deeper tracks in areas such as technology of material transformation, biological systems or chemical-physical specialisations. The programme is offered full-time, with a dual-study variant (7 semesters), taught in German at BTU's Senftenberg campus. Study start is in the winter semester; the standard duration is 6 or 7 semesters.

What you'll study

During the platform phase (semesters 1–2) the curriculum provides general natural-scientific foundations and initial engineering-oriented content drawn from chemistry, biology and physics. Selected courses are available online alongside on-campus classes to allow flexible study planning. From semester 3 onward students move into a chosen emphasis such as:

• Technology of material transformation (Technologie der Stoffwandlung) — geared toward production of base chemicals, materials for batteries, pharmaceutical active ingredients or construction and mechanical engineering materials; includes a practical internship to establish industry contacts.
• Biological systems — for students leaning toward biological topics and laboratory work.
• Chemical-physical specialisations — deeper study of chemical and physical methods and concepts.

Entry requirements

Eligible applicants must hold a Hochschulzugangsberechtigung such as Allgemeine Hochschulreife (Abitur), fachgebundene Hochschulreife, Fachhochschulreife, a vocationally qualifying higher-education entrance with relevant professional experience, a Meisterprüfung, completion of secondary level I plus a suitable apprenticeship with at least two years' work experience, or another comparable entrance qualification. Instruction language is German; admission is typically open (zulassungsfrei).

Career prospects

Graduates may work as laboratory leaders in chemical or biotechnological fields, in research and development, in development, service and sales of analytical instruments, or in controlling and coordinating production processes. The degree also prepares for continuation to Master programmes such as Chemistry: Materials, Engineering and Sustainability, Biotechnology, or Lightweight Construction and Materials Technology.

Scholarships & funding angle

While the programme page lists a semester fee, specific scholarships or funding options are not detailed on the source. Prospective students should check BTU scholarship offices, regional funding bodies and industry partners (particularly for dual-study arrangements) for financing, internships or company-supported places.