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Studium © BCI ​/​ TU Dortmund

Study programme and subjects (examination regulations 2019)

2. Sem.

Module Credits
Höhere Mathematik II 9 LP
Physik 1. + 2. Sem. 7 LP
Organische Chemie 2. + 3. Sem. 9 LP
Technische Mechanik 5 LP
Einführung in das Bio- und Chemieingenierwesen 1. + 2. Sem. 11 LP
Allgemeine und Anorganische Chemie 1. + 2. Sem. 9 LP

3. Sem.

Module Credits
Höhere Mathematik III 5 LP
Grundlagen Bioengineering 3. + 4. Sem. 8,5 LP
Organische Chemie 2. + 3. Sem. 9 LP
Thermodynamik I 5 LP
Apparatetechnik 5 LP
Strömungs- und Transportprozesse 3. + 4. Sem. 10 LP
BIW-Labor I 3. + 4. Sem. 2 LP

4. Sem.

Module Credits
Verfahrenstechnik 4. + 5. Sem. 10 LP
Grundlagen Bioengineering 3. + 4. Sem.  8,5 LP
Bioengineering I 9 LP
Thermodynamik II 8 LP
Strömungs- und Transportprozesse 3. + 4. Sem. 10 LP
BIW-Labor I 3. + 4. Sem.  2 LP

5. Sem.

Module Credits
Verfahrenstechnik 4. + 5. Sem.  10 LP
Prozessdynamik und Prozessautomatisierung 7 LP
Bioengineering II 11 LP
Wahlbereich BIW
5. + 6. Sem. 		 9 LP*
 
BIW-Labor II 5. + 6. Sem.  3 LP

* davon insgesamt mindestens 2, maximal 4 als interdisziplinäre Qualifikation

6. Sem.

Module Credits
Prozesse und Anlagen 8,5 LP
Designprojekt 12 LP
Wahlbereich BIW 9 LP*
BIW-Labor II 5. + 6. Sem. 3 LP

* davon insgesamt mindestens 2, maximal 4 als interdisziplinäre Qualifikation

7. Sem.

Module Credits
Industriepraktikum (12 Wochen) 15 LP
Bachelorarbeit 15 LP

 

Our study programs

Bachelor of Bioengineering

Bioingenieur am Laborarbeitsplatz © BCI​/​TU Dortmund

In addition to a general introduction to biotechnology, the Bachelor's degree program first teaches the necessary fundamentals of mathematics, physics, inorganic, organic and biochemistry, technical mechanics, materials science, thermodynamics, fluid mechanics and microbiology/genetic engineering.

This is followed by courses in bioengineering-specific subject areas, e.g. process engineering, bioreaction technology, biomaterials, biotechnological process equipment, process dynamics and control, process design as well as specialization courses that can be chosen according to the student's interests.

The theoretical knowledge acquired is consolidated in practical courses and practically applied in group work as part of a plant design project. After completing the Bachelor's thesis, the vocationally qualifying Bachelor's degree course is completed and enables students to work in an industrial company.

The 2019 examination regulations currently apply.
These apply to all students enrolled on the degree program after 2019.

More information on the subject of examination regulations (including older ones) is available for enrolled students in the central digital area of the Department of Biological and Chemical Engineering.

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