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Bachelor Chemical Engineering

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In addition to a general introduction to process engineering production, the Bachelor's degree initially teaches the necessary fundamentals of mathematics, physics, inorganic and organic chemistry, technical mechanics, materials science, thermodynamics, fluid mechanics and the theory of transport processes.
This is followed by courses in chemical engineering-specific subject areas, e.g. process engineering, technical chemistry, apparatus engineering, process dynamics and control, process design, numerical mathematics and 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.

Bachelor Chemical Engineering

The Examination Regulations 2019 apply to all students enrolled in the program after 2019. 

More information on the topic of examination regulations is available for enrolled students at Digitaler Zentralbereich 

Course layout (examination regulations 2019)

2. Sem.

Module Credits
Einführung in das BCI
(Introduction to Biochemical and Chemical Engineering)
1.+2.+3. Sem.		 11
Physik
(Physics)
1. + 2. Sem. 		 7
Organische Chemie
(Organic Chemistry)
2. + 3. Semester		 9
Höhere Mathe­matik II
(Advanced Mathematics II)		 9
Werkstoffkunde CIW
(Material Science CIW)
1. + 2. Sem.		 8

Allgemeine und Anorganische Chemie 

(General and Inorganic Chemistry)

 9
Technische Mechanik
(Engineering Mechanics)		 5

 

3. Sem.

Module Credits
Einführung in das BCI
(Introduction to Biochemical and Chemical Engineering)
1.+2.+3. Sem.		 11
Apparatetechnik
(Apparatus Engineering)		 5
Organische Chemie
(Organic Chemistry)
2. + 3. Semester		 9
Höhere Mathe­matik III
(Advanced mathematics III)		 5
Elective Courses CIW
3. - 6. Sem. 		 16*
Strömungs- und Transportprozesse CIW
(Flow and Transport Processes CIW)
3. + 4. Sem.		 13
CIW Labor I (CIW Lab I)
3. + 4. Sem. 		 4 
Thermodynamik I
(Thermodynamics I)		 5

* 2, maximum 4, as interdisciplinary qualification

4. Sem.

Module Credits
Ver­fah­rens­tech­nik
(Process Engineering)
5. + 6. Sem.		 10
Technische Chemie
(Technical Chemistry)
4. + 5. Sem.		 13
Strömungs- und Transportprozesse CIW
(Flow and Transport Processes CIW)
3. + 4. Sem.		  
Elective Courses CIW
3. - 6. Sem. 		 16*
CIW Labor I
(CIW Lab I)
3. + 4. Sem. 		 4
Thermodynamik II
(Thermodynamics II)		  8

* 2, maximum 4, as interdisciplinary qualification

5. Sem.

Module Credits
Ver­fah­rens­tech­nik
(Process Engineering)
5. + 6. Sem.		 10
Prozessdynamik und Prozessautomatisierung
(Process Dynamics and Process Automation)
4. + 5. Sem.		 7
Technische Chemie
(Technical Chemistry)
4. + 5. Sem.		 13
Elective Courses CIW
3. - 6. Sem. 		 16*
CIW Labor II
(CIW Lab I)
3. + 4. Sem. 		 4

* 2, maximum 4, as interdisciplinary qualification

6. Sem.

Module Credits
Prozesse und Anlagen
(Processes and plants)		 8,5
Designprojekt
(Design project)		 12
Elective courses CIW
3. - 6. Sem. 		 16*
CIW Labor II
(CIW Lab II)		 3,5

*2, maximum 4, as interdisciplinary qualifications

7. Sem.

Module Credits
Industriepraktikum
(Industrial internship)		 15
Bachelorarbeit
(Bachelor thesis)		 15
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