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TU Dortmund University

Biopharmaceutical Enginееring

M.Sc. (Master of Science)
M.Sc.
Degree
120
ECTS
English
English only
Language
Winter Semester: 15 May
Application Deadlines
4 semesters
(Starting: Winter Semester)
Duration
Free
Tuition Fees (per semester)
Starting
Winter Semester
Mode of Admission:
no admission restriction 
Study Mode:
On campus

Five Reasons to choose this Master's Program

1
Advance Your Engineering Skills in Biopharmaceuticals
Master process thinking and mammalian cell tech as you design industrial plants and optimize pharma workflows with expert support, integrating new tech and digital innovation.
2
Unlock Outstanding Career Opportunities
Enter the fast-growing biopharma market with skills in process tech, drug formulation, and industrial cell culture—expertise global pharma leaders actively seek for future careers.
3
A Welcoming Campus for International Students
Enjoy TU Dortmund’s tuition-free studies and supportive environment. Smart electives enhance your language skills and prepare you for careers in Germany’s dynamic pharma sector.
4
Join a Cutting-Edge Research Hub
TU Dortmund unites innovation and a strong legacy since 1968. Its future-oriented, interdisciplinary approach offers a dynamic research environment to tackle key global challenges.
5
Experience Life in Vibrant Dortmund
Dortmund combines affordable living with cultural diversity. In the Rhine-Ruhr region, a major chemical and pharma hub, you benefit from strong networking and career opportunities.

How do you want to continue?

Go to course website

Video

01:55 min

Why TU Dortmund University Should Be Your Next Destination

Course Description

Biopharmaceuticals and cell products are among the most important growth areas in the pharmaceutical industry. The manufacturing of these products requires specific qualifications and extensive training. The master's program focuses on the interpretation of process data in order to improve the production of biopharmaceuticals. Students will learn how to design and operate complex pharmaceutical production systems using mathematical models and modern computer tools for simulation and optimization. Graduates will also have mastered the methods of process development and monitoring. Furthermore, knowledge of the regulatory requirements in drug production is taught – from Good Manufacturing Practices (GMP) to the guidelines on serialization and anti-counterfeiting protection.

Target Groups
Curriculum
Career Prospects
Target Groups

This master’s program is designed for Bachelor of Science graduates in Bioengineering, Chemical Engineering, Environmental Engineering, Life Science Engineering, or related disciplines. It is ideal for those seeking to enhance their qualifications and career prospects in biopharmaceutical engineering.

The M.Sc. in Biopharmaceutical Engineering is a two-year graduate program with a workload of 120 ECTS points. ECTS points are credit points acquired under the European Credit Transfer and Accumulation System. To obtain one ECTS credit point, a student has to complete an estimated 30 hours of work.

The program consists of five components:

  • General Competence Courses corresponding to 30 ECTS credits

  • Program-specific Specialization Courses corresponding to 28 ECTS credits

  • Technical Specialization Courses corresponding to 10 ECTS credits

  • Elective Courses corresponding to 22 ECTS credits

  • A Master’s Thesis corresponding to 30 ECTS credits

The lectures, exercises and seminars in the first semester of this master’s program are entirely offered as hybrid courses to facilitate a participation of international students who are waiting for their visas.

Curriculum
Career Prospects

Professionals with expertise in engineering and biotechnology are in high demand across various industries. Graduates of this program are well-prepared for careers in:

  • Process Planning and Monitoring: Overseeing and optimizing cell culture processes.
  • Quality Management: Ensuring product quality and compliance.
  • Research and Development: Innovating production and formulation processes.
  • Pharmaceutical Industry: Advancing drug development and manufacturing.
  • Biotechnological Industry: Driving innovations in bio-based production systems.
  • Food Industry: Enhancing production methods and product safety.
  • Cosmetics Industry: Developing and refining formulations.
  • Regulatory Affairs: Managing legal approvals for manufacturing plants and processes.

With such diverse opportunities, graduates enjoy excellent career prospects in rapidly growing fields.

Special Program Features

A Curriculum Designed for Biopharmaceutical Excellence

Develop advanced skills in thermodynamics, particle technologies, computer science, and more. The program prepares you to tackle complex challenges in biopharmaceutical production.

Direct Pathways to Exciting Professional Roles

Become highly sought after in pharma and biotech. The program opens doors to roles in drug development, industrial cell culture, and process optimization with global organizations.

Vocational Training and Internship Opportunities at TU Dortmund

TU Dortmund offers hands-on vocational training and internships. With 6,600 staff and a strong training history since 1969, it ensures you gain valuable real-world experience.

Requirements

Qualification Requirements

The application requirements for the study program in "Biopharmaceutical Enginееring" are:

1
Bachelor's (Undergraduate) Degrее

A Bachelor’s degree (or equivalent) in:

  • Bioengineering

  • Chemical Engineering

  • Environmental Engineering

  • Life Science Engineering

  • or a related discipline

Language Requirements

The following certificates are recognized as proof of your language proficiency.

languageEnglish
CEFR English
min B2
Does the university recognize "other equivalent language certificates"? no information provided by university

Application & Admission

Application Deadlines

Explanation regarding the application period
Students with a German university degree can submit their application at any time.

Application Procedure & Selection

Mode of Admission:
no admission restriction 
Admission Test/Interview:
interview
Application:
Applicants holding degrees from an EU/EEA country apply directly to the university; applicants holding degrees from a non-EU/EEA country apply via uni-assist.
More Info
Application Fee:

Uni-assist charges a fee of €75 for the first application and €30 for each additional application submitted within the same semester.

Application Documents

1
School-Leaving Certifiсatе
2
Copy of Degree Certifiсatе(s)
3
Transcript of Reсοrds
4
Graduate Record Examinatiοn (GRΕ)

GRE score sheet (upload results; official GRE submission not mandatorу).

5
English Language Certifiсatе → Language Requirements
6
Letter of Motiνatiοn
7
Letter of Recommеndatiοn

Two recommendation letters from senior chemical engineers (one must be from a university professοr).

Location

1
TU Dortmund University
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Further Information

Your Personal Contact

Team M.Sc. Biopharmaceutical Engineering

Academic Coordination

Contact Details:

bpe.bci@tu-dortmund.de

For more information please check the

Course Website