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Molecular Biotechnology (M. Sc.)

The Master's program in Molecular Biotechnology is designed to provide students with a broad education in biotechnology, as well as the opportunity to specialize in a particular area. The program aims to support students in their future careers and prepare them for a wide range of applications.

Program Structure

The Master's program consists of 120 credits and takes four semesters to complete. The program includes a combination of theoretical and practical modules, with a focus on molecular biotechnology.

Specializations

Students can choose from a range of specializations, including:

• Applied Molecular Genetics
• Biocatalysis
• Bioreactors and Plant Design
• Fermentation Technology
• Formulation Technology
• Glycobiotechnology
• Industrial Biotechnology
• Molecular Medicine
• Molecular and Cellular Genetics of Eukaryotic Cells
• Process Measurement Technology and Special Measurement Methods
• Proteome Analysis of Animal Cell Lines
• Validation of Biotechnological Processes
• Cell Culture Technology
• Cellular Signal Transduction and Biophysical Methods
• Microfluidics and Single-Cell Cultivation in Biotechnology

Course Content

The program covers a wide range of topics, including:

• Theory and practice of biotechnological processes
• Molecular genetics and gene technology
• Bioreactors and plant design
• Fermentation technology
• Formulation technology
• Glycobiotechnology
• Molecular medicine
• Proteome analysis
• Validation of biotechnological processes
• Cell culture technology
• Cellular signal transduction and biophysical methods
• Microfluidics and single-cell cultivation

Career Prospects

Graduates of the program will have excellent career prospects in a range of fields, including:

• Pharmaceutical industry
• Biotechnology research and development
• Medical research and diagnostics
• Process engineering
• Science journalism
• Regulatory agencies
• Software development for biotechnology companies
• White biotechnology, including the production of biofuels and chemicals from renewable resources

Promotion

The program also provides opportunities for students to pursue a doctoral degree (Ph.D.) in a related field. The doctoral program includes an independent research project and a dissertation, as well as a range of courses and seminars to support students in their research.

International Exchange and Cooperation

The University of Bielefeld has a strong international focus, with partnerships and collaborations with universities and research institutions around the world. Students have the opportunity to participate in international exchange programs, including the Erasmus+ program, and to study abroad for a semester or a year.

Study Plan

The study plan for the program includes a range of compulsory and elective modules, as well as a research project and a dissertation. Students can choose from a range of specializations and can tailor their study plan to suit their interests and career goals.

Admission Requirements

The admission requirements for the program include a Bachelor's degree in a related field, such as biotechnology, biology, chemistry, or engineering. Students must also demonstrate a strong understanding of molecular biotechnology and a good command of English.