Máster in Biotecnología in Europe

This master's program focuses on the application of engineering principles in biotechnology, with required courses in reactor and process technology, genetic engineering, bioinformatics, food quality control, and total quality management. Students complete a master's thesis and choose one professional role module, such as global engineer or customer-oriented engineer. They also select one of two focus areas: Cell Growth and Bioprocess Engineering, which includes bioprocess and sustainable technology, or Biomedical Engineering, covering physiological systems and biomedical research methods. The program includes electives in entrepreneurship, operations management, and sector-specific internships, with opportunities across different campuses.

To apply for this master's program, students must hold an honors bachelor's or master's degree in a related scientific or technical field, with a strong background in science and mathematics and a clear link to the program's focus. English proficiency must be demonstrated with a TOEFL iBT score of at least 85 (minimum 20 per section), an IELTS Academic score of at least 6.5 (minimum 6.0 per section), or a Cambridge CAE/CPE score of at least 176 (minimum 169 per section). Applicants with a full degree taught in English in Australia, English-speaking Canada, Ireland, New Zealand, the UK, or the USA, or with a Flemish diploma, are exempt. A GRE score is optional but recommended to strengthen the application. Based on the evaluation, applicants may be admitted directly or required to complete a preparatory program before starting the master’s degree.

This master's program focuses on food technology, quality management, and industrial microbiology. Students study enzymology, thermal and emergent processes, alcoholic drink production, and technologies for plant- and animal-based products. The program includes seminars and electives from any scientific area, and concludes with a dissertation, project, or placement in the second year.

Applicants must hold a degree in Food Engineering, Biology, Chemistry, Biotechnology, Nutrition, or related areas, obtained under Bologna Process standards or officially recognized. Candidates with relevant academic, scientific, or professional experience may also apply. Proof of B1 or B2 level language proficiency is required unless secondary education was completed in the course language.

This master's program provides advanced training in agricultural biotechnology, with a strong foundation in molecular genetics, microbiology, cytogenetics, and plant and animal biotechnology. Students learn key analytical and experimental methods through courses such as Applied Organic and Biochemistry, Molecular Biology and Gene Technology Methodology, and Environmental Microbiology and Biotechnology. Training in R Studio, scientific literature review, and experimental design equips students with important data analysis and research skills.

The program offers a specialization in Plant Biotechnology, which includes subjects like Plant Physiology and Stress Biology, Cell and Tissue Culture Methodology, Molecular Markers in Plant Breeding, Functional and Structural Plant Genomics, and Genomic Editing in Plants. These courses focus on improving plant traits and stress tolerance through biotechnological methods. A multi-stage master’s thesis, combined with professional practice, ensures students gain hands-on research experience and professional exposure by the end of their studies

This master's program requires applicants to submit a letter of motivation explaining their interest in the course, along with an official copy of their bachelor's degree certificate and transcripts. Applicants must also provide a brief Curriculum Vitae. Proficiency in English at the B2 level is mandatory. Accepted language certificates include TOEFL (minimum of 550 on PBT or 72 on iBT), IELTS (minimum 6.0), Cambridge First Certificate (grade “C” or at least 160), and Pearson PTE or Academic PTE (minimum 59), among others. English test results must be official and valid. Alternatively, applicants may submit proof that the entire bachelor's program was conducted in English through an official signed and stamped certificate. Degrees earned in English-speaking countries are also accepted. However, DUOLINGO and EF SET tests are not considered valid proof of English proficiency.

This master's program focuses on advanced molecular biology and includes two specialization profiles: Biotechnology for Global Health, which emphasizes topics like molecular parasitology, and protein structure and function, and Agro- and Plant Biotechnology, which covers plant disease biology and plant genetic engineering. Students begin with core courses in subjects such as analytical biochemistry, immunology, molecular microbiology, and genetic engineering, along with two research rotations. The second year includes topics like micro- and nanobiotechnology and global biotechnology challenges. Electives allow students to explore areas such as bioinformatics, cell signaling, plant breeding, animal science, and crop production, contributing to a strong interdisciplinary and research-oriented education.

Applicants to this master's program must hold a bachelor's or master's degree in fields such as bioengineering sciences, biochemistry and biotechnology, biology, or biomedical sciences. Degrees in related areas like chemistry, veterinary medicine, pharmaceutical sciences, or medicine may also be considered, but admission depends on a full evaluation of the application file. There is no entrance exam; admission is based on academic qualifications, background, and language proficiency. English proficiency can be proven with a Belgian high school diploma, confirmation of English as the language of instruction, or a recognized test: TOEFL iBT (minimum score 79), IELTS Academic (minimum 6.5), Cambridge English (minimum 170), or ITACE (minimum B2). Test results must be no more than five years old at the time of application.

This master's program offers two specializations: Biophysics and Biochemistry and Biotechnology. The Biophysics track focuses on the physical principles of biological systems and includes courses in biomatter physics, membrane biophysics, and transport processes. The Biochemistry and Biotechnology specialization is divided into multiple tracks such as Biochemistry and Structural Biology, Molecular Cell Biology and Microbiology, and Molecular Physiology. Students in this path study areas like biomolecular modeling, signal transduction, microbial genetics, and biotechnology of plants and animals. The program also includes seminars, elective courses, and a major research thesis or internship. Students with knowledge gaps can take foundational courses in physics, chemistry, and biology.

Applicants to this master's program must hold a bachelor's degree in a relevant field such as Chemistry, Biochemistry, Biotechnology, Biology, Biophysics, Biomedical Sciences, Physics, or Bioengineering. The exact eligibility depends on the chosen specialization—Biophysics or Biochemistry and Biotechnology—and is determined by the Admissions Board. Applicants must also demonstrate English language proficiency with one of the following: TOEFL (minimum score of 94), IELTS Academic (minimum 7.0), or Cambridge (minimum 185). Exemptions apply only to students who completed an English-taught degree in Australia, English-speaking Canada, Ireland, New Zealand, the United Kingdom, or the United States. Additional documents like course descriptions and grading systems are required unless the applicant comes from a top 200 ranked university or a partner institution.

This master's program focuses on bioinformatics, bioreactor engineering, enzyme technology, food microbiology, and downstream processing in industrial biotech applications.
Students develop expertise in genomics, biomolecule analysis, nutrigenomics, and fermentation processes.
Practical skills are emphasized through labs, projects, and industry placements.
The final semester is dedicated to the diploma seminar and an individual research project.

Applicants must hold a Bachelor's or Master's degree (or equivalent) in fields such as agriculture, biological sciences, environmental sciences, engineering, or related disciplines.
English proficiency at the B2 level is required, proven by exams like IELTS (min. 6), TOEFL (min. 87 iBT), FCE, CAE, or equivalent.
Certificates from Cambridge, ETS, Pearson, or proof of English as the medium of instruction are accepted.
These requirements apply to programs taught entirely in English.

This master's program focuses on advanced biotechnology, with coursework spanning genetic engineering, molecular diagnostics, green and medical biotechnology, and industrial applications. Core topics include plant biochemistry, virology, immunology, biocatalysis, and tissue engineering. Students also engage in lab-based modules and seminars. Elective courses allow specialization in areas such as biosensor technology, system biology, cancer biology, bioenergy, pharmaceutical development, and food biotechnology. Training in bioengineering, quality management, scientific writing, and business complements the scientific curriculum. The program culminates in a master's thesis and a final colloquium in the third semester.

To apply for this master's program, candidates must have a relevant university degree in biotechnology or a closely related field. For the three-semester track, the degree must include at least seven semesters and 210 credits; for the four-semester track with a practical semester, at least six semesters and 180 credits are required. Applicants must demonstrate knowledge totaling at least 36 credits across four areas such as biochemistry, microbiology, molecular biology, enzyme technology, or plant biotechnology. Proficiency in German at DSH-2 level or equivalent is mandatory, while English is not formally required but helpful, as some courses are taught in English. No pre-study internship or entrance test is needed.

This master's program focuses on advanced studies in microbiology and molecular genetics, covering areas like cell culture, gene expression, microbial ecology, and clinical microbiology. Students deepen their knowledge of both prokaryotic and eukaryotic organisms and explore metagenomics through seminars. The second year is dedicated to thesis development and experimental research.

Applicants must hold a bachelor's degree in life sciences, environmental sciences, health sciences, or related fields, or a recognized equivalent degree. Selection is based on academic qualifications, scientific and professional experience, and the overall candidate profile. Language proficiency at B1 or B2 CEFR level must be proven unless secondary education was completed in the course language.

This master's program offers research-focused education in biotechnology, emphasizing specialized training in cell biology, microbiology, bioanalytics, and laboratory diagnostics. It combines up-to-date theoretical knowledge with extensive hands-on laboratory experience, allowing students to develop skills in scientific experimentation, documentation, and presentation. Taught entirely in English, the program is highly international in scope. The master's thesis is completed at a research institute or company, either domestically or abroad, and the program prepares graduates for doctoral studies. Career paths include research and managerial roles in the biotechnology, pharmaceutical, and cosmetic industries, as well as positions in quality management, regulatory agencies, or customer and scientific support.

This master's program requires applicants to hold a bachelor's or equivalent degree in a relevant field with either 210 ECTS credits (for a three-semester track starting in summer) or 180 ECTS credits (for a four-semester track starting in winter). A minimum of 70 ECTS or 60 semester hours in biological, biomedical, biochemical, or biophysical subjects is necessary, along with at least 18 weeks of practical laboratory experience, such as during a bachelor's thesis. Proof of English language proficiency is required, with accepted tests including TOEFL iBT (minimum 79), IELTS Academic (minimum 6.0), Cambridge (minimum B or C), or UniCert (Stufe II). Medium of instruction certificates and expired test results are not accepted.

This master's program offers advanced training in biomedical engineering, with three specialization tracks: Biomechanics, Electronic Implants, and Image-Guided Therapy. All students complete core modules in applied mathematics, biomedical engineering, and human medicine, covering subjects such as biomechanics, physiology, biomedical instrumentation, signal processing, and medical imaging. The Biomechanics track focuses on areas like fluid and solid mechanics, movement analysis, and tissue engineering. The Electronic Implants track includes microelectronics, signal processing, wireless medical devices, and neurotechnology. The Image-Guided Therapy track emphasizes computer-assisted surgery, medical image analysis, robotics, and technologies for therapeutic interventions.

Students also undertake complementary skill modules in topics such as ethics, regulatory affairs, scientific writing, and innovation management. In addition to major-specific electives, they can choose from a wide range of general electives in areas such as machine learning, medical image analysis, and programming. The program concludes with a master’s thesis and provides students with strong interdisciplinary knowledge applicable in both research and clinical settings.

Admission to this master's program is automatic for students who hold a bachelor's degree in fields such as microtechnology, system technology, electrical engineering, mechanical engineering, automotive engineering, physics, or computer science from a Swiss institution. Applicants with other academic backgrounds or international degrees are also welcome to apply; their applications will be evaluated individually based on prior knowledge and academic performance. In some cases, additional coursework of up to 30 ECTS credits may be required during the master's program.

Applicants with international degrees must submit GRE test results, and the bachelor’s degree used for evaluation must typically not be older than five years. Although all instruction and assessment are conducted in English, no formal English language certificate is required—students are expected to ensure they have sufficient language skills to follow the program.

This interdisciplinary program explores the scientific, legal, and policy dimensions of the bioeconomy. It covers topics such as biotechnology, bioethics, EU and international bio-law, innovation policy, and sustainable development. Students are trained to address global challenges at the intersection of biology, technology, and governance. The curriculum includes coursework, seminars, and a Master’s thesis fostering both research and applied expertise.

Applicants must hold an undergraduate degree from a recognized university. A minimum C1 English level is required, proven by IELTS (6.5+), TOEFL iBT (95+), TOEIC (745+), or a Greek State-recognized certificate of proficiency.

This master's program delivers an in-depth education in cellular and genetic engineering within biotechnology, combining a strong scientific core with hands-on laboratory training and research. The curriculum consists of compulsory segments: a master’s thesis (completed in two parts), a major package, a minor package, and elective courses. Core topics include advanced genetics, immunology, plant and animal physiology, microbial and nanobiology, bioinformatics, applied computational biology, and molecular biotechnology. Students also explore applications through courses like applied plant, animal, medical, and synthetic biotechnology. They must select a minor (general, thematic, or reorientation) of at least 17 ECTS, covering specialized areas such as health engineering, environmental coordination, entrepreneurship, or data science. The program features practicals, seminars, project management, and the option of an internship.

To apply for this master's program, candidates must hold an academic bachelor’s or master’s degree in engineering (such as bioscience, biomedical, civil, electrical, or a related field) or an equivalent qualification. The degree must include substantial coursework in mathematics, statistics, physics, and general engineering, as well as at least some courses in biology and physiology. Applicants should have graduated with at least a second class upper result or its equivalent from a recognized institution. All candidates must demonstrate English language proficiency unless their previous degree was fully taught in English in Australia, English-speaking Canada, Ireland, New Zealand, the UK, or the USA. Accepted English tests include TOEFL iBT (minimum 94), IELTS Academic (minimum 7.0), and Cambridge Advanced/Proficiency (minimum 185), each with minimum required subscores.