
Master in Biotechnology for The Bio-Based and Health Industry
DURATION
2 Years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
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EARLIEST START DATE
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STUDY FORMAT
On-Campus
Scholarships
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Introduction
Biotechnologies are called upon to solve many of the current challenges concerning human health, nutrition, quality of life, and the environment. Industrial biotechnologies represent the most advanced and applied aspect of this field.
The professional figure formed by the Degree Course possesses the know-how for the exploitation of organisms, cells, or biomolecules to produce bio-goods (innovative drugs, nutraceuticals, bioplastics, novel renewable energy sources) and bio-services (sustainable industrial processes, innovative agriculture practices, bioremediation, and circular economy processes) with the ultimate goal to improve the human and animal welfare and the environment quality.
The biotechnology sector shows constant growth in terms of turnover and number of highly specialized employees and is characterized by extremely large investments in R&D.
The biotechnologist is a professional figure able to play high-responsibility roles in the development, management, and control of research and production processes in different areas, such as the pharmaceutical industry, the green chemistry, the agri-food and livestock sector, the environmental sector, and the production of renewable energy.
The employment rate of graduates in Biotechnology for the Bio-based and Health Industry is very high, also because Lombardy is the Italian district with the highest concentration of biotechnological companies and thanks to the proximity of the biomedical cluster of the Canton Ticino (Swiss Confederation).
In addition, an international and up-to-date preparation, highly appreciated by the employment market, is reached through several collaborations with Italian and foreign research groups, the Erasmus+, and the Double Degree programs (in collaboration with the University of Chemistry and Technology in Prague).
Admissions
Scholarships and Funding
Curriculum
With 120 credits, you have completed the required coursework for your degree program.
Curriculum: Bio-based Industry
Year 1
- Applied genomics
- Bioeconomy and innovation
- Biorefineries
- Biostatistics and data science
- Enzymology
- Green biomasses and bioremediation
- Industrial biocatalysis
- Information literacy
- Pharmaceutical Biotechnology
- Plants as factories for biomolecules
- Scientific English
- Transgenic animals for biotechnology
Year 2
- Curricular traineeship
- Final exam
- Industrial processes and safety
- Molecular and applied microbiology
- Project management & soft skills
- Protein engineering
- Recombinant proteins
Curriculum: Biotechnology for the health industry
Year 1
- Animal models for biotech research
- Applied genomics
- Bioeconomy and innovation
- Biostatistics and data science
- Cell models and biomedical applications
- Design of biopharmaceuticals
- Drug synthesis and analysis
- Information literacy
- Nanobiotechnology and biomaterials
- Pharmaceutical Biotechnology
- Plants as factories for biomolecules
- Scientific English
Year 2
- Applied pathophysiology
- Curricular traineeship
- Final exam
- Molecular diagnostics
- Nutraceuticals
- Project management & soft skills
- Protein engineering