Page 4 of 27, 395 Master Programs in Life Sciences in Europe for 2024

When you choose to study this programme, you will dive deep into the analysis of biochemical, cellular, organismal and global systems. You will work at the interface of chemistry, biology and medicine, with engineering as the common thread, and learn to use engineering principles in the analysis and manipulation of biological systems to solve problems across a wide spectrum of vital applications.

Contribute to improving modern medicine and fight back against deadly diseases by delving deep into the world of biomolecular science. You will receive an in-depth education in subjects including protein function, stability, structure, production and design. Alongside this, you will also also focus on the physical chemistry of RNA and DNA and the biological chemistry of molecular interactions within the cell – knowledge that is essential for modern drug design and for understanding the molecular mechanisms of health and disease.

If you want to explore the worlds of chemistry and biochemistry at the nanoscale, investigating exciting issues within areas such as solid state materials, surface chemistry, biomaterials and more, then this profile could be the perfect choice for you. At the nanoscale, fascinating and mysterious new physical, chemical and biological properties emerge, and you will have the chance to work alongside renowned researchers in world-class facilities, operating at the global forefront of the race to understand these phenomena.

If you want to explore the worlds of chemistry and biochemistry at the nanoscale, investigating exciting issues within areas such as solid-state materials, surface chemistry, biomaterials, and more, then this profile could be the perfect choice for you. At the nanoscale, fascinating and mysterious new physical, chemical, and biological properties emerge, and you will have the chance to work alongside renowned researchers in world-class facilities, operating at the global forefront of the race to understand these phenomena.

Over the past few years, Bioinformatics has become the most exciting field in biology. This Bioinformatics MSc course provides a unique hands-on learning experience in bioinformatics skills, by combining the latest advances in analysing high-throughput genomic, transcriptomic and metabolomics data.

Plant biotechnology is an important tool to solve global problems. How do we produce enough food in the world? How do we develop renewable fuels and manage ecosystems in an environmentally friendly and sustainable manner? The Master’s programme in Plant and Forest Biotechnology gives you specialised competence and skills to recognize, understand and find solutions to these challenges.

In the Master’s programme in Molecular Biology you acquire an extensive toolbox for investigating all kinds of biological problems with advanced molecular methods. Your teachers are internationally renowned scientists and you will carry out your thesis project within a research group. You will get a good basis for further doctoral studies and work with research and development, either at a university or in a biotech or pharmaceutical company.

It is no surprise that the worldwide demand for bioinformaticians is on the rise. Between 2020 and 2027 the global bioinformatics market is set to increase by 13.4% annually as biological and clinical institutions and businesses seek to deliver more effective and efficient data-based services1. The University of Birmingham’s Online MSc Bioinformatics will help you to take advantage of these new opportunities by developing your understanding of complex data sets and how to interact with them.

On the master programme you enhance your methods-based and problem-solving competencies, putting you in a position to overcome the challenges associated with developing and producing innovative treatments for cancer, autoimmune conditions and neurodegenerative diseases.

At the intersection of biotechnology and data science: The growing utilization of data-driven OMICS technologies in biomedical research, the pharmaceutical and biotechnological industry, as well as healthcare, is leading to a rapidly increasing demand for highly skilled professionals.

The master's degree programme Forest Science in Global Change is a two-year master's degree programme that is taught in English and is primarily intended for bachelor's degree graduates of a forestry, biological, environmental, or similar programme.

The joint master's programme in Molecular Techniques in Life Science fosters graduates for a professional research career in life science. It has a strong focus on molecular techniques for disease therapies and diagnostic tools, coupled with substantial training in data analysis (bioinformatics and programming). The programme is a collaboration between Karolinska Institutet, KTH and Stockholm University at the Science for Life Laboratory in Stockholm, offering students the unique opportunity to study at all three institutions.

The master's programme in Industrial and Environmental Biotechnology provides a deep understanding of how to design and operate state-of-the-art life science-based processes with respect to product quality, sustainability and finance. Graduates have the competencies and skills to use cells, cell components and biomolecules to produce commodities such as chemicals, food, biofuels, clean water or soil and biomaterials for the development of a sustainable society.

The master's programme in Medical Biotechnology provides a solid foundation for the development of sustainable biotechnological solutions and their use in health care. Students acquire knowledge about state-of-the-art techniques, and experience in operating technological platforms and analysing big data in the context of human health. Graduates have the competence necessary to research and develop diagnostics, disease prevention tools and therapies.

The master's programme in Molecular Science and Engineering provides in-depth knowledge of molecular systems and advanced tools for careers in industry, academia, and society. An emphasis is placed on molecules: their design, characterisation, and applications both as individual entities and as part of materials. The programme also relates to sustainability with an emphasis on energy and environment, safety, and innovation.