47 Bioscience Masters Degree Programs

The Master’s Degree Study Program Includes Conducting Research And Submitting A Written Thesis. Duration Of Studies: 2 Years. Courses Of Study. Physics.

Through the programme in Evolutionary Biology, you will acquire an explicit evolutionary biological perspective in the study of nature and develop your understanding of patterns and processes from the cellular to the ecosystem level.

In the Master of Science (M.Sc.) Biomass Technology program, students will get a combination of specialized knowledge and interdisciplinary skills in the fields of energy, process engineering, plant cultivation as well as chemistry, in order to transform our technology and industry onto a sustainable basis.

This MSc program focuses on blending bioscience knowledge with enterprise skills, preparing students to innovate within the life sciences sector. It covers key areas like biotechnology, healthcare, and scientific entrepreneurship, giving students pra…

The MSc in Bioscience (Research and Development) is designed for students interested in gaining hands-on experience in bioscience research. The program combines core scientific principles with practical training, allowing students to develop essentia…

This MSc program focuses on giving students a practical understanding of bioscience research and development. It combines core scientific knowledge with hands-on experience, preparing students to work in the biotechnology, pharmaceutical, and related…

For the Bioscience and Biomedical Engineering specialisation. The Red Bird MPhil Program explores a student-centered interdisciplinary education paradigm through guided learning, creating an optimal growth environment for future strategic engineers and scientists to discover themselves, unleash their potential, and continuously improve their abilities.

MSc in Biological Sciences the second-level degree in Biological Sciences (LM-6 class Biology) aims to train graduates with advanced knowledge and expertise in updated biomolecular and biotechnological methodologies for application in diagnostic, nutritional, and environmental fields. These curricula, in combination with core courses, give students flexibility to tailor their degree to their background, interests, and career goals.

Are you interested in applying theory in Biomedicine in projects from industry, healthcare or academia? Learning how to manage running projects with skills in entrepreneurship and business development. Then the BSc program in Experimental and Industrial Biomedicine will give you exciting years

This master's degree will make you an integrator capable of translating physiological and psychological knowledge into advanced technological solutions for monitoring and improving human health. You will work in health-related domains (sports, well-being, rehabilitation, prevention, ergonomics, safety, etc.).

Agro- and ecosystems offer a wide range of essential goods and services such as food, water, energy and biodiversity. This programme is dedicated to train the next generation of experts in the sustainable management and functioning of natural and agro-ecosystems, not only from a biophysical perspective but also from a wider socio-economic perspective.

You are trained throughout the programme in fundamental biotechnology that will give you in-depth knowledge in areas as molecular biology, cell biology, genetics, biochemistry, nanobiology, physiologiy and immunology and its diverse applications. You also learn to place biotechnology in a social, economic and industrial context and to lead a social debate on biotechnology and genetic modification and their applications.

This master’s degree aims at offering an educational background connecting the laboratory environment and the living world while responding to ecological and sustainable transition challenges. Mimicking strategies elaborated by Nature represent infinite scientific and technological challenges. These challenges will be taken up through bioinspiration and biomimicry angles keeping in mind environmental awareness and ethics. We offer our students a unique opportunity to explore and get inspired by living systems to develop novel materials. Our biomimetic approach focuses on cross-disciplinary courses that will make students reconsider how they elaborate syntheses, formulations, and processing of tomorrow’s materials as needed by the industrial partners to build our future society

In this interdisciplinary course, students will gain knowledge and skills in the area of advanced material science with a special focus on materials for medical applications.

Artificial Intelligence (AI) is redefining how society functions and which skills will be essential in the future. Tomorrow's research will be driven by those who understand the technology and can harness the strengths of AI. This master's programme provides you with cutting-edge expertise in using AI to solve bioinformatics problems.

The main objective of the master's degree in Advanced Microbiology is to provide students with the academic and technical training that will enable them to embark on a research career in this field or to gain employment as microbiologists. In addition, it focuses particularly on providing students with comprehensive multidisciplinary training, attaching special importance to experimental work in clinical laboratories, universities or research centres under the supervision of a lecturer or specialist (this accounts for a third of the total credit load)

The Master in Sustainable Energy and Processes equips you with the knowledge and skills to develop innovative, environmentally friendly energy systems and resource-efficient processes. By combining the principles of renewable energy with cutting-edge technologies, this program focuses on designing, implementing, and optimizing sustainable solutions for a greener future. As the world transitions toward a more sustainable future, industries face the challenge of ensuring a reliable energy supply while minimizing environmental impact. This program prepares you to meet these demands by exploring renewable resources like biomass, solar, and wind energy, as well as advancing sustainable methods for processing non-renewable raw materials.