15 Molecular Sciences MSc Degree Programs

In the Molecular Sciences Master's programme, you will learn about all aspects of the functioning and synthesis of molecules. Choose a specialisation at the intersection of chemistry, molecular life sciences, and biology. Deepen your knowledge in areas such as solid-state chemistry, spectroscopy, organic or physical chemistry, or molecular biology. Combine theoretical courses with extensive research internships in a multidisciplinary and international learning environment and get your MSc degree in Molecular Sciences.

Are you a recent graduate in the life sciences field? Do you want to master up your science skills? To become a more independent and versatile professional? This master of science in molecular life sciences offers just that. The perfect balance between workplace learning and applied research.

The MSc Molecular Biotechnology and Bioinformatics is for experts to manage, analyse, and interpret vast amounts of biological data generated by modern experimental technologies. It provides a unique combination of knowledge in molecular life sciences, biotechnology, and computational data analysis.

Molecular Sciences has in recent years emerged as a field somewhat broader than Chemistry, as its activities include methods and technologies which previously were linked to e.g. physics and biotechnology. Molecular Sciences includes the analysis of molecules at all levels, ranging from physical properties, through chemical reactivity, to interactions in larger assemblies, such as in a biological cell.

The Materials and Molecular Modelling MSc is designed to give students a strong foundation in understanding the structure, properties, and behavior of materials, with an emphasis on computational techniques. The program covers key areas such as quant…

With the MSc in Molecular Nutrition and Food Technology, you can acquire the tools and knowledge required to develop nutritious foods – foods designed to reduce the risk of developing the lifestyle diseases of obesity, diabetes, heart disease, allergy, and cancer. As the media reminds us on a daily basis, we are what we eat.

Contribute to improving modern medicine and fighting 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 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.

M2 Medicinal & Bioorganic Chemistry. Our M2 in Medicinal and Bioorganic Chemistry is a brand-new program spanning one year that merges science with innovation to propel tomorrow’s breakthroughs and tackle future health challenges.

The major thrust of research in genomic & molecular epidemiology in the next ten years will be the identification of predisposing genes in complex diseases and environmental factors. This may ultimately lead to more targeted surveillance and improved clinical care.

This programme focuses on production engineering, the manufacturing process and industrial automation. It educates students to be able to analyse, evaluate and optimise complex manufacturing processes and production systems involved in product realisation. The programme will also cover the knowledge on sustainable production, digitalised production, production automation, global production and the global marketplace. With a multidisciplinary approach that provides both theoretic and practical knowledge, the programme prepares students to solve cross-functional and interdisciplinary industrial problems. Students graduating from this programme will have access to a broad job market, e.g. in the areas of production engineering, industrial automation, production maintenance, materials engineering, production management and sales, product design, strategic purchase, and operations planning.

The programme in Service Management combines in-depth subject knowledge of the services sectors with an understanding of the specific organisational and managerial needs of service activities. More diversified demands on managers and professionals within the cultural, creative and non-profit sectors due to technical, economic and social changes call for qualified training in management and development of services, ventures and organisations. You will get a profound understanding of the specific conditions and production processes of the sectors. You will study and analyse theories and case studies from the sectors related to issues like governance, leadership, organising, entrepreneurship and service development.

The Augusta University College of Science and Math offers a two-year, 36 credit-hour thesis based Masters of Science Degree in Biomolecular Science. The program will provide education and training for careers in pharmaceutical, biotechnology, biomedical, and chemical industries or for entry into doctoral research or professional degree programs. With a requirement to complete a mentored research project, the program prepares students to investigate a wide range of biomedical-related topics including study of the mechanism of disease and development of new drugs.

This degree prepares individuals with a bachelor’s degree in a technical area to work in polymer or polymer-related industries, consulting, or venture capital firms in a non-research position requiring both a broad familiarity with fundamentals of polymer science and polymer engineering and some knowledge of business and law. The program deepens technical knowledge in the polymer field while providing non-technical skills needed by team leaders, managers, and supervisors to make technology-mindful decisions.

The Master of Science in Macromolecular Science and Engineering is designed to give students a strong foundation in the principles and applications of macromolecules. The program combines coursework a...

The Master of Science degree is awarded for the completion of a prescribed program of course studies, cumulative exams, a formal presentation, and a research project that leads to the preparation of a thesis describing the research in a scholarly manner.