Bioscience MRes (Taught)

Bioscience research plays a vital role in advancing the health of humans, animals, plants, and the environment; from uncovering the three-dimensional structures of proteins to addressing global pandemics. Our Bioscience MRes provides the opportunity to immerse yourself in a research environment, whether as a standalone degree, preparation for PhD study, or to pursue diverse career paths.

The core part of the programme is a significant piece of independent research in one of the following research areas:
Bioengineering
Entomology
Glycobiology
Infectious disease
Neuroscience
Structural biology

Your project can be undertaken at an external institution, nationally or internationally, to increase your experience of working in a laboratory related to your area of research. This is dependent on the type of project and the research links of the lead project supervisor.

Taught modules in semester one will establish the key skills and knowledge you will need to complete your independent research. Topics include critical literature searching, advanced research techniques, grant writing and experimental design.

Your research project will advance your individual research skills, with support from expert academics who will deepen your understanding of various theoretical perspectives, methodological approaches, and practical applications in biosciences

You will formulate a research strategy, carry out thorough investigations, analyse and critically evaluate data in the context of current literature in your field. You’ll present this data in various scientific formats, including your dissertation, viva, poster, and presentations at our postgraduate student research conferences. Overall, the programme equips you with transferable skills in practical research, problem-solving, organisation, time management, collaboration, and scientific communication.

The project will culminate in your dissertation, where you’ll demonstrate your ability to identify problems, formulate hypotheses, design and conduct experiments, extract, analyse, and interpret data, critically evaluate findings, relate them to current literature, and present complex research in scientific writing.