Molecular Bioengineering

Molecular bioengineering is a discipline at the frontier of biology and engineering, applying the principles and methods of engineering to biological systems at the molecular level. It asks how the tools of physics, chemistry, and engineering can be used to understand, model, and ultimately design biological molecules and processes, and how this understanding can be translated into technologies that benefit medicine, materials science, and industry. The field encompasses biosensors, drug delivery systems, synthetic biology, tissue engineering, and the development of biomolecular devices.

At Imperial College London, this four-year full-time programme develops the scientific understanding and laboratory expertise of a life scientist alongside the technical knowledge and problem-solving skills of an engineer. You will study the molecular machinery of cells, the physical and chemical principles that govern biological processes, and the engineering approaches used to analyse and engineer those processes. You will develop strong quantitative and computational skills alongside your laboratory competence, and you will engage with the design principles that underpin the creation of new biological tools and systems.

Imperial's exceptional research environment in both engineering and the life sciences means you will be working in one of the most stimulating intellectual contexts available for this emerging discipline.

Graduates of molecular bioengineering programmes go on to careers in biotechnology, pharmaceuticals, medical devices, synthetic biology, and research. Many work in companies developing new therapies, diagnostic tools, or biomaterials, while others pursue academic or industrial research at the boundary of biology and engineering. Postgraduate study is a common route for those who wish to develop specialist expertise, and the combination of biological and engineering knowledge the degree provides opens doors across the full range of life science and technology sectors.