Overview

The MSc/MRes in Biotechnology & Computational Biology is designed to provide students with the knowledge and skills to integrate experimental and computational approaches (including artificial intelligence) to address complex challenges in molecular and cellular biotechnology. These interdisciplinary skills are increasingly essential across academia and industry as biotechnology and data-driven research continue to transform the life sciences landscape.

Key benefits

  • Designed to develop independent, critically minded scientists ready to contribute to cutting-edge research, innovation, and entrepreneurship in biotechnology.
  • Students will gain advanced knowledge of cutting-edge research in interdisciplinary science, to enable them to solve problems by integrating experimental biotechnology and computational methods.
  • Hands-on experience in both wet and dry labs will be provided through bespoke modules developed with input from industrial partners, each incorporating experimental and computational components.
  • Undertake an extended research project (six months for the MSc and nine months for the MRes) to consolidate their skills and gain first-hand experience in a world-class research environment.
  • Dedicated training in transferable skills—such as problem solving, scientific communication, and data analysis using modern tools.
  • The programme draws on a vibrant network of industrial partners and external organisations, offering diverse opportunities for engagement and collaboration.

Course essentials

The MSc/MRes in Biotechnology & Computational Biology gives students the flexibility to choose to study for a Master of Science (MSc) or an extended Master of Research (MRes) qualification.

All MSc/MRes in Biotechnology & Computational Biology students will study Molecular & Cellular Biotechnology, Protein Characterisation & Engineering, Drug Discovery & Design, Entrepreneurship and Advanced Skills, and the Research Project.

The MSc pathway requires modules totalling 180 credits, and this includes a six-month research project and dissertation worth 60 credits. The MSc pathways is completed in one year, from September to September.

The MRes pathway requires modules totalling 240 credits, and this includes a nine-month research project and dissertation worth 120 credits. The MRes pathway is completed in 16 months, from September to January.

Students will be provided with a portfolio of available research projects—reflecting the breadth of biotechnology and computational biology expertise at King’s—and will be able to indicate their preferred projects.

This programme is primarily taught at King’s College London’s Guy’s and Waterloo campuses, but some research projects may also be based at Denmark Hill, St Thomas’ Hospital, the Francis Crick Institute, or other external organisations. Please note that project locations are determined by where the student chooses to carry out their Research Project and may vary depending on the projects available at the time.

Key Information

Course type:

Master's

Delivery mode:

In person

Study mode:

Full time

Duration:

MSc: 12 months; MRes: 16 months

Credit value:

MSc 180 credits, MRes 240 Credits

Application status:

Open

Start date:

September 2026

Administrative bodies

Regulating body

Application closing date guidance

Base campuses

King's Open Day Guy's Campus

Guy’s Campus

Located near London Bridge, Guy’s Campus offers a dynamic yet focused environment, ideal for health and science students. Offering cutting-edge labs and a close-knit academic community, at the heart of one of London’s most vibrant and historic areas.

Waterloo - students walking

Waterloo Campus

Our Waterloo campus is home to the Florence Nightingale Faculty Nursing & Midwifery, and a vibrant hub for health, social science, and law students. Located moments from the iconic landmarks of South Bank and just a short walk to the Stand campus.

Students outside the main building at Denmark Hill

Denmark Hill Campus

Denmark Hill, in Southwark, London, is a vibrant area known for its historical landmarks and green spaces. Home to King's College and the Maudsley Hospitals, it also features Ruskin Park, named after John Ruskin, and the Camberwell College of Arts.