University of Salford MSc Drug Design and Discovery
University of Salford

University of Salford

MSc Drug Design and Discovery

Manchester, United Kingdom

MSc

1 up to

2 years

English

Full time, Part time

Sep 2025

On-Campus

Key Summary

    About : The MSc Drug Design and Discovery program provides an in-depth understanding of drug design processes and discovery methodologies. It combines theoretical knowledge with practical laboratory experience. The course aims to equip students with the necessary skills to succeed in the pharmaceutical industry and related fields.
    Career Outcomes : Graduates can pursue various roles such as drug discovery scientists, project managers, or regulatory affairs specialists in pharmaceutical and biotech companies. They may also find opportunities in government agencies and academic research, leveraging their expertise in drug development processes.

The Human Genome Project and the rapid COVID-19 vaccine development highlight how translational approaches can lead to the development of new medications and therapies. Build the knowledge and skills to work in this exciting scientific field with our Drug Design and Discovery postgraduate degree.

Designed to nurture the next generation of bioscientists, our course enables science graduates and pharmaceutical industry professionals to build scientific methods and transferable, problem-solving skills. You can use the knowledge developed in the course to pursue roles where you can improve quality of life, treat long-standing diseases and inherited disorders, and apply antimicrobials against multidrug-resistant strains of bacteria.

Led by highly-experienced, research-focused academics, and delivered in our world-class laboratory setting, our course integrates classical natural products-based drug discovery methods with the exploration of molecular target-based drug discovery and molecular modeling. Collectively, this approach aims to nurture your in-depth knowledge of drug discovery and development.

You will:

  • Learn where chemistry, nanotechnology, and genome technology are pushing the boundaries of biomedical research
  • Acquire strong training in drug synthesis and analytical methods, natural product chemistry, and molecular modeling
  • Develop scientific methods and transferable skills relevant to a wide variety of scientific and professional careers in medical and pharmaceutical industries

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