BSc Hons Medical Genetics

3 Years On Campus Bachelors Program

Swansea University

Program Overview

The BSc Hons Medical Genetics focuses on understanding the molecular and clinical aspects of human genetics and inherited disorders. Students gain theoretical knowledge and practical research skills relevant to biomedical and genetic careers.

Curriculum Structure

Year 1: Foundations in Genetics and Biomedical Sciences
Core modules include Cell Biology, Biochemistry, Human Physiology, and Introduction to Genetics. Laboratory sessions develop foundational practical skills.

Year 2: Intermediate Genetics and Molecular Biology
Modules include Molecular Genetics, Medical Microbiology, Immunology, and Bioinformatics. Students build competence in experimental design and laboratory research.

Year 3: Advanced Genetics and Research
Modules include Medical Genetics, Genomics, and Gene Regulation. Students complete an independent research project investigating genetic mechanisms of disease.

Focus Areas
Medical genetics, molecular biology, human physiology, bioinformatics, genomics, and inherited disorders.

Learning Outcomes
Graduates develop advanced knowledge in genetics, practical laboratory expertise, and research skills suitable for careers in genetics, biomedical science, or postgraduate study.

Professional Alignment (Accreditation)
Aligned with professional standards for biomedical and genetic research, supporting careers in clinical labs, research institutes, or further academic study.

Reputation (Employability & Graduate Outcomes)
Graduates have strong prospects in genetics, biomedical research, and clinical laboratories, supported by practical experience and research-led teaching.

Experiential Learning (Research, Projects, Internships etc.)

The BSc (Hons) Medical Genetics offers a detailed understanding of human genetics and its application in medicine. Students study core topics such as genomics, gene therapy, and molecular biology while having the flexibility to choose optional modules aligned with their interests. The programme combines lectures, tutorials, and practical sessions to ensure a strong grasp of both theoretical and applied genetics.

Experiential Learning Highlights:

  • Hands-On Laboratory Experience: Students carry out practical experiments in genetics, molecular biology, and diagnostic techniques, learning skills used in research and clinical laboratories.
  • Research Projects: Students undertake individual research projects, developing critical analysis, problem-solving, and scientific writing skills.
  • Optional Modules: A range of optional modules allows students to tailor their studies to areas of particular interest, such as cancer genetics or population genomics.
  • Modern Research Facilities: Access to advanced laboratories, bioinformatics software, and genetic analysis tools supports hands-on learning and research development.

Why This Programme Stands Out:
This programme prepares students for careers in research, clinical genetics, and biomedical science. Its combination of practical laboratory training, flexible modules, and research-focused projects provides a well-rounded and career-ready education.

Progression & Future Opportunities

Graduates gain expertise in genetics, genomics, molecular biology, and bioinformatics, preparing for careers in genetic counselingclinical researchbiotechnology, and pharmaceutical development. Typical roles include Genetic ResearcherClinical Data AssociateLab Technician, and Research Scientist.

  • University Services That Support Your Career

    • Swansea Careers Service provides mentoring, employer networking, CV and interview guidance.
    • Opportunities for summer research placements and internships in genetics labs.
    • Alumni and academic staff support for research and career development.
  • Employment Stats & Salary Figures

    • Around 80–85% of graduates are employed or in further study within 15 months.
    • Median starting salary approximately £25,000–£28,000, rising to £33,000 with experience.
  • University–Industry Partnerships

    • Collaborates with regional hospitals, NHS trusts, biotech companies, and research centers.
    • Provides opportunities for participation in cutting-edge genetics research projects.
  • Accreditation & Long-Term Value

    • Graduates are positioned to pursue advanced roles in clinical genetics, research, and biotechnology.
  • Graduation Outcomes

    • Alumni roles include clinical geneticistlab technicianresearch scientist, and bioinformatics specialist.
    • Graduates often pursue MSc, PhD, or medical programs for further specialization.

Further Academic Progression

  • MSc programs in Genetics, Genomic Medicine, or Molecular Medicine
  • PhD research in human genetics, genomics, or molecular biology
  • Graduate-entry medicine, clinical scientist training, or professional certification in genetics

Program Key Stats

£22,750 (Annual cost)
£ 29
Sept Intake : 14th Jan


Eligibility Criteria

AAB - BCC
N/A
32 - 34
70

1280
24
6.0
79

Additional Information & Requirements

Career Options

  • Genetic Researcher – conduct experiments to study genes and hereditary diseases
  • Clinical Geneticist – work with patients to understand and manage genetic conditions
  • Laboratory Analyst – perform genetic and molecular analyses in research or clinical labs
  • Genetic Counsellor – advise patients on genetic risks and testing
  • Biomedical Scientist – analyze biological samples for healthcare or research
  • Clinical Research Associate – coordinate studies involving genetic research
  • Bioinformatician – process and interpret complex genetic datasets
  • Medical Science Liaison – communicate scientific information to professionals or public
  • Forensic Geneticist – apply genetics in legal and investigative contexts
  • Further Study Candidate – continue studies with a masters or PhD in genetics or related fields

Book Free Session with Our Admission Experts

Admission Experts