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The BSc Medical Genetics at Queen Mary University of London offers an in-depth exploration of genetic principles and their applications in medicine. This three-year program includes rigorous academic training, enhancing scientific knowledge. Students engage in a curriculum that integrates theoretical learning with practical laboratory experience, preparing them for careers in genetic counseling, research, healthcare, and biotechnology.
Curriculum Structure
Year 1
The first year establishes a strong foundation in biological sciences, covering core subjects such as Molecular and Cellular Biology, Genetics, Biochemistry, Human Physiology, and Cell Biology. Students develop essential laboratory skills and gain an understanding of the fundamental concepts that underpin medical genetics.
Year 2
In the second year, students delve deeper into specialized topics, including Genetic Disease Mechanisms, Bioinformatics, Genomic Technologies, and Population Genetics. The curriculum emphasizes the application of genetic knowledge to medical contexts, with opportunities for students to engage in research projects and case studies.
Year 3
The final year focuses on advanced topics in medical genetics, including Genetic Counseling, Ethical Issues in Genetics, Advanced Genomic Techniques, and Research Methodologies. Students undertake an independent research project, applying their knowledge to a specific genetic problem, and prepare for professional roles in the field.
Focus Areas:
Genetics, molecular biology, bioinformatics, genomic technologies, medical applications of genetics, genetic counseling, and research methodologies.
Learning Outcomes:
Graduates will possess a comprehensive understanding of medical genetics, practical laboratory and research skills, critical thinking abilities, and effective communication skills, preparing them for careers in genetic counseling, research, healthcare, and biotechnology.
Professional Alignment (Accreditation):
The program is designed to meet the professional standards required for careers in medical genetics, with opportunities for students to engage in accredited research projects and internships.
Reputation (Employability & Graduate Outcomes):
Queen Mary University of London is renowned for its research excellence and strong industry connections, providing graduates with a competitive edge. The program equips students with the skills and experience necessary for successful careers in medical genetics and related fields.
This programme offers a focused three-year pathway in Medical Genetics, blending rigorous scientific training, hands-on lab work, and a capstone research experience. Right from the start, you'll benefit from a mixture of lectures, tutorials, practical labs, and classroom activities—designed to develop both theoretical insight and experimental confidence.
Experiential Learning Includes:
Blended Teaching Style
You’ll experience a mix of lectures, tutorials, in-class activities, and laboratory work—helping you understand genetic concepts through multiple learning modes (e.g., practicals, discussion, and theoretical sessions).
Rich Scientific Modules
In Year 2, key modules like Genes and Bioinformatics and Human Genetic Disorders introduce you to gene regulation, bioinformatics methods, and disease genetics—including genome sequence analysis, gene identification, and genetic screening approaches.
Extensive Optional Learning Paths
You’ve got flexibility to follow your interests via optional modules such as Basic Immunology, Neuroscience, Cancer Biology, Personalised Medicine, and more—each adding practical and analytical depth.
Final-Year Research Project
The capstone of your degree: an original research or investigative project, culminating in a written report, poster, and oral presentation—developing real-world scientific skills and independent thinking.
Dedicated Teaching Facilities & Learning Environment
You’ll learn in refurbished lecture theatres, modern IT-equipped classrooms, and up-to-date labs—providing a supportive environment for hands-on learning.
Student Voice & Support
Students praise the approachable faculty, strong research facilities, and supportive careers team—highlighting experiences like conducting final-year projects under leading researchers and receiving tailored interview and CV coaching.
Research-Caliber Environment
The School shines in research quality: over 90% of Biological Sciences research is ranked world-leading or internationally excellent. You’ll also have access to departmental seminars and opportunities to work on investigative projects with links to institutions like the Natural History Museum, ZSL London Zoo, Forest Enterprise, and the University of London’s Marine Biological Station.
This programme is crafted to help you become a scientifically confident, research-ready graduate—equipped with wet lab experience, analytical thinking, and real-world research exposure in Medical Genetics.
Graduates from Queen Mary’s BSc Medical Genetics program are well-prepared for careers in genetic research, genetic counseling, biotechnology, and personalized medicine. Typical roles include Genetic Researcher, Clinical Geneticist, Genomics Data Analyst, and Genetic Counselor.
Further Academic Progression
A-Levels: Grades ABB at A-Level. This must include A-Level Biology. Alternative offers may be made to applicants taking the Extended Project Qualification.IB: International Baccalaureate Diploma with a minimum of 32 points overall, including 6,5,5 from three Higher Level subjects. This must include Biology at Higher Level.GCSE: Minimum five GCSE passes including English and Maths at grade C or 4.American HSD: Completion of the HSD with GPA 3.3 AND 3 AP examinations with scores of 4 or better, including at least one at grade 5 in different subjects. (5,4,4) IELTS (Academic) minimum score 6.5 overall with 6.0 in each of Writing, Listening, Reading and SpeakingTOEFL: TOEFL minimum score 92 overall with 21 in Writing, 19 in Reading, 18 in Listening and 21 in SpeakingValidity period: IELTS and TOEFL should have been achieved no more than 2 years from the start date of your courseGenetic Researcher – conduct studies to understand genetic disorders and develop potential treatmentsClinical Geneticist – diagnose and manage genetic conditions in patientsGenetic Counselor – provide information and support to individuals regarding genetic conditionsBioinformatician – analyze and interpret complex biological data using computational toolsPharmaceutical Scientist – develop and test new drugs targeting genetic diseasesLaboratory Manager – oversee operations and staff in genetics research laboratoriesRegulatory Affairs Specialist – ensure compliance with regulations in genetic testing and therapiesMedical Science Liaison – communicate scientific information between research teams and healthcare providersBiotechnology Consultant – advise companies on the development and commercialization of genetic technologiesScience Communicator – disseminate genetic research findings to the public and stakeholders
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Queen Mary University of London
