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This program provides a foundation year for students who need additional preparation before degree-level genetics study. It develops skills and knowledge for success in biomedical and genetics education and careers.
Curriculum Structure
Foundation Year: Preparatory Biomedical Sciences
Modules include Biology, Chemistry, Mathematics, and Scientific Skills. Students gain essential knowledge and practical skills for progression to degree-level study.
Year 1: Core Genetics and Biomedical Modules
Modules include Cell Biology, Genetics, Human Physiology, and Biochemistry, with practical labs supporting skill development.
Year 2: Intermediate Genetics and Molecular Biology
Modules include Molecular Genetics, Bioinformatics, Microbiology, and Immunology. Students develop laboratory and research skills.
Year 3: Advanced Genetics
Modules include Medical Genetics, Genomics, and Gene Regulation. Independent research projects allow students to investigate genetic mechanisms of disease.
Year 4: Professional Research and Integration
Students complete a major research project and advanced modules such as Cancer Genetics or Inherited Disorders, preparing for professional or academic careers.
Focus Areas
Genetics, molecular biology, bioinformatics, human physiology, genomics, medical genetics, and inherited disorders.
Learning Outcomes
Graduates gain comprehensive knowledge of genetics, laboratory proficiency, research experience, and preparation for biomedical or genetics careers.
Professional Alignment (Accreditation)
The program meets professional standards for biomedical and genetics research, preparing students for careers in clinical laboratories or postgraduate study.
Reputation (Employability & Graduate Outcomes)
Swansea University graduates are well-prepared for careers in research, clinical genetics, or biomedical industries, supported by extensive practical and research experience.
This four-year programme begins with a Foundation Year to prepare students for degree-level study in genetics. Students then progress to the BSc Genetics, studying molecular biology, genomics, and applied genetics in depth. The programme emphasizes research, practical skills, and scientific literacy.
Experiential Learning Highlights:
Why This Programme Stands Out:
The programme is ideal for students who require foundational preparation before degree-level study. By combining a Foundation Year with comprehensive genetics training, it provides a strong platform for future careers in research, medicine, or biotechnology.
Graduates gain expertise in genetics, genomics, molecular biology, and bioinformatics, preparing for careers in genetic counseling, clinical research, biotechnology, and pharmaceutical development. Typical roles include Genetic Researcher, Clinical Data Associate, Lab Technician, and Research Scientist.
University Services That Support Your Career
Employment Stats & Salary Figures
University–Industry Partnerships
Accreditation & Long-Term Value
Graduation Outcomes
Further Academic Progression
TOEFL (IBT) (at a test centre) and IELTS is valid for 2 and a half years.The foundation year of this four-year course will introduce you to the key concepts and knowledge you need to progress to the BSc in Genetics, following successful completion of the Foundation Year with at least a 60% overall average, students will progress onto Year 1 of the BSc.This course is designed for those applicants whose qualifications does not make them eligible for direct entry into the BSc Genetics program.Genetic Researcher – study the function of genes in health and diseaseClinical Geneticist – apply genomic knowledge in clinical settings to assist patient careLaboratory Analyst – carry out genetic tests and experiments in research or medical labsGenetic Counsellor – guide patients on genetic testing and hereditary risksBiomedical Scientist – analyze samples to support diagnosis and researchClinical Research Associate – manage and monitor genetics research projectsBioinformatician – process genetic data using computational approachesMedical Science Liaison – communicate research and clinical findings to professionalsForensic Geneticist – apply genetics to criminal or legal investigationsFurther Study Candidate – continue to masters or PhD in genetics or biomedical sciences
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Swansea University
