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If you’re curious about how genes shape life — from inherited traits to the latest in medical genetics — this program is for you. At Leicester, the BSc in Biological Sciences (Genetics) gives you hands-on experience in understanding DNA, genes, and genomes, while exploring their real-world applications in healthcare, agriculture, and biotechnology.
Curriculum Structure
Year 1: Building the Foundations
Your first year focuses on the basics of biology and genetics. You’ll explore Molecular Biology, learning how DNA and RNA work; Cell Biology, understanding how cells function; and Genetic Analysis, where you begin studying genes and genomes in action. This foundation sets you up for more advanced topics in the years ahead.
Year 2: Diving Deeper
In Year 2, you’ll tackle more specialized subjects, such as Genetic Engineering, discovering how scientists can modify genes; Genomics, exploring the structure and function of entire genomes; and Bioinformatics, where you use computational tools to make sense of biological data. You’ll also get to choose electives that match your interests, allowing you to start shaping your own pathway in genetics.
Year 3: Research and Real-World Application
Your final year is all about applying what you’ve learned. Through Advanced Genetic Techniques and Ethics in Genetics, you’ll deepen your understanding of cutting-edge science and its societal impact. The highlight is your Research Project, where you design and carry out an independent study under faculty guidance — a great way to gain real research experience and showcase your skills.
Focus Areas : Genetic inheritance, molecular biology, bioinformatics, ethical issues in genetics, applied research techniques.
Learning Outcomes : By graduation, you’ll be confident in lab work, data analysis, research design, scientific writing, and making ethical decisions in genetics.
Professional Alignmentc : The program is accredited by the Royal Society of Biology, which ensures your degree meets high professional standards and adds value to your career.
Reputation : Leicester is internationally recognised for its research in genetics, including groundbreaking work in DNA fingerprinting. Graduates are highly sought after for careers in healthcare, biotech, research, and academia.
At Leicester, learning isn’t just about lectures — it’s about rolling up your sleeves and getting hands-on. In the BSc Biological Sciences (Genetics), you’ll gain practical skills that bring the science to life, from working in cutting-edge labs to collaborating on real research projects with your peers and faculty.
Here’s how you’ll get involved:
Modern Laboratories: Work in purpose-built labs with advanced equipment for genetic analysis, including PCR machines and DNA/RNA sequencing platforms.
Collaborative Projects: Take part in group projects that mimic real research scenarios, helping you build teamwork and problem-solving skills.
Research Institutes: Benefit from connections with the Leicester Cancer Research Centre and the Institute for Precision Health, giving you exposure to real-world scientific developments.
Bioinformatics Tools: Learn to use computational software to analyze genetic data — a vital skill in today’s research landscape.
Ethical and Societal Insight: Join discussions and seminars on the ethical implications of genetics, so you understand both the science and its impact.
Field Trips & Guest Lectures: Gain practical insights from industry professionals and see how genetics is applied outside the lab.
Personalised Support: Access academic guidance and resources to help you succeed both in your studies and future career.
Career Development: Participate in workshops on CVs, interviews, and networking to prepare for life after graduation.
Student Societies: Join clubs and societies to connect with peers and explore your interests beyond the classroom.
Online Learning Platforms: Access digital resources for flexible learning and extra practice wherever you are.
All of these experiences are designed to give you the confidence and skills to succeed in genetics — whether in research, healthcare, or biotechnology.
A degree in Biological Sciences (Genetics) from Leicester opens doors to a wide range of exciting career paths. Whether you’re passionate about research, healthcare, or biotechnology, this program gives you the skills and confidence to make an impact. Graduates often move into roles such as:
Geneticist – researching genetic disorders and developing new treatments.
Bioinformatics Analyst – using computational tools to analyze genetic data and support research.
Clinical Research Associate – managing and monitoring clinical trials for new therapies.
Genomics Consultant – advising healthcare providers on genetic testing and personalized medicine.
Leicester supports you every step of the way with services and opportunities designed to help you launch your career:
Tailored Careers Support: Guidance from the School of Biological Sciences, including industry-focused advice and practical employability workshops.
Industry Connections: Partnerships with leading organizations like AstraZeneca, GSK, the NHS, and Merck, offering insights, networking, and potential career paths.
Research Placements: Hands-on experience in real labs, helping you build practical skills employers value.
Year in Industry or Study Abroad Options: Opportunities to gain professional experience or international exposure.
Graduate Outcomes: Around 95% of Biological Sciences graduates are employed or in further study within six months of finishing their degree. (le.ac.uk)
Further Academic Progression:
After your BSc, you can continue your studies to specialize or advance in genetics:
MSc in Molecular Genetics: Deepen your understanding of genetic mechanisms and applications.
PhD in Genetics or Genomics: Conduct advanced research and contribute to scientific innovation.
Postgraduate Certificates or Diplomas: Focus on areas such as medical genetics, bioinformatics, or genetic counseling.
These pathways help you grow your expertise and open doors to careers in academia, research institutions, and specialized industries.
A-levels: ABB, including at least two relevant science subjects from Biology, Chemistry, Maths, Physics or Psychology. We may consider two AS-levels in place of one A-level. General Studies not accepted.GCSE: At least Grade 4/C in both English Language and Maths (if not held at A2/AS-level).IB : 30 points to include grade 6 and 5 in at least two relevant HL science subjects from Biology, Chemistry, Maths, Physics or Psychology.IELTS 6.5 or equivalent , TOEFL iBT : 90for India : standard XII awarded by the CISCE/CBSE , State Board - 75%for USA : SAT (Math, Critical Reading and Writing) with a minimum score of 550 in each and three Advanced Placement examsfor USA : Applicants must have at least a grade C average on their High School Diploma to be considered for undergraduate admission.for USA : APs - The required grades are usually 4 or 5 on each AP examGeneticistGenetic CounselorClinical Laboratory ScientistPharmaceutical ResearcherBiotechnologistForensic DNA AnalystGenetic Data AnalystGenomics ResearcherMedical Science LiaisonQuality Control Specialist
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University of Leicester
