Biological Sciences (Molecular Genetics) BSc (Hons)

4 Years On Campus Bachelors Program

University of Edinburgh

Program Overview

The BSc (Hons) Biological Sciences – Molecular Genetics plunges you into the fascinating world of genes, exploring everything from gene regulation and RNA processing to epigenetics and cellular responses. It’s perfect for students who are passionate about understanding how genes shape life and are excited to contribute to advances in health, agriculture, and biotechnology.

Curriculum Structure

Year 1: Building a Strong Foundation

Your first year introduces you to the broad landscape of biological sciences through Biology 1A: Variation and Biology 1B: Life. You’ll develop essential lab skills, computational thinking, and teamwork, while group labs and workshops help you practise hypothesis design, data analysis, scientific writing, and reflective learning. Fieldwork at the Royal Botanic Gardens Edinburgh adds hands-on experience in observing biological diversity.

Year 2: Diving Deeper

In your second year, you’ll expand your knowledge with modules on DNA replication and repair, cellular metabolism, biological regulation, and programming for biological data analysis. Optional modules in plant biology, microbiology, and evolution allow you to explore your interests before specialising in Molecular Genetics in Year 3.

Year 3: Specialisation in Molecular Genetics

This year focuses on advanced topics such as genomic data analysis, gene expression and RNA processing, genetic engineering, and cell cycle control. You’ll refine your analytical skills, become fluent in scientific literature, and gain confidence through immersive, hands-on research experiences.

Year 4 (Honours Year): Independent Research & Advanced Topics

In your final year, you’ll study disease-related genetics, including DNA repair defects, gene expression regulation, and host–parasite genetic interactions. You’ll undertake an independent research project in a university lab and participate in seminars and debates to sharpen your experimental design, critical thinking, and scientific communication skills.

Focus Areas:
Genomic data analysis, gene expression & RNA processing, genetic engineering, cell cycle control, DNA repair mechanisms, gene regulation, host–parasite genetic interactions

Learning Outcomes:
Develop advanced molecular biology lab skills, analyse genomic datasets, understand mechanisms behind gene regulation and disease, communicate findings effectively, and carry out independent research

Professional Alignment (Accreditation):
While not linked to a specific professional body, this research-led degree equips you with skills in experimental design, bioinformatics, and scientific communication—ideal for careers in research, biotechnology, healthcare, and further postgraduate study

Reputation (Employability / Rankings):
The University of Edinburgh is consistently ranked Top 25 globally and Top 5 in the UK for Biological Sciences (QS by Subject), ensuring strong academic credibility and recognition from employers

Experiential Learning (Research, Projects, Internships etc.)

In this programme, you won’t just read about molecular genetics—you’ll work with real data, experiment with cutting-edge equipment, and engage in hands-on research that mirrors professional scientific environments. From day one, you’re immersed in labs and tech-rich spaces where learning is active, collaborative, and practical.

Here’s what that looks like in action:

State-of-the-Art Labs & Computing Studios – Hone essential molecular genetics techniques, analyze genetic data, and build confidence through practical experiments.
Access to Leading Research Facilities – Explore platforms like Edinburgh Genomics, EdinOmics, Flow Cytometry Core, Light Microscopy Core, and structural biology labs for in-depth molecular and genomic work.
Support from Specialist Facilities – Work with the Edinburgh Genome Foundry and Edinburgh Protein Production Facility to master DNA assembly, protein expression, and purification—core skills for any molecular biologist.
Collaborative Research Hubs – Join interdisciplinary projects at the Centre for Engineering Biology and other research centers, learning alongside peers and innovators.
Fieldwork Experiences – Conduct hands-on investigations at the Royal Botanic Garden Edinburgh, integrating field-based observations with molecular genetics learning.

This blend of lab, computational, and field-based learning ensures you graduate not just with knowledge, but with practical experience, technical confidence, and collaborative skills that set you apart in the workforce or for further study.

Progression & Future Opportunities

Graduates from this Molecular Genetics degree often step confidently into roles such as Molecular Biologist, Research Technician, Laboratory Technician, or Bioinformatics Analyst, bringing both hands-on skills and sharp analytical thinking to their work. With the University of Edinburgh’s outstanding career support and proximity to world-leading research centres, you’ll be well-positioned to succeed in industry, healthcare, or academic research.

Here’s how your journey is supported:

Career Services You Can Rely On – The Careers Service offers tailored one-to-one guidance, workshops on CVs and interviews, networking events, and ongoing access to MyCareerHub, even up to two years after graduation.
Strong Employment Prospects & Salaries – Around 80% of Biological Sciences graduates are working or studying within 15 months, with typical starting salaries of £26,000 (ranging from £23,000–£32,000).
Access to World-Class Research & Industry Links – You’ll study close to renowned institutions like the Roslin Institute, Edinburgh Cancer Research Centre, and Edinburgh BioQuarter, giving you hands-on research experience and professional networking opportunities.
Prestige & Long-Term Value – Edinburgh consistently ranks top 5 in the UK and top 25 globally for Biological Sciences (QS Subject Rankings), ensuring your degree is respected worldwide.
Diverse Graduate Outcomes – Alumni go on to roles in research, clinical science, biotechnology, policy, and education, highlighting the versatility and strength of this programme.

Further Academic Progression:
If you wish to continue your studies, this honours degree provides an excellent launchpad for MSc programmes in areas such as Genomic Medicine, Bioinformatics, or Quantitative Genetics, or for PhD research within Edinburgh’s research ecosystem, including the Roslin Institute or Cancer Research Centre.

Additional Information & Requirements

UCAS Application, UCAS Personal Statement, UCAS Reference, A Levels: ABB. GCSEs: English at Grade B or 6. Mathematics or Physics at Grade B or 6. Test scores: IELTS, TOEFL, PTE
Achieve A Levels typically at ABB including Biology and Chemistry, with an A in one of Biology, Chemistry, Mathematics or Physics
Meet the International Baccalaureate requirement of 32–37 points with Higher Level Biology and Chemistry at grade 5 and strong performance in other subjects
You must also have the following at GCSE: Mathematics or Physics at B or 6 English at C or 4
Provide one academic reference as part of the UCAS application (two are not required at undergraduate level)
TOEFL-iBT (including Home Edition): total 92 with at least 20 in each component. We do not accept TOEFL MyBest Score to meet our English language requirements.
IELTS Academic: total 6.5 with at least 5.5 in each component.We do not accept IELTS One Skill Retake to meet our English language requirements.
A minimum 3.3 cumulative GPA on a 4.0 scale, or equivalent, in your US High School Transcript. We will look for a rigorous academic curriculum with A and B grades in college-level classes, such as advanced and honours level classes, or equivalent, and no grades below a C in your Junior and Senior year.
Where we require a specific subject at AP grade 4, we look for a B+ in honours classes, or equivalent, taken in that required subject
Where we require a specific subject at AP grade 5, we look for an A in honours classes, or equivalent, taken in that required subject.
for USA : ACT score of 27 plus two AP scores at 4+ SAT score of 1290+ (650+ in Evidence based reading and Writing and 620+ in Math) plus two AP scores at 4+ 3 AP scores at 4+