Genetics BSc
Study of genes, DNA, and heredity, exploring how genetic information is stored, expressed, and altered, and how this shapes organisms, health, evolution, and disease.
Is this for you?
This degree could suit you if you:
Are interested in DNA and heredity
Enjoy biology
Like research
Want a science or healthcare career
Are analytical
Popular Career Fields
Pharmaceuticals & Biotechnology
Research & Academia
Healthcare & Public Health
Government & Public Sector
Your Personality Might Be:
Detail-oriented
Research & Academia
Scientifically curious
Patient researcher
What is it?
What is a Genetics degree?
A Genetics degree focuses on the molecular and biological mechanisms that control inheritance and variation in living organisms.
You’ll study DNA structure and function, gene expression, mutation, genomics, and how genetics underpins areas such as medicine, biotechnology, agriculture, and evolution.
The degree combines theoretical biology with practical laboratory work and data analysis.
It is ideal for students interested in life sciences, medical research, biotechnology, or understanding the genetic basis of health and disease.
Why study Genetics?
If you’re fascinated by how traits are inherited and how genetic information influences life, this degree offers both scientific depth and real-world relevance.
It helps you understand:
How genes control development and biological processes
The genetic basis of inherited disorders and diseases
How modern technologies like genome sequencing work
Ethical and societal issues surrounding genetic research
How genetics is applied in medicine, conservation, and industry
Genetics is a rapidly advancing field with strong links to research and innovation.
Course Summary
Study of genes, DNA, and heredity, exploring how genetic information is stored, expressed, and altered, and how this shapes organisms, health, evolution, and disease.
What you'll study
Most Genetics degrees cover:
Molecular genetics and genomics
DNA replication, transcription, and translation
Cell biology and biochemistry
Population genetics and evolution
Bioinformatics and data analysis
Laboratory techniques and experimental design
Skills You'll Gain
A Genetisc degree builds strong scientific and analytical skills including:
Laboratory and experimental skills – enabling you to design, conduct, and analyse genetic experiments.
Data analysis and problem-solving – helping you interpret complex genetic and genomic data.
Scientific communication – preparing you to write reports and explain findings clearly.
Critical and ethical reasoning – allowing you to evaluate the implications of genetic research.
Independent research skills – equipping you to manage long-term scientific projects.
Pathways, Placements and Work Experience
CAREERS
Career Pathways
Graduates pursue careers in:
Biomedical or clinical research
Biotechnology and pharmaceuticals
Genetic counselling (with further training)
Diagnostic and laboratory science
Data and bioinformatics roles
Science communication or policy
Work Experiences & Placements
Many Genetics degrees offer opportunities to gain research or industry experience.
Some programmes include an optional placement year or industrial placement, while others support summer internships or research assistant roles.
Typical opportunities include:
Biomedical or clinical research laboratories
Biotechnology and pharmaceutical companies
University research groups
Hospitals or diagnostic laboratories
Environmental or agricultural genetics projects
Work experience enhances employability and is especially valuable for students considering postgraduate research.
Salary Profile
Coming soon
Qualifications, Personal Satement, What to do Next?
AM I ELIGIBLE?
Entry Requirements
A-levels or equivalent including Biology and Chemistry. Some universities may accept Biology plus one other Science. Both Biology and Chemistry are strongly recommended.
Personal Statement Tips
Show enthusiasm for genetics, biology, or medical science.
Mention relevant topics such as DNA, inheritance, or genomics that interest you.
Highlight laboratory experience or scientific projects if applicable.
Demonstrate curiosity, attention to detail, and analytical thinking.
What to do Next
Check whether courses offer placement years or research projects.
Gain laboratory or research experience where possible.
Stay informed about developments in genomics and biotechnology.
Consider postgraduate pathways aligned with your career goals.
Wider Reading
The Gene – Siddhartha Mukherjee
A compelling history of genetics and its impact on medicine and society.Genome – Matt Ridley
An accessible exploration of human genes and what they reveal about biology.Introduction to Genetic Analysis – Griffiths et al.
A foundational academic text for understanding genetic principles.Cracking the Code of Life (PBS Documentary)
An engaging introduction to the Human Genome Project.