Studying genetics at university
Example course modules
- Principles of human disease
- Research techniques
- Genetic manipulation
- Genes and development
- Eukaryotic gene expression
- Plants for the future
- Genetic toxicology
- Cell and molecular biosciences
- The genome: cell cycle, expression and function
- Microbial diversity
Teaching hours / week
Average for this subject
Average for all subjects
Average hours for this subject: 16 (Low N/A - High N/A). Average hours for all subjects: 14.
The time you'll spend in lectures and seminars each week will vary from university to university, so use this as a guide.
Who studies this subject
What students say about genetics
What you need to get on a course
Subjects you need
A-levels (or equivalent) usually required
- Chemistry
- Biology
Useful to have
- Physics
- Mathematics
Application checklist
Here's a guide to what to expect from the application process - also check individual university entry requirements, as these may differ.
- January application
- October application
- Personal statement
- Portfolio
- Interview
- Entry test
- Work experience
- Audition
Personal statement advice
Your personal statement is a core part of your university application, and getting it just right takes time. Before you start work on yours, take a look at our five quick tips on writing a personal statement. We'll help you past that writer's block!
Personal statement tips and advice
Career prospects
Six months after graduating
- Natural and social science professionals
Longer term career paths
Jobs where this degree is useful
- Immunologist
- Genetic technologist
- Cytogeneticist
Other real-life job examples
- Chartered accountant
- MLSO (Medical Laboratory Scientific Officer)
- Clinical researcher
What employers like about this subject
A degree in genetics can provide you with subject-specific skills including an understanding of biochemistry, cell and molecular biology and physiology; the function and expression of genes and an understanding of the current state of genetic research, methodology, ethics and technology. Useful transferable skills you can develop include numeracy, data analysis, communication and problem-solving. Genetics graduates are amongst the most likely to go on to further study - around 40% take a postgraduate degree and many careers in the field, particularly in research, require a postgraduate qualification. Employers that recruited first degree graduates in genetics last year included hospitals, universities and the pharmaceutical industry.
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