Biology

Single Honours 

• Biology 

• Molecular Biology 

• Genetics 

• Marine Biology 

Joint Honours 

• Psychology and Biology 

• Biology and Environmental Science 

• Biology and Chemistry 

• Biology and Neuroscience 

SOURCE: COMMON DEGREE TITLES FROM WHATUNI

 Alternative options 

• Foundation years A foundation year in biology provides an introduction to the scientific principles and practices needed to start an undergraduate course. It’s a great option for students who narrowly miss out on the grades required for undergraduate enrolment. 

• Sandwich degrees A ‘sandwich’ year is typically taken between Year 2 and Year 3, or after Year 3 of your undergraduate course, and is a great opportunity to gain some practical work experience before graduating or discover something new with a study abroad year. 

• Integrated Master’s You can extend your undergraduate studies by one year and gain a postgraduate qualification at relatively little extra cost through an integrated Master's degree. This course allows you to develop advanced research skills giving you a competitive edge in the field. 

• Degree apprenticeships Degree apprenticeships combine academic study with paid work training, and typically last between three and six years. Your employer also covers your course fees, so it’s a great way to graduate with less debt. 

SOURCE: WHATUNI

To gain a place on a biology degree course, you’ll need A-level (or equivalent) in biology, and most likely a second A-level in either maths or chemistry. Practical experience in laboratory techniques or fieldwork can also strengthen your application but is usually not necessary. 

The diversity and complexity of life on Earth is reflected in the large number of specialisms within the field of biology. From molecular biology to ecological conservation, you’ll have the opportunity to delve into the subject and develop an expertise in your area of greatest interest. 

Some specialisations include: 

• Genetics and genomics Genetics studies the inheritance of traits in organisms, while genomics focuses on analysing entire genomes. These fields contribute to understanding hereditary diseases, and evolutionary processes, enabling advancements in human health and environmental conservation. 

• Ecology This field explores the interactions between organisms and their environment. Ecologists study ecosystems, animal populations, and communities, considering factors like biodiversity, nutrient cycling, and resource management, to better inform conservation and sustainable development efforts. 

• Immunology This specialism investigates the immune system's function and response to pathogens, allergens, and foreign substances. It looks into the role of antibodies and human cell structures, advancing knowledge in vaccination, disease treatment, and autoimmune disorders. 

• Bioinformatics Bioinformatics integrates biology, computer science, and statistics to interpret large quantities of biological data. Databases, and software tools are used to store, and analyse genetic information, facilitating research in drug discovery and personalised medical treatments. 

• Plant biology Plant biology focuses on the great diversity of plants which grow on our planet, studying processes like photosynthesis, growth methods, and interactions with the environment, addressing agricultural challenges and ecosystem dynamics. 

• Ecology  

• Life sciences  

• Plant structure and function 

• Evolution 

• Genetics 

• Microbiology 

• Cell biology 

• Ecology of animals 

• Animal behaviour 

• Bioinformatics 

You can expect to learn through a combination of lectures, laboratory work, and field studies, developing your scientific knowledge and skills in a variety of ways. You’ll learn how to conduct accurate laboratory work, write reports in correct scientific languages and present your findings to both scientists and non-scientists alike. 

You’ll engage in current scientific debates and emerging trends in biology, in preparation for careers in research, healthcare, education, or environmental conservation. 

Additionally, you’ll pick up useful transferable skills, like: 

• Data fluency 

• Verbal and written communication skills 

• Research skills 

• Analytical skills 

• Problem-solving skills 

Most biology degrees are accredited by the Royal Society for Biology (RSB), which includes a year membership for free after graduation. This accreditation ensures that course content aligns with industry standards and that graduates emerge with the skills needed for careers in the life sciences. 

There are many alternatives to studying biology which also include rigorous scientific study in the same areas. If you’re considering alternative pathways, here are several related degrees worth exploring: 

• Biochemistry 

• Environmental science 

• Pharmacology 

• Neuroscience 

A biology degree is a fascinating journey into the mechanisms of life, and in addition to gaining a versatile degree qualification, you’ll open doors to a wide range of career opportunities in research, healthcare, education, and environmental science.  You might end up working in a laboratory, hospital, school, or even a remote field station in a completely different environment than you’re used to. Biology offers great possibilities to travel and learn from nature itself. Your data processing skills and analytical thinking will be applicable to a diversity of career roles. Some of these include: 

• Biological researcher 

• Pharmaceutical researcher 

• Healthcare professional 

• Environmental consultant 

• Biology professor 

• Wildlife biologist 

• Forensic scientist 

• Agricultural specialist 

• Marine biologist 

• Conservation officer 

These are just a few of the most common job roles. You'll find plenty of other options available to you, and you can also continue your studies by completing a postgraduate degree in biology or a related subject.