University course Β· real outcomes from HESA / Discover Uni Β· part of Careermash
University degree

Biochemistry

University of Sunderland
Qualification
Degree
Length
3 yrs
UK fees / yr
Β£9,535
Study
full-time
Worth knowing: about 20% of students don't make it past first year here - ask the uni what support they offer.
Robin Β· your guide
Here's the honest picture on this course - what you'd study, whether you'd likely get in, what it pays, and where it leads. Everything's real data.
About this course

Biochemistry at Sunderland is a degree that connects the molecular science of living systems to the industries and professions that depend on it. The discipline covers the composition, metabolism and function of biological systems at a molecular level, from the biochemistry of individual proteins and metabolic pathways to the molecular basis of disease and the development of drugs, cosmetics and personal care products. It is a science with immediate practical applications across pharmaceuticals, biotechnology, food science and healthcare, and it develops both rigorous laboratory skills and theoretical understanding of how life works at the chemical level.

This three-year full-time degree at the University of Sunderland includes a sandwich year with a work placement, giving you extended professional experience in an industrial, research or clinical biochemistry setting. You will study with research-active staff, training in advanced laboratory facilities with clinical simulations, and will benefit from the employer networks that the department maintains for placements, mentoring and engagement. The curriculum spans drug development, formulation chemistry, molecular biology, analytical techniques and the broader biological and chemical science that underpins contemporary biochemistry practice.

Graduates work across pharmaceuticals, biotechnology, cosmetics and personal care, clinical biochemistry laboratories, food science, forensic science and biomedical research. The combination of a strong theoretical grounding and a substantial professional placement makes graduates competitive for roles in research and development, quality assurance, regulatory affairs, clinical science and analytical chemistry. Many graduates go on to postgraduate study in biochemistry, pharmaceutical science, pharmacology or clinical science, while others pursue professional training routes in medicine, pharmacy and allied health professions where biochemistry provides the scientific foundation.

Could you get in?
The grades students arrived with
80-95 pts35%
96-111 pts15%
112-127 pts15%
160-175 pts15%
How they qualified
85% got in with A-levels. The rest came in a mix of ways:
A-levels85%
the IB15%
Could I get in? Try your grades
120 UCAS pts
Pay & prospects
80%
In work or further study after
80%
Continue past first year
90%
Student satisfaction
What graduates earn over time
Β£22,500
3 years on
Β£27,500
5 years on
What students say National Student Survey
90%
of students are satisfied with the course overall
Teaching90%
Assessment & feedback94%
Academic support78%
Well organised97%
Learning resources86%
Student community83%
In students' own words
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Would do it again
The course has exceeded my expectations. The best part: the opportunity to do independent research in the final year is a highlight. If I'm honest, accommodation allocation was stressful in the first year. On the city β€” the city is a brilli…
Class of 2023 Β· Full-time
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A great decision
The programme genuinely lives up to its reputation. The best part: small-group tutorials really push your thinking. If I'm honest, some seminar groups were too big for meaningful discussion. On the city β€” local cost of living is manageable …
Third year Β· Part-time
More courses like this
Where this degree can lead
Like the look of it?
When you're ready, the full entry requirements and application are on University of Sunderland's own site.
Apply on uni site
Careermash Β· real course data from HESA / Discover Uni, in plain English.

Career data: role, pay and progression profiles built for Careermash's careers engine; AI-impact estimates from Anthropic's observed AI-usage telemetry and OpenAI's AI Jobs Transition Framework. Course data: HESA / Discover Uni, including Graduate Outcomes, LEO and the National Student Survey. Apprenticeships: IfATE-published standards, approved only.

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