The B.Sc. Biochemistry programme is designed to equip students with deep insights into the chemical processes that govern life. Drawing from a blend of molecular biology, biotechnology, clinical diagnostics, and industrial biochemistry, this degree prepares students for impactful careers in science and healthcare. With a strong emphasis on analytical thinking, practical competence, and ethical foundations, the programme develops graduates capable of driving innovation in medicine, agriculture, environmental science, and pharmaceuticals.
Students will explore the structure and function of biomolecules, genetic expression, enzymatic reactions, and metabolic pathways that sustain life. The curriculum integrates research-based learning, interactive seminars, and laboratory-driven instruction to ensure graduates are prepared for both academic advancement and professional application.
This four-year undergraduate programme admits students into 100 level through JAMB-UTME or into 200 level via Direct Entry. The curriculum combines lectures, tutorials, practical lab sessions, case-based discussions, and supervised research. Students will explore the foundations of molecular biology, clinical biochemistry, and nutritional and environmental sciences. The programme emphasizes laboratory competence, scientific reasoning, and industry relevance through modern instrumentation and exposure to biochemical research.
Assessment methods include continuous assessment, laboratory reports, practical exams, group projects, and end-of-semester examinations. Students will also undertake research projects with oral defense in their final year, developing skills in scientific writing and inquiry.
AWARD TITLE
B.Sc.
START DATE
September 2025
DURATION
4 years
STUDY MODE
Full-time
CAMPUS
Nigeria, Lokoja
The programme is delivered through a combination of lectures, laboratory practicals, seminars, and group projects. Students participate in supervised research, student-led presentations, industry-based exposures, and community health projects. Core areas span biomolecular structure, enzymology, molecular genetics, toxicology, and industrial biochemistry.
Learning Methods Include:
Hands-on laboratory sessions
Interactive lectures and seminars
Group discussions and presentations
Case-based tutorials and research projects
Community and industry linkages
Assessment Methods:
Continuous tests and quizzes
Practical exams and lab journals
Group assignments and presentations
Semester exams and research defenses
Core Subject Areas Include:
Biomolecular chemistry, enzymology, intermediary metabolism, molecular biology, biotechnology, clinical diagnostics, toxicology, biochemical techniques, and industrial biochemistry.
Key Course Modules:
Introduction to Biochemistry: Foundations of biomolecules, enzyme function, pH and buffers, metabolic pathways, and biochemical roles of water.
Intermediary Metabolism: Detailed study of carbohydrate, lipid, and protein metabolism; hormonal regulation; and integration of metabolic pathways.
Molecular Biology and Biotechnology: DNA replication, gene expression, genetic engineering, PCR techniques, and medical/agricultural applications of biotechnology.
Clinical Biochemistry: Biochemical basis of diseases, liver/kidney/cardiac function tests, diagnostic markers, glucose regulation, and lipid profile analysis.
Biochemical Techniques: Laboratory instrumentation including chromatography, electrophoresis, spectrophotometry, centrifugation, and quality control procedures.
Graduates of Biochemistry are qualified for roles such as:
Clinical Biochemist
Biomedical Scientist
Laboratory Analyst
Nutritional Consultant
Research Assistant
Quality Control Officer
Toxicologist
Pharmaceutical Sales Representative
Academic Lecturer
Forensic Science Analyst
UTME – Into 100 Level:
Five (5) O’level credits including English, Mathematics, Chemistry, Biology, and Physics at not more than two sittings.
Direct Entry – Into 200 Level:
Two A-Level passes in relevant subjects (including Chemistry and Biology/Zoology)
OR a National Diploma in a related science discipline with minimum of Upper Credit.
Candidates applying for admission into 100 level undergraduate programmes must possess a minimum of five (5) ‘O’ level credit passes at not more than two (2) sittings in WASC, GCE, NECO or its equivalent. Awaiting result is also accepted.
Candidates applying for Direct Entry into 200 level must possess the following
The course fees you’ll pay and the funding available to you depends on factors such as your nationality, location, personal circumstances and the course you are studying. Visit the links below to find the Undergraduate section.
Find out about grants, bursaries, scholarships and living costs in our undergraduate taught fees and funding section.
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