Explore how living systems function, interact, and evolve across different levels of organisation. At LMSC, A-level Biology is taught live by specialist teachers in small, focused groups, with every lesson recorded for flexible review. The course builds confidence in biological reasoning, data analysis, and exam technique across the full AQA specification
A-level Biology is a rigorous and wide-ranging course that explores life at every level of organisation—from biomolecules and cells to whole organisms, populations, and ecosystems. It combines theoretical understanding, data analysis, and practical investigation, helping students understand how biological knowledge is developed and applied in medicine, research, and environmental science.
At London Maths & Science College (LMSC), A-level Biology is delivered through live, teacher-led lessons by expert subject specialist teachers. Teaching is structured, engaging, and exam-focused, with clear explanations, guided practice, and frequent use of real biological data. Students complete all AQA-required practical activities, developing confidence in experimental techniques, data handling, statistical analysis, and evaluation of uncertainty. All live sessions are recorded, allowing students to revisit complex topics and consolidate learning.
The course follows the AQA A-level Biology specification and builds strong foundations in cell biology, genetics, physiology, ecology, and evolution, alongside essential scientific skills. Emphasis is placed on interpreting evidence, applying biological concepts to unfamiliar contexts, and communicating scientifically, ensuring students are fully prepared for assessment.
A-level Biology is particularly well suited to students aiming for Medicine, Dentistry, Veterinary Science, Biomedical Sciences, Psychology, Environmental Science, Sports Science, and other life-science and healthcare pathways where biology is a required or highly preferred subject.
Biological molecules
Carbohydrates, lipids, proteins, nucleic acids
Enzymes and factors affecting enzyme activity
Water and inorganic ions
Practical techniques: food tests, chromatography
Cells
Cell structure (prokaryotic & eukaryotic)
Cell membranes and transport (diffusion, osmosis, active transport)
Cell recognition and the immune response
Microscopy and cell measurement
Organisms exchange substances with their environment
Gas exchange systems
Digestion and absorption
Mass transport in animals and plants
Haemoglobin and oxygen dissociation curves
Genetic information, variation and relationships
DNA, RNA and protein synthesis
Genetic diversity and meiosis
Inheritance patterns and genetic crosses
Populations, biodiversity and conservation
Energy transfers in and between organisms
Photosynthesis (light-dependent & light-independent reactions)
Respiration (glycolysis, Krebs cycle, oxidative phosphorylation)
Energy transfer through ecosystems
Organisms respond to changes in their environment
Nervous coordination
Hormonal control and homeostasis
Muscle contraction
Control of heart rate and temperature
Genetics, populations, evolution and ecosystems
Gene frequencies and Hardy–Weinberg principle
Natural selection and speciation
Succession and ecosystems
Conservation strategies
Control of gene expression
Gene mutations and regulation
Epigenetics
Recombinant DNA technology
Gene therapy and genetic screening
Practical skills and data analysis
AQA required practicals
Experimental design and risk assessment
Sampling techniques
Measurement uncertainty and error analysis
Data presentation, statistical tests, and evaluation
Strong scientific understanding of living systems, from molecular biology to ecosystems
Ability to analyse, interpret, and evaluate biological data from experiments and investigations
Practical laboratory skills, including microscopy, biochemical tests, sampling, and safe working practices
Understanding and application of experimental design, variables, controls, and risk assessment
Confident use of statistics in biology, including data presentation, correlation, and significance testing
Critical thinking, evaluating evidence, limitations, and alternative explanations
Clear scientific communication, using correct biological terminology, diagrams, and structured written responses
Ability to apply biological concepts to unfamiliar and real-world contexts, including health and environmental issues
Exam-ready skills, such as timing, method-mark strategy, accuracy checking, and resilience under pressure
Transferable skills valued across life sciences and healthcare: analysis, organisation, precision, and independent learning
This course is well suited for students who:
Are curious about how living systems work, from cells and genes to organisms and ecosystems
Are interested in healthcare, medicine, veterinary science, psychology, biomedical research, or environmental science
Enjoy combining theory with data analysis and practical investigation
Are comfortable reading, interpreting, and writing extended scientific explanations
Like subjects that reward attention to detail, accuracy, and evidence-based reasoning
Are motivated, organised, and willing to engage in regular revision and exam practice
Value expert teaching, structured content delivery, and clear exam guidance
Students who dislike written explanations or interpreting experimental data
Learners who prefer purely numerical or calculation-based subjects
Those looking for a light workload or minimal independent study
Awarding body: AQA
Qualification code: 7402
Assessment structure:
3 written examination papers
Paper 1: Biological molecules, cells, organisms exchange substances, genetic information, variation & relationships
Paper 2: Energy transfers, organisms respond to change, genetics & populations, control of gene expression
Paper 3: Synoptic biology, practical skills & data analysis (all topics)
Duration & weighting:
Paper 1: 2 hours — 35%
Paper 2: 2 hours — 35%
Paper 3: 2 hours — 30%
Question style:
All questions compulsory
Mix of multiple-choice, short-answer, structured, and extended-response questions
Strong emphasis on application, analysis, evaluation, and data interpretation
Practical assessment:
No coursework
Students complete AQA Required Practicals during the course
Practical skills are assessed through written questions in all papers
Separate Practical Endorsement (Pass/Fail) may be awarded where applicable
Maths in Biology:
Approximately 10% of marks assess mathematical skills (e.g., ratios, percentages, graphs, statistics)
Calculator & resources:
Calculators permitted in all papers
Full working, units, and significant figures required
Data & Formulae booklet provided in the exam
Exam series:
Normally sat in the May/June series
Exam location (LMSC Hybrid route):
Exams are sat in London at LMSC’s JCQ-approved exam centre
Grading:
Grades awarded from A to E*, based on combined performance across all three papers
To ensure students are well prepared for the academic and practical demands of the course, the following entry criteria apply:
GCSE/IGCSE Biology or Combined Science:
Grade 7 or above in Biology (or the Biology component of Combined Science) strongly recommended
A strong Grade 6 may be considered with evidence of scientific aptitude and a diagnostic assessment
GCSE/IGCSE Mathematics:
Grade 6 or above recommended
Students should be comfortable with ratios, percentages, graphs, basic algebra, and data interpretation (essential for practical and statistical questions)
GCSE/IGCSE English Language:
Grade 6 or above recommended
Biology assessments require clear written explanations and extended responses
International qualifications:
Strong performance in Grade 10 Biology and Mathematics (or equivalent), demonstrating readiness for data analysis, extended writing, and practical reasoning
Scientific readiness:
Students should be confident with:
Interpreting biological diagrams and data tables
Applying biological knowledge to unfamiliar contexts
Using appropriate scientific terminology accurately
Admissions assessment (if required):
A short diagnostic test may be used to confirm suitability, particularly for students entering from non-UK curricula
Bridge support (where appropriate):
Students who meet the minimum threshold but need consolidation may be required to complete a foundations module, covering:
Key GCSE biology concepts
Data handling and graph skills
Practical techniques, safety, and uncertainty
On successful completion of the course, students will be awarded the AQA A-level Biology (7402) qualification, graded A–E* following three externally assessed written examinations.
By the end of the course, students will have developed:
Secure biological understanding across molecules, cells, genetics, physiology, ecology, and evolution
Strong data-handling and analytical skills, including interpretation of graphs, tables, and experimental results
Practical competence, gained through AQA Required Practicals—planning investigations, managing variables, evaluating uncertainty, and drawing evidence-based conclusions
Scientific reasoning and application, applying biological principles to unfamiliar contexts in health, environment, and research
Clear scientific communication, using accurate terminology, structured explanations, and well-annotated diagrams
Exam readiness, including timing, method-mark strategy, accurate use of data/formulae, and resilience under pressure
Students also leave with a portfolio of assessed work (timed papers, practical analyses, examiner-style feedback), supporting predicted grades, academic references, and progression planning.
A-level Biology is a key facilitating subject that supports progression into a wide range of life science, healthcare, and environmental pathways at university and beyond.
University pathways
Students completing A-level Biology commonly progress to degrees in:
Medicine, Dentistry & Veterinary Science
Biomedical Sciences & Biochemistry
Pharmacy & Pharmacology
Psychology & Neuroscience
Biological Sciences & Biotechnology
Environmental Science & Ecology
Nutrition, Sports & Exercise Science
Public Health & Epidemiology
Natural Sciences (with appropriate subject combinations)
Subject combinations
A-level Biology works particularly well alongside:
Chemistry — essential for medicine, dentistry, pharmacy, and biochemistry
Mathematics — supports data analysis and modelling
Psychology — strengthens research and statistical understanding
Geography — complements ecology and environmental pathways
Physics — valuable for medical physics and bioengineering routes
Admissions value
Biology is required or strongly preferred for medicine, veterinary science, biomedical sciences, and many life-science degrees
It demonstrates strong analytical, research, and evaluative skills to universities
Many competitive courses specify minimum grade requirements in Biology
Careers and future pathways
The skills developed support careers in:
Healthcare and clinical sciences
Biomedical and pharmaceutical research
Environmental and conservation science
Biotechnology and life-science industries
Public health and policy
Education and scientific communication
LMSC progression support
UCAS application guidance and subject-combination advice
Predicted grades and academic references
Support with admissions tests and interviews (where applicable)
Results-day guidance, including Clearing and next-step planning
Explore other programmes that pair well with A Level Biology or extend your specialist focus.
Book a consultation for tailored guidance on admissions, timetable planning and portfolio preparation. We will map a personalised progression route for your ambitions.
Course highlights
