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A Level Science & Maths

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A-Level Biology

A-Level Biology deepens students’ understanding of living systems, from molecular biology to ecosystems. Across AQA and Edexcel, the course builds analytical, practical, and evaluative skills essential for medical, life science, and research pathways.

    • Structure and function of carbohydrates, proteins, lipids, and nucleic acids

    • Enzymes and their role in metabolism

    • Water and inorganic ions in biological processes

    • Cell structure and microscopy

    • Transport across membranes

    • Cell division: mitosis and meiosis

    • Immune response and cell recognition

    • Gas exchange in animals and plants

    • Circulatory systems and mass transport

    • Digestion and absorption

    • DNA, genes, and protein synthesis

    • Genetic variation and inheritance

    • Classification, taxonomy, and biodiversity

    • Evolution and natural selection

    • Photosynthesis and respiration

    • Energy flow in ecosystems

    • Nutrient cycles and ecological relationships

    • Nervous and hormonal coordination

    • Feedback mechanisms and internal regulation

    • Muscle contraction and sensory reception

    • Population dynamics and speciation

    • Succession and ecosystem interactions

    • Conservation and sustainability

    • Mutations and epigenetics

    • Recombinant DNA and genetic engineering

    • Genome projects and ethical considerations

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A-Level Chemistry | Physical | Inorganic | Organic Chemistry

A-Level Chemistry

A-Level Chemistry explores the principles that govern matter and reactions. It’s divided into Physical, Inorganic, and Organic Chemistry, with strong emphasis on practical skills and quantitative analysis — ideal for medicine, pharmacy, and engineering pathways.

    • Atomic structure and periodicity

    • Bonding and molecular shapes

    • Thermodynamics and energetics

    • Kinetics and reaction rates

    • Equilibria and acid-base chemistry

    • Electrochemistry and redox reactions

    • Periodic trends and group chemistry

    • Transition metals and complex ions

    • Properties and reactions of elements

    • Qualitative analysis and flame tests

    • Hydrocarbons, alcohols, and halogenoalkanes

    • Functional groups: aldehydes, ketones, carboxylic acids, esters

    • Reaction mechanisms and synthesis pathways

    • Polymers and spectroscopy (IR, NMR, MS)

    • Green chemistry and sustainable processes

    • Titrations, calorimetry, and chromatography

    • Interpreting spectra and identifying compounds

    • Evaluating experimental methods and errors

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A-Level Physics

A-Level Physics challenges students to understand the laws of nature, from quantum particles to cosmic phenomena. It blends mathematical reasoning with experimental investigation — ideal for careers in engineering, data science, and medical physics.

    • SI units, prefixes, and uncertainties

    • Experimental design and data analysis

    • Atomic structure, quarks, and leptons

    • Particle interactions and quantum phenomena

    • The photoelectric effect and wave-particle duality

    • Wave properties and behaviour

    • Refraction, diffraction, and interference

    • Stationary waves and applications

    • Forces, motion, and energy

    • Momentum and Newton’s laws

    • Stress, strain, and elasticity

    • Current, voltage, resistance, and power

    • Circuit design and internal resistance

    • Potential dividers and sensors

    • Circular motion and simple harmonic motion

    • Heat, temperature, and gas laws

    • Internal energy and molecular theory

    • Gravitational, electric, and magnetic fields

    • Field strength, potential, and flux

    • Electromagnetic induction and transformers

    • Radioactivity, decay, and half-life

    • Nuclear energy and fission

    • Safety and applications

    • Astrophysics

    • Medical Physics

    • Engineering Physics

    • Electronics

    • Turning Points in Physics

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A Level Maths

A Level Mathematics deepens students’ understanding of abstract reasoning, problem-solving, and mathematical modelling. Across AQA, Edexcel, and OCR, learners explore advanced concepts that underpin engineering, economics, computing, and the physical sciences — building fluency in logic, algebra, and applied mathematics.

    • Algebra and functions: polynomials, rational expressions, and transformations

    • Coordinate geometry: lines, curves, and conic sections

    • Trigonometry: identities, equations, and circular functions

    • Calculus: differentiation, integration, and applications to motion and area

    • Sequences and series: arithmetic, geometric, and sigma notation

    • Exponentials and logarithms: laws, equations, and modelling growth/decay

    • Vectors: magnitude, direction, and 3D geometry

    • Proof: deduction, contradiction, and mathematical argument

    • Data presentation and interpretation: histograms, box plots, and cumulative frequency

    • Probability: conditional probability, independent events, and Venn diagrams

    • Statistical distributions: binomial and normal distributions

    • Hypothesis testing: significance levels, critical regions, and interpreting results

    • Kinematics: motion in a straight line, velocity-time graphs, and calculus applications

    • Forces and Newton’s laws: modelling motion, friction, and equilibrium

    • Moments: turning effects and rotational forces

    • Projectiles: horizontal and vertical motion under gravity

    • Variable acceleration: using calculus to model changing motion

    • Titrations, calorimetry, and chromatography

    • Interpreting spectra and identifying compounds

    • Evaluating experimental methods and errors

    • Constructing and manipulating algebraic expressions

    • Applying calculus to real-world problems

    • Interpreting graphs and diagrams with precision

    • Modelling physical systems using mathematical techniques

    • Communicating solutions with clarity and logical structure

    • Using technology (e.g. graphing calculators or software) to support analysis

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Science of human behaviour, thought, and emotion

A Level Psychology

A Level Psychology explores the science of human behaviour, thought, and emotion. Across AQA, Edexcel, and OCR, students investigate psychological theories, research methods, and real-world applications — developing analytical thinking, ethical awareness, and critical evaluation skills essential for careers in healthcare, education, law, and beyond.

    • Obedience and conformity

    • Social influence and resistance

    • Roles, norms, and group behaviour

    • Real-world applications: prejudice, peer pressure, and authority

    • Memory models: multi-store and working memory

    • Forgetting, retrieval, and eyewitness testimony

    • Cognitive biases and information processing

    • Applications in legal and educational contexts

    • Brain structure and function

    • Neurons, neurotransmitters, and the nervous system

    • Fight-or-flight response and stress physiology

    • Biological rhythms and sleep

    • Attachment theory and caregiver relationships

    • Early childhood development

    • Impact of upbringing on emotional and social behaviour

    • Definitions of abnormality

    • Characteristics and treatment of phobias, depression, and OCD

    • Cognitive-behavioural therapy and biological interventions

    • Behaviourist, cognitive, biological, humanistic, and psychodynamic perspectives

    • Comparison of approaches and their assumptions

    • Historical context and emergence of psychology as a science

    • Experimental design and hypothesis testing

    • Sampling, ethics, and control of variables

    • Data analysis: descriptive and inferential statistics

    • Evaluating validity, reliability, and bias

  • Relationships, schizophrenia, forensic psychology, addiction, gender, aggression, and more

    • Writing structured, evaluative essays

    • Applying theories to case studies and scenarios

    • Interpreting data and research findings

    • Comparing psychological approaches and treatments

    • Practising with past papers and timed responses

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A Level Sociology

A Level Sociology equips students to critically examine society, culture, and institutions. Across AQA, Edexcel, and OCR, learners explore how social structures and human agency shape experiences, inequalities, and change. It’s a subject that fosters empathy, analytical rigour, and a deep understanding of contemporary issues — from education and crime to identity and belief systems.

Core Themes Across AQA, Edexcel & OCR

    • Education: Role of education in society, achievement gaps by class, gender, and ethnicity, and policy impacts

    • Families & Households: Changing family forms, gender roles, childhood, and demographic trends

    • Religion & Beliefs: Secularisation, religious pluralism, and the role of belief systems in social cohesion or conflict

    • Work, Poverty & Welfare: Employment patterns, welfare provision, and social exclusion

    • Media: Representation, ownership, and influence on public opinion and identity

    • Social control: Policing, punishment, and surveillance

    • Theories of crime: Functionalist, Marxist, interactionist, and feminist perspectives

    • Patterns of crime: Class, gender, ethnicity, and globalisation

    • State crime & green crime: Power, harm, and justice beyond legal definitions

    • Sociological perspectives: Functionalism, Marxism, feminism, postmodernism, and social action theory

    • Research methods: Interviews, observations, questionnaires, and secondary sources

    • Methods in context: Applying research tools to specific topics like education or crime

    • Debates: Sociology as a science, objectivity, and the role of values in research

    • Interpreting qualitative and quantitative data

    • Evaluating competing theories and perspectives

    • Constructing coherent, evidence-based arguments

    • Applying sociological concepts to contemporary issues

    • Understanding ethical considerations in research

    • Communicating complex ideas with clarity and nuance

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