Study Guides

Subject study guides.

Comprehensive guides organised by subject to help you prepare effectively. Each guide covers key topics and includes study tips tailored to that subject.

Physics

Key Topics

Mechanics — motion, forces, energy, and momentum
Waves and optics — light, sound, and wave behaviour
Electricity and magnetism — circuits, fields, and electromagnetic induction
Modern physics — quantum theory, radioactivity, and nuclear physics

Study Tips

—Draw diagrams for every problem — visualising forces and fields makes concepts clearer.
—Practise deriving key formulas from first principles rather than memorising them.
—Pay attention to units — missing a conversion can cost you marks.

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Mathematics

Key Topics

Algebra — equations, inequalities, polynomials, and sequences
Calculus — limits, differentiation, integration, and their applications
Geometry and trigonometry — shapes, proofs, and trigonometric functions
Statistics and probability — data analysis, distributions, and expected values

Study Tips

—Work through as many past problems as possible — maths is learned by doing.
—Show every step in your working; partial credit can make a big difference.
—Create a formula sheet organised by topic for quick revision before exams.

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Information Technology

Key Topics

Programming fundamentals — data types, control structures, and algorithms
Database systems — ER diagrams, normalisation, and SQL queries
Networking — OSI model, IP addressing, and protocols
Web development — HTML, CSS, JavaScript, and responsive design

Study Tips

—Code regularly — build small projects to reinforce concepts and syntax.
—Understand the logic behind algorithms rather than memorising code.
—Use online sandboxes (CodePen, Replit) to experiment and test ideas quickly.

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FOET (Fundamentals of Engineering)

Key Topics

Engineering mechanics — statics, dynamics, and strength of materials
Thermodynamics — heat transfer, energy systems, and gas laws
Electrical fundamentals — Ohm's law, AC/DC circuits, and power systems
Engineering drawing — orthographic projection, isometric views, and dimensioning

Study Tips

—Focus on understanding the physical principles rather than rote learning.
—Practise sketching and interpreting engineering drawings regularly.
—Solve numerical problems step by step and verify with dimensional analysis.

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Engineering Mathematics

Key Topics

Linear algebra — matrices, determinants, eigenvalues, and vector spaces
Differential equations — first-order, second-order, and Laplace transforms
Complex analysis — complex numbers, functions, and contour integration
Numerical methods — interpolation, integration, and solving equations

Study Tips

—Matrix operations and Laplace transforms appear frequently — master these early.
—Use graphing tools to visualise functions and differential equation solutions.
—Group similar problem types and practise them in batches for efficiency.

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Tips

General study tips.

These evidence-based strategies work across all subjects. Incorporate them into your routine to study smarter, not harder.

Plan your study schedule

Break your syllabus into manageable chunks and set realistic daily goals. Use the Pomodoro technique — 25 minutes of focused study followed by a 5-minute break — to maintain concentration.

Take effective notes

Use the Cornell method or mind maps to organise your notes. Summarise each topic in your own words, and highlight key formulas, definitions, and concepts for quick revision.

Practise under timed conditions

Simulate exam conditions by timing yourself on past questions. This builds speed, reduces anxiety, and helps you identify weak areas before the real test.

Review and revise regularly

Spaced repetition is one of the most effective study techniques. Revisit topics after 1 day, 1 week, and 1 month to move knowledge from short-term to long-term memory.

Use multiple resources

Don't rely on a single textbook. Watch video explanations, discuss with classmates, and use online platforms to see concepts explained in different ways.

Teach someone else

Explaining a concept to a peer is one of the best ways to solidify your understanding. If you can teach it clearly, you truly know it.

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