This course prepares students for the ESAT modules in Mathematics 1 and Physics, with a focus on both subject knowledge and the specific demands of timed multiple-choice admissions testing. It is designed for applicants to engineering, natural sciences, and related STEM degrees who need accurate, fast, and methodical performance.
The programme begins with ESAT orientation, module selection guidance, scoring and timing mechanics, and an initial diagnostic across Mathematics 1 and Physics. Students then build a personal revision and error-log system so that practice is tied to identifiable weaknesses in content, method, reading accuracy, and time management.
In Mathematics 1, students review the full range of core topics that commonly drive ESAT performance. This includes number skills, surds, indices, algebraic manipulation, equations and inequalities, ratios, units, functions, graphs, modelling, sequences, coordinate geometry, trigonometry, probability, statistics, and mixed mathematical problem solving. Lessons emphasise quick recognition of structure, efficient solution paths, checking by estimation, and elimination of implausible answer choices.
In Physics, the course develops the conceptual and quantitative foundations required for ESAT-style reasoning. Students study physical quantities and units, vectors, uncertainty, graphs, kinematics, forces, Newtonian mechanics, momentum, energy, circular motion, charge, current, potential difference, resistance, circuit analysis, waves, oscillations, sound, and fields. The teaching goes beyond formula recall by showing how to interpret models, select assumptions, connect equations to physical meaning, and avoid common misconceptions.
Throughout the course, each module teaches the underlying curriculum rather than relying on shortcuts alone. Students work through concrete examples, guided methods, and realistic question sets that reflect the pace and style of admissions testing.
- Diagnostic assessment across Mathematics 1 and Physics to identify topic gaps and speed issues
- Clear concept teaching with worked examples and step-by-step reasoning
- Guided and independent practice on algebra, graphs, mechanics, electricity, waves, and data interpretation
- Multiple-choice strategy including estimation, bounds, reverse testing, and answer-option analysis
- Timed drills and mixed review to build pacing and retention across topics
- Common mistake analysis with structured error-log activities and targeted revision planning
- Exam-style questions with full answer explanations using original practice material
- Test-day preparation covering question triage, guessing policy, fatigue control, and accuracy under pressure
By the end of the course, students should be able to match ESAT module choices sensibly to likely university course requirements, solve Mathematics 1 and Physics questions with stronger conceptual control, and manage the timing and decision-making demands of the test more effectively.