Physics

AS Stage (Year 12) - Physical Foundations

Core topics include mechanics (motion, forces, energy, work), waves and optics, electricity, properties of materials and thermal physics. Students explore how physical laws govern everyday phenomena. Practical laboratory work introduces measurement, data collection, uncertainty, and controlled experiment methodology.

Full A-Level (Year 13) - Advanced Physics

Advanced topics such as electromagnetism, fields (electric, magnetic, gravitational), quantum physics and nuclear physics, astrophysics and cosmology foundations, and advanced wave behaviour. Students examine modern applications of physics - from energy systems, particle physics, electronics, to astrophysical concepts - and learn to model complex systems mathematically and conceptually.

• High-level scientific literacy and mathematical modelling competence
• Strong problem-solving and analytical reasoning skills
• Proficiency in quantitative calculations, algebraic and calculus-based manipulation
• Interpreting graphs and data, and applying physics concepts to real-world problems
• Technical competence, precision, critical thinking, and resilience
• Scientific method, hypothesis testing, evaluation of evidence and responsible scientific judgement

The full IAL Physics qualification is assessed via six externally examined units.

All six units must be completed for the full A-Level qualification.

• Engineering (mechanical, civil, electrical, aerospace, materials)
• Physics, Astrophysics, Space Science, Environmental Physics
• Computer Science, Robotics, Electronics, Data Science
• Medicine, Biomedical Engineering, Biophysics, Healthcare-related science degrees
• Renewable Energy, Environmental Science, Geophysics, Material Science
• Research, Innovation, Scientific Development, Academia, Applied Sciences