Level 3 Physics

Physics is the study of the fundamental principles that govern the universe — from the motion of objects and forces acting on them to the behaviour of light, electricity, and matter at both macroscopic and microscopic levels. Building on concepts from Level 2, this course deepens students’ understanding of physical systems and prepares them for tertiary study and future careers in science, engineering, and health-related fields.

Physics is essential for students intending to pursue Engineering (Mechanical, Civil, Electrical, Chemical, or Structural), Architecture, Aviation, or the Physical Sciences. It is also highly recommended for those entering Health Science programmes, especially students aiming for Medicine, Physiotherapy, Radiation Therapy, Medical Imaging, Optometry, Neurology, or Nuclear Medicine.

Course Description:

• Experimental Methods – Develop accuracy in measurement, analyse data, and evaluate the reliability of physical investigations.
• Mechanical Systems – Study linear and rotational motion, energy conservation, momentum, and simple harmonic motion.
• Electrical Systems – Explore DC circuits, capacitors, electromagnetic induction, and AC power systems.
• Wave Systems – Investigate standing waves, diffraction, interference patterns, and the Doppler Effect.
• Atomic, Nuclear, and Quantum Physics – Examine the nature of light and matter, including the photoelectric effect, atomic structure, nuclear decay, and the principles of special relativity.

Students may also choose to sit the Physics Scholarship examination. Scholarship Physics challenges students to apply advanced conceptual understanding and problem-solving skills beyond the standard curriculum. Your teacher will provide guidance and support if you choose to take on this opportunity.