- Live online lessons with interactive problem-solving
- Personalised tutor support and feedback
- Virtual practicals and experimental walkthroughs
- Weekly tasks and exam-style practice
- Access to recordings and revision tools 24/7
International A-Level Physics
Understand the Universe — from Particles to Planets
Cambridge International A-level Physics (9702) is your gateway to understanding the laws that govern the physical world — from subatomic particles and quantum effects to space, energy, and electromagnetism. Whether you aim to become an engineer, physicist, medical professional, or innovator, this course gives you the analytical and practical skills to thrive.
STUDY A-LEVEL
BUSINESS WITH US
Internationally Recognised Qualification
Based on the Cambridge International syllabus (9489), respected by top universities globally.
Critical Thinking and Evaluation Skills
Analyse historical evidence, construct arguments, and interpret competing views of the past.
Fully Online Delivery
Study with live lessons, recorded sessions, expert feedback, and independent learning support.
Flexible Study Options
Choose between European, American, and International History topics — all designed for global relevance.
WHAT
You’ll Learn
The A Level Physics course is split into AS Level (foundation topics) and A2 Level (advanced applications and theory).
Physical quantities and units
Kinematics
Dynamics
Forces, density and pressure
Work, energy and power
Deformation of solids
Waves
Superposition
Electricity
D.C. circuits
Particle physics
These topics build your understanding of classical mechanics, electricity, wave behaviour, and foundational modern physics.
Motion in a circle
Gravitational fields
Temperature
Ideal gases
Thermodynamics
Oscilations
Electric fields
Capacitance
Magnetic fields
Alternating currents
Quantum physics
Nuclear physics
Medical physics
Astronomy and cosmology
These advanced topics allow you to explore the application of physics in real-world systems — from MRI scanners to galaxies.
HOW
We Teach
WHO is THIS
Course For?
This course is ideal for students who:
Are aged 16–19 and want to pursue science, engineering, or technology
Enjoy mathematics and solving real-world problems
Are considering university studies in Physics, Engineering, Architecture, Computer Science, or Medicine
Have a good grasp of IGCSE Physics and Mathematics
Practical Skills Development
Use data to solve problems and test hypotheses
Learn to plan and evaluate experiments
Work with simulations or real equipment (virtually or locally)
Prepare for practical assessments or alternative papers
Our virtual labs and teacher-guided demonstrations ensure that you gain confidence in core experimental skills — even in an online setting.
Career Pathways
With A Level Physics, students may go on to become:
Engineers, Physicists, Software Developers, Data Analysts, Researchers, Architects, Space Scientists, Pilots, Radiographers, Environmental Scientists, and more.
Physics opens doors to industries such as energy, aerospace, AI, transport, and healthcare.
University Pathways
A Level Physics is essential or highly recommended for:
Mechanical and Civil Engineering
Electrical and Electronic Engineering
Physics and Theoretical Physics
Aerospace Engineering
Architecture and Design Technology
Computer Science and Robotics
Medicine, Radiology and Medical Physics
Astrophysics and Astronomy
Fast Facts
Qualification
Cambridge International A Level Physics (9702)
Duration
2 years (AS + A2)
Delivery
100% online (live + recorded)
Assessment
Written exams + practical / alternative to practical
Start Dates
during the academic year
Recommended Background
IGCSE Physics + IGCSE Maths or equivalent
Career Pathways
Engineering, Physics, Computer Science, Architecture, Medicine, Astronomy, Robotics
Assessment & Exams
AS Level
AS Level students take the following papers:
- Paper 1 – Multiple Choice
- Paper 2 – AS Structured Questions
- Paper 3 – Advanced Practical Skills
A Level
A Level students take all of the above, plus:
- Paper 4 – A Level Structured Questions
- Paper 5 – Planning, Analysis and Evaluation
Each paper assesses a mix of theoretical knowledge, problem-solving, and application of practical skills.