Physics

Romans 1:20
“For since the creation of the world God’s invisible qualities...have been clearly seen, being understood from what has been made.”

The Physics curriculum at St. Aidan’s links to our whole school curriculum intent statement. Physics challenges students to understand the fundamental laws that govern the universe - from the smallest particles to the vastness of space.

It develops precision, logical thinking, and a mindset geared toward inquiry and innovation. Students explore key areas such as forces, energy, waves, electricity, and quantum theory, guided through a carefully structured progression that builds both conceptual understanding and mathematical fluency. Practical investigations provide opportunities to test theory, refine techniques, and strengthen scientific reasoning. Communication is key: students learn to model systems, interpret data, and explain abstract concepts with clarity and confidence. Mathematical skills are woven throughout, supporting deeper understanding and accuracy. More than just equations and experiments, Physics asks big questions: How does the world work? What is possible? In exploring these ideas, students develop the resilience to tackle complex problems and the confidence to think creatively about the future. They leave not only with knowledge, but with the curiosity and capability to push boundaries and contribute to the world in meaningful ways. 

Careers within Physics 

Physicist, astrophysicist, medical physicist, nuclear physicist, theoretical physicist, research scientist, physics teacher, engineer, aerospace engineer, mechanical engineer, electrical engineer, civil engineer, nuclear engineer, sound engineer, data analyst, software developer, meteorologist, geophysicist, radiographer, optical engineer, robotics engineer, computer programmer, nanotechnologist, environmental scientist, laboratory technician, science communicator, materials scientist, accelerator operator, satellite technician, quantum computing researcher. 

Sustainability within Physics 

The Physics curriculum promotes sustainability by addressing energy use, efficiency, and the environmental impact of technology. It encourages consideration of renewable energy sources, responsible innovation, and the long-term effects of scientific developments—supporting a more sustainable approach to problem-solving and progress in the physical world.