Insights
Notes on teaching physics, exam technique, and student thinking — alongside entrepreneurship, leadership, and applied AI. Physics and education lead.
Physics & education
Articles in preparation. Each is reviewed before publication; nothing goes out under my name without my approval.
The students who struggle most often know every formula. The gap isn't knowledge — it's how they reason. Here's how to build genuine physical intuition.
Knowing the equation is not knowing the physics. A look at the real reasons capable students lose marks — and how to fix each one.
Planning questions reward a specific structure. Here's the method examiners are actually looking for — variables, control, and measurable outcomes.
Axes, gradients, intercepts, uncertainty bars — the small graph mistakes that quietly cost marks, and how to stop making them.
AI can accelerate learning or quietly replace it. A teacher's framework for using AI to understand more, not think less.
The jump is real, but it's not about harder maths. It's about depth, precision, and independence. What to expect and how to prepare.
Uncertainty isn't a set of rules to memorise — it's a way of being honest about measurement. Once that clicks, the rules follow.
Mark schemes reward specific phrasing. Learning to write like an examiner is one of the fastest ways to convert understanding into marks.
Categories
Physics & students
Professional
Professional essays are in preparation and will appear here after review.