Physics as a connected picture of the world, not a list of formulas
We analyse phenomena, build models, translate a problem into physical laws and check whether the answer makes sense.
- Pupils in grades 7–11
- Theory and problem solving
- Theory connected to practice
From the first formula to a connected understanding of school physics
The depth and pace depend on the goal: close gaps, prepare for an exam or master a difficult topic.
- School pupils who see physics as a collection of unrelated formulas
- Pupils preparing for tests, exams and university admission
- Pupils who need to rebuild missed topics
- Pupils who want to understand physical meaning, not only follow an algorithm
Core areas of physics
We can work through a complete course or focus on one topic and a specific set of problems.
Molecular physics
Thermodynamics
Electricity and magnetism
Oscillations and waves
Optics
Quantum physics foundations
Exam preparation
Meaning first, formalism second
A formula becomes a useful tool only when the quantities, assumptions and limits are understood.
- 1
Understand the phenomenon
We identify what happens in the real system and which quantities matter.
- 2
Build a model
We separate essential factors from secondary ones and choose the relevant physical laws.
- 3
Solve
We write equations, calculate carefully and analyse units.
- 4
Check the meaning
We compare the answer with limiting cases, estimates and physical intuition.
The learner sees the physical system behind the problem
This approach helps with both familiar exercises and unfamiliar situations.
- Understanding of laws and their limits
- Ability to draw and model a problem
- Correct use of units and estimates
- Confidence with unfamiliar problems
How lessons are organised
- One-to-one online
- Usually 60 minutes
- Digital whiteboard, diagrams and derivations
- School-level problem sets
- Additional materials after the lesson
Describe the physics topic or course you need help with
Include your level, textbook or syllabus and nearest goal. I will suggest a sensible starting point.