Mathematical confidence
Handle algebra, graphs, units and multi-step calculations without losing the physical meaning.
100% online across the UK
Online A-Level Physics tutor
Strengthen mathematical physics, conceptual understanding and synoptic reasoning for demanding A-level Physics questions.
PhD-qualified engineering tutor
Cambridge ICE teaching experience
GCSE to PhD support
Online across the UK
Outcomes
Make mathematical Physics systematic.
A-Level Physics tuition combines conceptual depth with calculations, practical analysis and the written reasoning needed across unfamiliar and synoptic questions.
Conceptual depth
Connect models and principles across mechanics, electricity, waves, fields and other course topics.
Practical analysis
Work accurately with measurements, uncertainties, graphs and evaluation of experimental methods.
Synoptic exam skills
Recognise which principles apply when a question combines several parts of the course.
What we can cover
A-level Physics topics.
Measurements and errors
Particles and radiation
Waves
Mechanics and materials
Electricity
Further mechanics
Thermal physics
Fields
Nuclear physics
Astrophysics options
Practical skills
Exam technique
A-Level Physics
Connect equations, models and evidence.
A-Level Physics requires students to move fluently between diagrams, equations, graphs, experimental data and written explanations. Tuition can strengthen each part while showing how they fit together, making unfamiliar questions easier to break down.
Mechanics and mathematical Physics
Students can develop consistent methods for force diagrams, kinematics, momentum, energy, circular motion and other mechanics problems. Algebra, vectors, gradients and proportional reasoning are integrated into the Physics rather than treated as separate skills.
Electricity, waves and fields
Support can revisit the physical models behind equations, relationships between quantities and the assumptions used in calculations. This helps prevent formula selection from becoming guesswork.
Practical skills and uncertainties
Lessons can work through experimental design, uncertainty, gradients, intercepts, significant figures, evaluation and the interpretation of data. The aim is to explain what the evidence supports and how reliable a conclusion is.
Synoptic questions
More demanding questions often combine topics and require several decisions before any calculation begins. Students can practise identifying governing principles, planning a route and checking intermediate results.
Exam preparation
Analyse the mistakes behind lost Physics marks.
Past-paper style practice can be targeted to recurring problems such as equation choice, unit conversions, graph interpretation, uncertainty, explanation quality or incomplete multi-step reasoning. Timed questions can be added once the method is secure.
Exam-board alignment
Bring the specification, module list, mock feedback or school scheme of work and tuition can be aligned to the course being followed.
Diagnostic starting point
Early work helps identify whether the barrier is a Physics concept, a mathematical prerequisite or exam interpretation. That distinction keeps the support efficient.
About TETS
TETS is led by Dr Louis Mbua Egbe, an engineer and educator with a PhD in Mechanical Engineering and an MSc in Thermal Energy Engineering. His UK teaching experience includes the University of Cambridge Institute of Continuing Education. Read more about the founder.
Related Maths support
Where algebra, calculus, graphs or mechanics mathematics are limiting progress, students can also explore A-Level Maths tutoring. See all routes on the GCSE & A-Level tuition page.
Frequently asked questions
A-Level Physics tutoring questions.
The consultation can be used to discuss the current module, exam board and whether the main difficulty is mathematical, conceptual, practical or exam-related.
Can you help with mathematical Physics?
Yes. Support can combine the Physics with algebra, graphs, vectors, units and multi-step calculation methods.
Can tutoring cover practical skills and uncertainties?
Yes. Sessions can work through measurements, uncertainty, graphs, evaluation, experimental design and interpretation of evidence.
Can sessions follow my exam board?
Yes. Bring the specification, module list or mock feedback and tuition can be aligned to it.
Do you work on synoptic questions?
Yes. Students can practise identifying which principles apply when questions combine several parts of the course.
Pricing guide
£65–£85 per hourFinal recommendations depend on level, needs and the support required.
Next step
Identify the Physics and Maths skills that need strengthening.
Share the student’s specification, current modules and recent feedback so the consultation can set priorities for concepts, calculations, practical skills and exam technique.