AI-Led Self-Learning Sessions
Empower your child to learn independently. Our AI tutor guides students through carefully structured lesson plans, asks diagnostic questions, assesses answers, and delivers highly-tailored support, 24/7.
Meet Kamun, Your AI companion in learning
A digital rebirth of the legendary cat-pharaoh, Kamun is our highly advanced, custom-built AI Tutor. Unlike generic search engines or general-purpose AI, Kamun has been built in partnership with UK curriculum specialists. Kamun is infinitely patient, dynamically interactive, and specifically built to guide your student through tough concepts step-by-step.
Syllabi Crafted by UK Expert Tutors
We don't leave learning to random algorithms. Every AI-led lesson plan on TutorKamun is meticulously prepared by experienced UK-based teachers who understand exam boards inside out.
Lessons are mapped to standard education curriculums, allowing students to track their educational milestones and know exactly where they are in their GCSE learning journey.
Active Walkthroughs
Step-by-step guidance rather than just displaying static summaries. AI walks them through formulas.
Diagnostic Questions
Prepared questions that pinpoint exactly where a student is struggling or making errors.
Deep-Dive Queries
Students can ask their own questions on tough subjects and receive instantaneous pedagogical help.
Learning Journeys
Clear tracking lets students see how they correspond to real national education levels.
Try the Interactive AI Simulator
Experience what a student feels when they study with Kamun, the AI cat tutor. Click the choices below to interact!
Maths KS4 Pearson Edexcel Session Library
Take a look inside the actual syllabus structure. Below are three example sessions created for GCSE Maths to show the rigor of our platform.
Session 1: Solving Quadratic Equations by Factorising
Learning Objective
"Factorise quadratic trinomials where a=1, solve for x, and identify quadratic graph x-intercepts."
Lesson Pathway Topics
Expected Student Output
Factorises to (x - 3)(x - 4) = 0. The solutions are x = 3 and x = 4.
AI Tutor Interactive Guidance
Kamun guides students by checking if their factor numbers (-3 and -4) correctly multiply to +12 and add to -7, teaching the sign rules.
Session 2: Applying Pythagoras' Theorem in 3D Shapes
Learning Objective
"Extend 2D Pythagoras to find interior spatial diagonals in cuboids, cones, and square-based pyramids."
Lesson Pathway Topics
Expected Student Output
Base diagonal = √(3² + 4²) = 5cm. Space diagonal = √(5² + 12²) = 13cm. (Or using d² = 3² + 4² + 12² = 169 => d = 13cm).
AI Tutor Interactive Guidance
Kamun provides a step-by-step breakdown, first asking the student to calculate the base diagonal on the flat plane before moving to the vertical height.
Session 3: Probability Tree Diagrams and Venn Diagrams
Learning Objective
"Construct and interpret tree and Venn diagrams for independent and conditional events, solving GCSE multi-step problems."
Lesson Pathway Topics
Expected Student Output
P(R, R) = (x / (x+5)) * ((x-1) / (x+4)) = 1/3. Cross-multiplying leads to 3x(x-1) = (x+5)(x+4) => 3x² - 3x = x² + 9x + 20 => 2x² - 12x - 20 = 0 => x² - 6x - 10 = 0 (Note: values adapted for illustrative purposes).
AI Tutor Interactive Guidance
Kamun encourages the student to write the branch probabilities in terms of algebraic fractions first, validating their equation structure step-by-step.
Empower Your Child with Smarter Learning
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