Learn from scratch.

From C to modern C++: pointers, memory and the stack and heap first, then RAII, templates, move semantics and the patterns that power performant game engines.

x86-64 assembly from the ground up with NASM: registers and memory, mov and addressing, flags, jumps and the stack, calling conventions, then reading compiler output, floating point, SIMD and the CPU pipeline — every instruction stepped through on a live CPU.

Algorithms and data structures built from scratch in C++: memory and Big-O, recursion, sorting and searching, lists, hash tables, trees, heaps and graphs — every step traced in an interactive figure.

Artificial intelligence from scratch in C++: data and features, regression and gradient descent, classic machine learning, neural networks and backpropagation, deep learning, reinforcement learning and game AI — every formula derived, every model trained by hand.

Understand the full OpenGL pipeline: vertex buffers, shaders, textures, framebuffers, and compute shaders — through hands-on C++ code.

Master GLSL types, built-in functions, SDFs, procedural noise and shader techniques — from first principles to a production-ready Shader class.

Build real applications with SDL3: window management, input handling, audio, and a complete 2D rendering loop using C++.

Game loops and fixed timesteps, easing and springs, randomness and Perlin noise, collision detection and the patterns behind fast game code — with interactive figures.

Vulkan 1.3 from an empty window to a textured 3D scene: instance and devices, swapchain, pipelines, command buffers, synchronization, memory and descriptors — the explicit GPU API, every object explained.

Mathematics from the ground up: arithmetic, algebra, geometry, trigonometry, linear algebra and calculus, worked by hand — every formula explained, every idea interactive.

Physics from the ground up: motion, forces, energy and momentum, rotation, gravity and orbits, oscillations and waves, fluids and heat, electromagnetism and light, then analytical mechanics, relativity, quantum mechanics, particles and cosmology — every law derived, every idea simulated.

Chemistry from the ground up: atoms and the periodic table, bonds and molecules, moles and reactions, gases and solutions, energy and reaction rates, equilibrium, acids and bases — every formula explained, every idea interactive.

Music from the ground up: sound and pitch, rhythm and meter, notes and the staff, intervals and scales, chords and harmony, keys and progressions, melody and form — every idea heard, every rule explained.