Trunk
The operating philosophy: learning by building, moving from fundamentals to systems, and turning work into public knowledge assets.
Open Trunk →
Personal knowledge tree
Foundations → applications → shipped proof.
I organise my work like a tree. The trunk is how I think and work. The branches are the capabilities and foundations I keep developing. The leaves are the actual things I ship: systems, repos, articles, demos, games, templates, and case studies.
Math + PhysicsComputer ScienceElectricals + ElectronicsAI InfrastructureGames + Prototypes
The tree model
Branches
Foundational branches explain reusable principles. Applied branches show where those ideas become useful in real products and systems.
Open Branches →Leaves
The visible proof: repos, articles, games, demos, devlogs, reels, diagrams, templates, and case studies.
Open Leaves →Foundational branches
These are durable knowledge branches. Each concept is explained once at the foundation level, then linked outward into applied work.
Math & Arithmetic
Numbers, geometry, trigonometry, vectors, probability, graphs, optimization, and systems math.
Explore Math →Physics
Motion, forces, energy, waves, heat, electricity, magnetism, fluids, and systems behaviour.
Explore Physics →Computer Science
Data structures, algorithms, state machines, networking, distributed systems, security, and architecture.
Explore Computer Science →Electricals & Electronics
Circuits, signals, timing, sampling, filters, sensors, microcontrollers, communication, and embedded interfaces.
Explore Electronics →Applied branches
Game Development
Movement, combat, collision, networking, procedural systems, balancing, and playful interaction design.
See related leaves →AI / Infrastructure
RAG systems, inference platforms, observability, release safety, queues, cost controls, and operational readiness.
See related leaves →Platform Engineering + DevSecOps
Cloud delivery, IaC, CI/CD, auditability, security fundamentals, and production reliability.
Case studies →Hardware + Embedded Systems
Physical interfaces, operator stations, controls, arcade systems, homelab rigs, and embedded experimentation.
Where this goes next →