I love understanding how things work at the deepest level: how languages are built, how simulations emerge, how systems communicate, and how ideas become tools.

My research passions revolve around:

• Scientific computation & experiments
• Compiler and interpreter design
• Real-time rendering (Mode7, pseudo-3D)
• Game networking & systems programming
• Creative world-building & storytelling

• Name: Allan Brunner
• Origin: Switzerland
• Field: Computer Science (BSc)
• Affiliation: Valais Racing Team
• Research Style: Hands-on, experimental, iterative
• Tools: Rust • Scala • C/C++ • TS • Vue • Linux (Arch/Wayland)

Domain: Real-time rendering • Mode7 • Multiplayer networking
Status: Completed Summary:
During my first year, I built a pseudo-3D racing game using Mode7 and implemented a complete online multiplayer architecture.
This project pushed me into real-time graphics and client–server synchronization.

• Client: https://github.com/zcBruAll/ISCRacer
• Server: https://github.com/zcBruAll/ISCRacer-Server

Domain: Autonomous car • Performance tools
Status: Ongoing
Summary:
As part of the Valais Racing Team, I work on internal tools to support engineering, autonomous car, and performance optimization.
This merges my interests in software, mechanics, and high-speed systems.

Domain: Compiler design • x86 assembly • Language theory
Status: In development
Summary:
I’m designing my own compiled, object-oriented programming language.
The current compiler is written in Rust and targets x86 assembly.
The long-term vision is to bootstrap the language by writing its compiler in itself.

Repo → https://github.com/QuantixWorld/QuantixScript

Domain: Parsing • AST evaluation • Control flow
Status: Completed prototypes
Summary:
I built two interpreters, each progressively more powerful, to understand expression parsing, runtime design, and execution models by following a book.
They lay the foundation for QuantixScript and strengthened my understanding of language internals.

Domain: Scientific simulation • Interactive tools
Status: In active design
Summary:
GaiaLab aims to become an interactive virtual science laboratory — a place to explore physics, earth science, and other STEM fields through dynamic simulations.
Part of the broader QuantixWorld ecosystem.

Domain: Knowledge organization • Learning tools
Status: Actively maintained
Summary:
My personal study space where I post course summaries, explanations, experimental logs, and small tools that help me learn.

Website → https://allanbrunner.dev

Scala • Rust • C • C++ • C#/.NET • Java • Python • Node.js • TypeScript • PHP • Assembly

Vue.js • React • JavaScript • TypeScript • HTML • CSS • XAML

Git • GitLab • Bash • PowerShell • Arduino • Linux (Arch/Wayland)