I engineer high-performance web interfaces with a focus on structural precision and user experience. By leveraging modern frameworks and clean CSS, I ensure that every site is responsive, scalable, and optimized for rapid load times. My approach treats web architecture like a site plan—meticulously organized and built to last.
I create mathematically accurate assets for real-time environments in Unity and Unreal Engine. Using a combination of Blender and CAD-based drafting, I bridge the gap between artistic vision and engineering constraints. My models are optimized for performance, ensuring high fidelity without compromising frame rates in interactive simulations.
My technical prototyping workflow involves functional prints designed for real-world durability. I specialize in working with PETG for high-temperature resistance and TPU for flexible, high-impact parts. From custom sim-racing components to interior car dashboard mods, I ensure every print meets specific structural tolerances and material performance requirements.
Currently in active development, this project explores the intersection of social gaming and complex physics. The environment utilizes a custom-scripted C# backend to manage real-time collisions and social interactions. The goal is to create a physics-driven social hub that feels as grounded and reactive as a real-world physical environment.
I apply algorithmic design principles to manufacturing simulations and complex data visualization. By translating the logic of Civil Engineering drainage and site plans into digital architecture, I build systems that can simulate real-world outcomes with high reliability. This ensures functional precision across all digital service layers.