Engine & Graphics Developer focused on rendering, GPU computing, simulations, and complex systems architecture.

I work across multiple domains including:

• game engine development
• graphics programming
• GPU computing
• backend systems
• simulation & procedural generation
• experimental architectures and computational models

• OpenGL
• Vulkan (WIP)
• OpenCL
• Compute Shaders
• Raymarching
• Path Tracing

• ECS architectures
• Scene systems
• Resource management
• Rendering pipelines
• Modular engine architecture

• Fluid simulations
• Relativistic gravity simulation
• Procedural planet generation
• GPU-accelerated computation
• Predictive Coding experiments
• Experimental neural architectures
• Complex system modeling

• Flask
• GraphQL (Strawberry)
• Kotlin / Java
• Quarkus / Spring Boot
• REST APIs
• PostgreSQL / MongoDB / Firebase
• Docker / Docker Compose
• Kubernetes / Helm
• Traefik / Keycloak
• Distributed & event-driven systems
• Streaming systems (MediaMTX)
• CI/CD & self-hosted infrastructure

Collection of projects focused on graphics, engine development, simulations, and experimental systems.

Includes:

• IgdrasilEngine — modular game engine
• Rendering and GPU experiments
• Simulation systems
• Experimental tools and prototypes
• Future games and applications built around the engine ecosystem

Main technologies:

• C#
• OpenGL / Vulkan
• OpenCL
• Compute Shaders

• Predictive Coding architectures and experimental learning systems
• GPU-accelerated simulations and procedural generation
• Relativistic gravity and fluid simulation experiments
• Experimental rendering techniques and computational models

• 30–50% rendering performance improvement after optimization
• Multiple GPU simulation and rendering experiments

I'm especially interested in:

• low-level rendering
• simulation stability
• scalable architectures
• GPU-driven systems
• procedural generation
• unconventional computational models