👋 About  ·  01 / Humanity's Last Stand  ·  02 / Blackhole Simulation  ·  03 / PathDrawer

I'm a Software Engineer focused on building and understanding real-time, game, backend and performance-oriented systems.

My strongest background is in C# and Unity, where I work with gameplay architecture, AI, tooling, simulation and runtime optimization.

I'm also expanding that systems experience into:

Unreal Engine / C++ · .NET · PostgreSQL · Go · backend engineering

I prefer learning by building systems, measuring their behavior, breaking assumptions and understanding what happens underneath.

Unity · C# · Real-Time Systems · Mobile

A 3D aerial-combat project built around modular gameplay systems, enemy formations, scalable weapon architecture and mobile-oriented performance.

• modular enemy formation and wave pipeline
• reusable weapon strategies
• enemy state and movement architecture
• projectile and VFX object pooling
• Unity Jobs / Burst-oriented workloads
• Firebase-backed persistence
• Addressables
• mobile profiling and optimization

Gameplay Architecture AI Real-Time Performance Jobs/Burst Pooling

Maintaining modular gameplay architecture while keeping runtime cost predictable as the number of:

• enemies
• projectiles
• raycasts
• effects
• gameplay systems

increased simultaneously.

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Unity · C# · Compute Shaders · GPU Simulation

A real-time gravitational simulation exploring parallel computation, particle workloads and technical visualization.

• GPU-driven simulation
• Compute Shaders
• parallel particle processing
• simulation scaling
• real-time visualization
• CPU/GPU workload analysis
• profiling

GPU Compute Simulation Rendering Compute Shaders Performance

How does the behavior and scalability of a simulation change when expensive workloads move from CPU-side processing to massively parallel GPU execution?

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Unity · C# · Tools · Geometry

A reusable Unity tool for drawing, inspecting and visualizing paths and trajectories.

• reusable tooling
• runtime visualization
• trajectory representation
• geometry processing
• configurable workflow
• debugging visualization

Tools Development Unity C# Geometry

The goal was not simply to implement another gameplay feature.

It was to turn a recurring development problem into a reusable engineering tool.

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A finished project is only the first layer.

I like examining software through four views:

┌─────────────────────────────────────────────────────────┐
│                                                         │
│   FINAL  ─────→  SYSTEM  ─────→  PROFILE  ─────→ SOURCE │
│                                                         │
│   What          How it          How it           How     │
│   works         is built        behaves          it works│
│                                                         │
└─────────────────────────────────────────────────────────┘