🎮 Game Development • 🧠 Systems Programming • 🎨 Graphics • ⚙️ Engine Development
I am a first-year Computer Science Engineering student at Chandigarh University with 6+ years of self-taught programming experience.
My interests are heavily focused on real-time systems, game-engine architecture, graphics programming, procedural generation, and performance optimization. I enjoy going beyond gameplay and working on the systems underneath it — rendering pipelines, terrain generation, chunk management, collision systems, build pipelines, tooling, and cross-platform deployment.
My primary development ecosystem revolves around Python, C/C++, Panda3D, Ursina, Godot, OpenGL, Vulkan, and modern graphics technologies, with projects targeting Desktop, Android, and WebAssembly/Web.
⚡ I don't just build games — I like building the systems that make them possible.
🔭 Currently working on Game development projects and engine experiments involving voxel worlds, FPS systems, procedural terrain, rendering, optimization, Android builds, and cross-platform deployment.
👯 Looking to collaborate on Open-source game engines, graphics/rendering projects, game-development tools, developer tools, and experimental 3D/game technology.
🤝 Looking for help with Advanced rendering, GPU programming, Vulkan/OpenGL, engine architecture, optimization, procedural generation, and low-level performance.
🌱 Currently learning C/C++, advanced Python, computer graphics, game-engine architecture, Vulkan, Android development, linear algebra, optimization, AI/ML, and cloud technologies.
💬 Ask me about Python, C/C++, Panda3D, Ursina, Godot, voxel engines, procedural generation, game development, 3D graphics, Android game development, Git/GitHub, and building software from scratch.
⚡ Fun fact I enjoy building the systems behind games just as much as the games themselves — from rendering and terrain generation to tools, editors, build pipelines, and engine experiments.
Tech Stack: Python ModernGL Numba SQLite
Pyrite is a custom voxel-engine experiment focused on procedural terrain generation, rendering performance, and scalable world management.
Highlights
- ⚡ Numba JIT-compiled workloads for performance-critical terrain processing
- 🌎 Procedural chunk generation and world streaming
- 🔺 Greedy meshing to reduce geometry complexity
- 💡 Volumetric BFS-based lighting
- 👁️ Frustum culling and visibility optimization
- 💾 SQLite-backed world persistence with WAL
- 🧵 Parallelized CPU workloads for chunk processing
Tech Stack: Python Ursina Panda3D Android GitHub Actions
Echoes is a cross-platform FPS project exploring gameplay systems, AI, mobile controls, rendering, and automated Android deployment.
Highlights
- 🔫 FPS gameplay systems, weapons, recoil, damage and health
- 🤖 Bot patrol, chasing and shooting behaviour
- 📱 Touch controls and Android-oriented UI systems
- 🎮 Desktop + Android development workflow
- ⚙️ Automated APK/AAB build pipeline
- 🚀 GitHub Actions-based build and release workflow
Tech Stack: C++ Panda3D WebGL
An experimental browser-based development environment exploring the combination of Panda3D, WebGL, and web technologies for interactive 3D development.
Focus
- 🌐 Web-based 3D rendering
- 🧩 Engine/editor architecture
- 🎨 Interactive scene environments
- 💻 Browser-based development workflows
Tech Stack: Python Panda3D
A 3D chess implementation combining game logic with real-time 3D rendering and interaction.
Highlights
- ♟️ Move validation and game-state logic
- 🎯 Mouse-based piece selection and picking
- ✨ Valid-move highlighting
- 🎥 Camera interpolation and scene transitions
- ⚔️ Capture animations
- 👑 Checkmate detection
Tech Stack: Python Pygbag WebAssembly PWA
A build/deployment experiment for converting Python/Pygame web applications into offline-capable Progressive Web Apps.
Highlights
- 🌐 WebAssembly-based Python applications
- 📦 Automated PWA packaging
- ⚙️ Dynamic service-worker generation
- 📄 Manifest injection
- 📱 Browser support across desktop and mobile platforms
A large part of my development work revolves around understanding how software behaves underneath the high-level abstractions.
Numba JIT • Multithreading • Vectorization • Greedy Meshing • Frustum Culling • Occlusion Queries
Voxel Terrain • Chunk Streaming • BFS Lighting • Procedural Generation • World Persistence
OpenGL • ModernGL • Vulkan • WebGL • GLSL • 3D Rendering
Android APK/AAB • WebAssembly • Pygbag • GitHub Actions • PyInstaller
