Senior Unity
Game Developer
10+ Years of Building Immersive Gaming Experiences
Specialized in multiplayer networking architectures, custom physics engines, mobile optimizations, AR/VR experiences, and multi-platform game deployment.
I manage the complete game development lifecycle, from designing 2D & 3D assets to developing polished, production-ready games.
Years Experience
Projects Delivered
Clients Served
Players Reached
Vishambhar Singh Ranawat
I am a Senior Unity Game Architect and Developer with over 10 years of experience designing, coding, and optimization of cross-platform game experiences. My approach blends physical aerodynamics and custom graphics pipelines with modular networking structures.
Throughout my career, I have collaborated with publishers and AAA studios to engineer cover systems, vehicle controllers, procedural voxel destructions, and high-performance VR interactions. I focus on creating frameworks that empower creative vision without compromising on efficiency.
Clean Architecture
Structuring projects using SOLID design patterns, dependency injection, and scriptable databases for extreme scalability.
High Performance
Optimizing profiling draw calls, memory leaks, garbage collection spikes, and utilizing Unity Job System and DOTS.
AAA Experience
A decade of shipping gameplay mechanics, networking architectures, and cross-platform ports (PC, Console, VR, Mobile).
Reliable Backend
Integrating online services with PlayFab, LootLocker, Firebase, custom SQL databases, and secure player lobbies.
Core Game Engineering Areas
Delivering production-level implementations across diverse niches of engine development, optimization, and platform constraints.
Unity 3D Development
Creating complex 3D mechanics, dynamic cameras (Cinemachine), physics simulation, and custom shader visual effects.
Unity 2D Development
Building highly polished pixel or vector platformers and puzzle games optimized for low-end mobile hardware.
Multiplayer Systems
Authoritative server models, network sync, matchmaking, and multiplayer infrastructure using Photon and Mirror.
Augmented Reality (AR)
Interactive plane detection, virtual object sizing, and light estimation using Unity AR Foundation and ARKit.
Virtual Reality (VR)
Designing physics hand interactions, climbing structures, and optimized frame rates on standalone VR headsets.
Physics Simulations
Volumetric liquids, wind aerodynamics, soft bodies, and destructible meshes for realistic simulators.
Game AI & Pathfinding
Behavior trees, tactical coverage detection, and complex A* pathfinding systems in multi-tiered environments.
Performance Tuning
Memory leaks resolution, profiling draw calls reduction, custom build stripping, and garbage collection sweeps.
Console Porting
Adapting input bindings, UI layouts, saving systems, and compliance guidelines for PlayStation, Xbox, and Switch.
Technologies & Software
Integrated tools, version controls, shader editors, and cloud services utilized in production.
Unity Engine
Game EngineC# Scripting
LanguagePhoton Fusion
MultiplayerMirror Networking
MultiplayerPlayFab SDK
BackendFirebase Service
BackendBlender 3D
Assets CreationAddressables System
Asset ManagementShader Graph
Graphics PipelineGit VCS
Version ControlPlastic SCM
Version Control
Development Process
How I take a game concept from high-level documents to a global live-ops system.
Concept
Game mechanics planning, layout definition, systems architecture, and technical document drafting (GDD/TDD).
Prototype
Rapid gameplay loop validation, controller physics tuning, grey-box levels testing, and network syncing tests.
Development
Production scripting, custom systems integration, graphics authored in URP/HDRP, and dependency architectures.
Testing
Rigorous profiling on hardware, regression tests, unit-testing networking lobbies, and bug fixes.
Launch
Asset bundling, final compilation pipeline scripts, compliance checks, and publishing to Steam, Mobile, or Consoles.
LiveOps
Integrating post-launch analytics, player stats management, updating assets via Addressables, and patch updates.
Featured Games
Let's Build Your
Next Game
Interested in high performance systems, responsive gameplay mechanics, or low-latency multiplayer setups? Let's connect and discuss your team's objectives.