Unity 3D Game Developer

Unity Developer

Role & responsibilities

• Architect & Implement Gameplay Systems:

  Lead the design, planning, and implementation of core game mechanics, player controls, AI behaviors, and user interfaces from prototype to final release.

• Code Quality & Best Practices:

  Write clean, efficient, reliable, and reusable C# code. Drive the quality of the codebase by participating in code reviews, establishing coding standards, and applying object-oriented design principles.

• Cross-Platform Development:

  Develop, maintain, and optimize games for PC, Android, and iOS, ensuring a high-quality, responsive, and stable experience on all target platforms.

• Performance Optimization:

  Proactively identify and resolve performance bottlenecks across CPU, GPU, and memory. Implement advanced optimization techniques to manage memory, draw calls, and space constraints effectively

Candidate Profile

• Experience:

  3-8 years of professional game development experience using the Unity engine.

• C# Proficiency:

  Expert-level knowledge of C# programming, including a deep understanding of object-oriented programming (OOP), data structures, and design patterns.

• Rendering:

  Strong experience with Unity's Scriptable Render Pipelines (URP/HDRP) and shader development (Shader Graph or HLSL)

• Unity Engine Mastery:

  In-depth experience with the Unity Editor and its core systems, including Physics, Animation (Mecanim), UI (UGUI/UI Toolkit), and Scene Management.
• Experience with

  Unity Terrain

  tools and implementing dynamic content loading systems like

  Scene Streaming

  and

  Asset Bundles

  to manage large worlds
• Hands-on experience with networking solutions like Unity's Netcode for GameObjects (NGO).
• Understanding of multiplayer services such as Unity Relay and Lobby for player connectivity.
• Knowledge of server-authoritative architecture and fundamental networking concepts (latency, prediction, etc.) is highly desirable.
• Experience with techniques for managing large-scale environments, such as Scene Streaming and Asset Bundles.
• Practical application of optimization techniques including Level of Detail (LOD) systems, Occlusion Culling, and GPU/Draw Call Batching.
• Mastery of the

  Unity Profiler

  to identify and resolve CPU spikes, memory leaks, and excessive garbage collection.
• Knowledge of game protection technologies, gaming technologies and game design, code obfuscation, debugging, virtualization technologies, tamper proofing and watermarking.
• Familiarity with Graphics APIs, such as DirectX12, Metal etc