Senior Graphics Engineer: Multi-Engine Rendering

Unity; Washington; On-site; USD 136,000 - 259,000; Full time

Benefits offered by this job

Health insurance

Stock options

Paid time off

Retirement plans

Commuting assistance

Job summary

Unity is seeking a highly skilled graphics engineer to map Unity rendering features onto third-party renderers while preserving visual fidelity and performance. You will develop compact scene-state representations and compression strategies for meshes, textures, and transforms for both local and networked execution.

You will also engineer robust graphical systems that scale with large user-generated libraries, profile end-to-end rendering for high framerates, and minimize overhead across

Qualifications

• Significant experience with Unity's rendering architecture and at least one other high-end renderer.
• Strong understanding of shader languages (HLSL/GLSL/Metal) and graphics APIs (DirectX, Vulkan, Metal).
• Understand the full asset lifecycle—from authoring through import, batching, streaming, and rendering.
• Prioritize building stable, scalable, maintainable systems over chasing the latest graphics techniques.

Responsibilities

• Map Unity graphics and rendering features onto third-party renderers while preserving visual consistency and performance.
• Develop compact scene-state representations and compression strategies for assets across local and networked execution.
• Engineer robust graphical systems that scale to massive user-generated content libraries.
• Profile and optimize end-to-end rendering for high framerates and fidelity with minimal overhead and sync stalls.

Skills

Multi-Engine Rendering

Shader & API Depth

Pipeline Mindset

Systems-First Engineering

Tools

Unity

Unreal Engine

Frostbite

DirectX

Vulkan

Metal

HLSL/GLSL

Job description

Unity is seeking a highly skilled graphics engineer to map Unity rendering features onto third-party renderers while preserving visual fidelity and performance. You will develop compact scene-state representations and compression strategies for meshes, textures, and transforms for both local and networked execution.

You will also engineer robust graphical systems that scale with large user-generated libraries, profile end-to-end rendering for high framerates, and minimize overhead across