Graphics Software Engineer

Job Description

Seeking a talented design, implements, and optimizes rendering systems, shaders, and graphics features that deliver visual fidelity and real‑time performance. The role is hands‑on writing C++ and shader code, profiling CPU/GPU workloads, integrating art assets, and collaborating with UX tools (Altia Design/Kanzi Studio/Unity) and QA to ship stable, performant graphics for the target platforms Expect a balance of feature development, debugging, and performance engineering with frequent cross‑discipline collaboration.

• Implement rendering features:
  Build lighting, materials, post processing, and animation systems to meet visual and functional requirements.
• Write and optimize shaders:
  Author HLSL/GLSL/Metal shaders and tune them for correctness and performance across GPUs.
• Profile and resolve bottlenecks:
  Use GPU/CPU profilers to identify hotspots and apply algorithmic or memory optimizations.
• Integrate 3D assets and pipelines:
  Work with artists and tools to import, validate, and optimize meshes, textures, and materials.
• Debug visual defects:
  Reproduce rendering issues, trace root causes, and implement robust fixes.
• Maintain code quality:
  Write unit and integration tests, participate in code reviews, and follow engine coding standards.
• Collaborate across teams:
  Coordinate with engine, tools, QA, and product to align on APIs, performance targets, and release scope.
• Support platform portability:
  Implement abstractions and fallbacks for multiple graphics, APIs, and hardware capabilities.

• Graphics Software Development Engineer GUI and HMI experience: 6 to 12 years in GUI/HMI software development using Altia Design, QT, CGI, Kanzi Studio, Unity, or Unreal Engine
• UI/UX asset handling:
  Hands on experience extracting and preparing assets from Photoshop, After Effects, Figma, Illustrator, and Confluence
• Real time animation modeling:
  Practical experience modeling animations and effects in Altia Design, Kanzi Studio, Unity, or Unreal Engine
• Model Based Development:
  Simulink/State flow and code generation tools (Embedded Coder, Target Link).
• Programming and scripting: C/C++/C# and scripting with MATLAB and Python
• Software architecture and integration:
  Strong knowledge of modular architecture design and system integration practices
• AUTOSAR Familiarity — Working knowledge of AUTOSAR Classic and Adaptive concepts
• Requirements and change management:
  Experience analyzing requirements and change requests, estimating development effort, and modeling requirements
• Debugging and verification — Proven hands on software debugging skills across development and target environments
• Performance profiling and optimization:
  Experience profiling and optimizing CPU/GPU workloads and embedded rendering performance
• 3D asset optimization:
  Practical skills optimizing 3D assets (Blender, Maya, 3ds Max) for runtime performance
• Testing and logging tools:
  Experience with test harnesses, logging, and trace analysis tools
• Hardware knowledge:
  Familiarity with automotive SoCs and microcontroller constraints
• Process automation and CI/CD:
  Hands on experience automating builds, tests, and CI/CD pipelines for embedded software
• Version control:
  Proficiency with Git, Git Hub, SVN or equivalent versioning tools
• PLM/ALM tools:
  Experience with Jira, Polarion, Jazz, or similar product/application lifecycle management systems
• Supplier and cross functional coordination:
  Proven ability to coordinate external personnel and cross functional teams
• Communication:
  Fluency in English for global collaboration and reporting
• Mindset:
  Strong problem solving orientation, diligence, and focus on process optimization

• Automotive embedded production experience:
  Proven history developing production software for automotive ECUs
• Operating systems:
  Experience with Linux, Android, QNX, Integrity, or other RTOSs
• Communication protocols:
  Knowledge of CAN, LIN, Ethernet, UART, SPI, and SOME/IP
• Process and safety standards:
  Familiarity with A SPICE and ISO 26262 functional safety practices
• Cybersecurity:
  Understanding of ISO 21434 and automotive cybersecurity considerations
• Test practices:
  Experience with test driven development and…