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VR Software Engineer

OrangeXR
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The job candidate must be authorized to work in the United States.  We are unable to offer sponsorship at this time.

 

Minimim requirements: 

  • A strong knowledge of, and experience using, Unity is absolutely required.
  • Designing, developing, and implementing immersive virtual reality experiences by writing code to create interactive 3D environments within a VR headset, utilizing programming languages and game engines like Unity.
  • Collaborating with designers and artists to ensure a seamless user experience across different VR platforms, often focusing on optimizing performance, user interaction, and addressing potential motion sickness issues within the virtual world.

Key responsibilities of this position nclude:

Designing VR applications:

Conceptualizing and planning the structure of virtual environments, including user interactions, navigation mechanics, and overall experience flow. 

 

Coding VR experiences:

Writing code to implement 3D graphics, physics simulations, sound effects, and user interface elements within a chosen game engine. 

 

3D asset integration:

Working with 3D artists to incorporate models, textures, and animations into the VR environment. 

 

Motion tracking and input handling:

Implementing code to accurately track user movements from VR controllers and translate them into actions within the virtual world. 

 

Performance optimization:

Optimizing code to maintain smooth frame rates and minimize latency for a comfortable VR experience. 

 

Cross-platform development:

Adapting VR applications to work across different VR headsets and platforms like Oculus, SteamVR, or HTC Vive. 

 

Testing and debugging:

Thoroughly testing VR applications to identify and resolve bugs related to visual glitches, interaction issues, and potential discomfort factors. 

 

Required skills:

  • Programming languages: Proficiency in C#, C++, or other languages commonly used in game development

 

  • Game engines: Expertise in Unity or Unreal Engine

 

  • 3D graphics: Understanding of 3D modeling, animation, and rendering principles

 

  • VR SDKs: Familiarity with VR development kits for different platforms

 

  • User interface design: Knowledge of designing intuitive and user-friendly VR interfaces

 

  • Physics simulation: Understanding of basic physics concepts to create realistic interactions within the virtual environment