D-AR-VR Engineer

Hi ,

Please let me know if you’re comfortable with the position detailed below. This position is an urgent hire.

Hybrid

Schedule:

• Option 1: 4-day workweek (10-hour days) with Fridays off.
• Option 2:
  Standard workweek (4 days remote, at least 1 day onsite).

Minimum: 5 years relevant experience to contribute effectively.

Ideal/Strong: 5 years for full independence and ability to lead complex simulations and AR/VR projects.

5 years of hands‑on experience in AR/VR or 3D development with Unity or Unreal Engine.

Experience creating and optimizing 3D models, simulations, or interactive environments
.

Some exposure to AR/VR hardware integration (Holo Lens, Oculus, VR headsets) and physics/robotics simulation
.

Optional but highly valuable: experience working with AI/robotics or automotive systems in a research or applied R&D environment.

• Someone who is more of an engineer than a hacker
• Evidence of mature technical knowledge
• Understanding of system architecture

• Expertise in 3D modeling, texturing, shading, lighting, and animation.
• Familiarity with real‑time rendering pipelines and optimization.

• Experience building AR/VR applications for devices like Holo Lens, Oculus, Meta Quest, or similar.
• Knowledge of spatial computing, immersive interaction, and motion tracking.

• Proficiency with Unity, Unreal Engine, or similar engines for real‑time interactive experiences.
• Understanding of engine workflows and scripting (C#, C , Blueprints).

• Strong coding skills in C , C#, Python, or JavaScript.
• Knowledge of 3D graphics APIs (OpenGL, Direct
  
  X, Vulkan) is a plus.

• Experience with physics simulations, collision detection, and VR interaction mechanics.
• Optional: haptics, motion capture, or robotics integration experience.

• Experience with physics simulations, collision detection, and VR interaction mechanics.
• Haptics or motion capture integration experience.

• Designing intuitive interactions for AR/VR applications.
• Understanding human factors and ergonomics in immersive environments.

• Profiling and optimizing 3D content for high frame rates across devices.
• Managing resource‑constrained environments (mobile, wearable devices).

• Familiarity with integrating AR/VR applications with real‑time data streams or vehicle telemetry.

• Prior experience with vehicle systems, robotics, or human‑machine interfaces.

• Simulation & Visualization: Vortex Studio, Gazebo, Drake, Applied Intuition – for real‑time physics, robotics, and autonomous vehicle simulations.
• AR/VR Development: Unity, Unreal Engine, motion simulator platforms, GRIP (Global Research Innovation Platform) for immersive driving and research simulations.
• AI & Robotics Integration: Diffusion Policy (robot behavior learning), SLAMcore (AR/VR localization & mapping), ROS for robotics.
• 3D Content Creation & Management: 3D modeling, texturing, lighting, and asset pipelines optimized for AR/VR.

• Languages: C , C#, Python, Java Script
• APIs & Frameworks: OpenGL, Vulkan, Direct
  
  X, ROS, Tensor Flow, Py Torch
• Version Control: Git/Git Hub

• Develop AR/VR applications and interactive simulations.
• Integrate AI and vehicle/robotics data into immersive experiences.
• Optimize 3D assets and simulations for performance and usability.

Laxman Andoli | Lead – TAG | Kairos Technologies Inc