Simulation Engineer

SIMULATION ENGINEER (XR/VR/AR & DEVICE INTEGRATION)

Location:

Employment:

About the Role

medical training simulators

Key Responsibilities

• Develop

  simulation applications

  in

  Unity (C#)

  or

  Unreal Engine (C++)

  .
• Create

  interactive VR/AR/XR experiences

  for medical training.
• Integrate data streams from

  external devices

  (USB, BLE, UWB, sensors).
• Work with medical consultants to design

  realistic training scenarios

  .
• Implement

  physics-based interactions

  (needle insertion, plunger resistance, tissue layers).
• Build pipelines for

  3D anatomical models (from CT, MRI, or DICOM data)

  .
• Collaborate with hardware engineers to ensure

  low-latency, real-time performance

  .
• Optimize rendering and performance for

  VR headsets & AR devices

  (Meta Quest, HoloLens, etc.).
• Add

  assessment features

  (scoring, guidance overlays, analytics dashboards).

Required Skills

• Strong experience in

  Unity (C#)

  or

  Unreal Engine (C++)

  .
• Hands-on with

  VR/AR/XR development

  (OpenXR, Oculus SDK, ARKit/ARCore, HoloLens).
• Proficiency in

  3D graphics, shaders, and real-time rendering

  .
• Familiarity with

  device integration

  (USB HID, BLE APIs, plugin development).
• Understanding of

  physics engines

  for interactive simulations.
• Experience with

  3D model pipelines

  (Blender, Maya, 3DS Max, or medical datasets).
• Experience in

  haptics & force-feedback integration

  .
• Multi-platform deployment (PC VR, standalone VR, AR glasses).

Nice-to-Have

• Knowledge of

  DICOM datasets

  & medical imaging visualization.
• Familiarity with

  cloud-connected simulation or LMS integration

  .
• Exposure to

  machine learning in XR (gesture tracking, anatomy recognition)

  .

Qualifications

• Bachelor’s/Master’s in

  Computer Science, Game Development, XR/VR, Biomedical Engineering, or related field

  .
• 3+ years in

  simulation/game/XR development

  .
• Portfolio of

  VR/AR/XR projects

  (preferably medical/educational).

Why Join Us?

• Build

  cutting-edge VR/AR simulators

  for medical education.
• Work with

  real hardware devices

  (sensors, probes, smart syringes).
• Collaborate with doctors, engineers, and designers.
• Push the limits of

  XR + real-world device integration

  .