XR Developer

Meril; Vapi; On-site; INR 900,000 - 1,300,000; Full time

Job summary

Meril in Vapi, Gujarat seeks a Senior Developer to design, build, and optimize immersive XR (AR/VR/MR) applications using Unity for surgical simulations and training. You will create high-fidelity experiences, integrate AR Foundation/OpenXR, shaders, and XR hardware to support clinical workflows.

The role emphasizes collaboration with robotics, clinical, and product teams, documentation, and adherence to medical device software guidelines.

Qualifications

• Minimum 3-4 years hands-on experience in Unity 3D and XR development.
• Strong understanding of AR/VR/MR frameworks, OpenXR, AR Foundation, XR Interaction Toolkit.
• Experience with real-time 3D graphics, shaders, and rendering pipelines (URP/HDRP).
• Exposure to medical simulation, robotics, training systems, or industrial visualization preferred.
• Experience with Git, Agile workflows, and cross-platform deployment.

Responsibilities

• Develop, test, and deploy XR applications using Unity 3D, C#, AR Foundation, OpenXR.
• Create realistic 3D interactions and immersive user experiences for surgical robotics.
• Integrate and optimize shaders (HLSL) for advanced visuals and performance.
• Integrate XR hardware (Hololens, Meta Quest, Varjo, HTC Vive) for training and visualization.
• Collaborate with design teams to manage 3D assets and ensure smooth performance across devices.

Skills

C#

Unity 3D

XR development

OpenXR

HLSL

Debugging

GPU optimization

Education

Bachelor’s / Master’s in CS/Game Dev/Engineering

Tools

Git

Blender

Maya

3ds Max

Job description

Job Title:

Senior Developer.

Department:

XR – R&D.

Location:

Vapi, Gujarat On-site.

Reports To:

Senior Manager.

Job Purpose:

To design, develop, and optimize immersive XR (AR/VR/MR) applications using Unity for the various surgical simulations, enabling high-fidelity simulation, surgeon training, workflow visualization, and advanced user-interaction modules. The role ensures the creation of intuitive, realistic, and performance-driven XR experiences that support product excellence and clinical training efficiency.

Key Responsibilities:

1. XR Application Development

• Develop, test, and deploy XR applications using Unity 3D, C#, AR Foundation, OpenXR and related frameworks.
• Create realistic 3D interactions, physics-based simulations, and immersive user experiences for surgical robotics.
• Integrate and optimize shaders using High-Level Shading Language (HLSL) for advanced visual effects, lighting, and rendering.
• Integrate XR hardware such as Hololens, Meta Quest, Varjo, and HTC Vive for training and visualization use cases.
• Optimize rendering, loading, memory usage, and interaction performance for smooth real-time simulation.
• Collaborate with design teams to import, manage, and refine 3D assets, including robotic and anatomical models.

2. Simulation, Training & Visualization Modules

• Build XR modules for surgeon training, workflow walkthroughs, digital twins, and procedural simulations for MISSO 4000.
• Implement step-based guided instructions, interactive UI/UX, and multi-user collaboration features as required.
• Support clinical and product teams during demonstrations, usability studies, and validation sessions.

3. Technical Support & Troubleshooting

• Debug application issues across devices, platforms, and XR environments.
• Work with robotics, hardware, and software teams to ensure seamless integration with the MISSO 4000 ecosystem.
• Perform continuous testing to identify performance gaps and implement corrective improvements.

4. Documentation & Compliance

• Maintain documentation for code, architecture, implementation steps, and development workflows.
• Prepare user guides, training materials, and technical notes for internal teams and external stakeholders.
• Ensure adherence to company SOPs, data security protocols, and medical device software guidelines.

5. Cross-Functional Collaboration

• Collaborate with Robotics, Clinical, R&D, Product Management, and Quality teams to gather feedback and refine XR modules.
• Participate in internal validation, UI/UX reviews, and prototype testing before feature releases.

Provide technical insights supporting product development, engineering decisions, and market readiness efforts.

6. Customer & Internal Stakeholder Engagement

• Support internal demos, customer presentations, and clinical training initiatives through XR-based tools.
• Provide post-demo support, updates, and improvements based on user or clinician feedback.
• Ensure a high-quality, reliable XR experience that enhances surgeon confidence and system usability.

Qualifications and Experience:

• Bachelor’s / Master’s degree in Computer Science, Game Development, Engineering, or related discipline.
• Minimum 3-4 years of hands-on experience in Unity 3D and XR application development.
• Strong understanding of AR/VR/MR frameworks, OpenXR, AR Foundation, XR Interaction Toolkit.
• Experience working with real-time 3D graphics, shaders, animation systems, and rendering pipelines (URP/HDRP).
• Hands-on experience with HLSL shader programming, rendering pipelines (URP/HDRP), lighting, and GPU optimization.
• Exposure to medical simulation, robotics, training systems, or industrial visualization (preferred).
• Experience with Git, Agile workflows, and cross-platform deployment.

Skills and Competencies:

• Proficiency in C#, Unity engine, and XR development tools.
• Strong analytical, debugging, and performance optimization skills.
• Strong experience with HLSL shaders, rendering optimization, and real-time graphics
• Excellent communication skills with the ability to collaborate across technical and clinical teams.
• Creative problem-solving mindset with attention to detail and usability.
• Familiarity with 3D modelling tools (Blender, Maya, 3ds Max) is a plus.
• Ability to work on-site and support multi-functional development cycles.

Key Performance Indicators (KPIs):

• Quality, stability, and performance of XR applications delivered.
• Timely completion of modules, prototypes, and feature enhancements.
• User experience feedback from surgeons, trainers, and internal teams.
• Contribution to product improvement, training efficiency, and simulation readiness.
• Reduction in technical issues, rework, and XR integration gaps.