Web Graphics Engineer – Real-Time 3D Medical Visualization (WebGPU/WebGL)

Salary :

Activity area : Technology

Post category : Technologies

Province : Quebec

Region : Montreal and surroundings

Recruiter : Kader Yettou

Contact us : kyettou@st-amour.com

Job description :

This role owns the real-time rendering layer of a browser-based medical visualization platform.

You will design and evolve GPU-accelerated systems that handle complex anatomical models, high-resolution imaging data, and interactive measurement workflows, all within the constraints of browser environments.

This is a performance-critical engineering role where rendering precision, frame stability, and memory discipline directly impact clinical usability.

What You’ll Work On :

• Architect and implement GPU-accelerated 3D rendering systems in the browser
• Make architectural decisions around rendering abstractions and performance trade-offs
• Develop and refine rendering pipelines (camera systems, scene graphs, shading, object interaction, post-processing effects)
• Analyze and improve frame performance, memory efficiency, and responsiveness across different browsers and GPU environments
• Translate clinical and product requirements into reliable, intuitive visualization tools
• Build sustainable graphics infrastructure, including internal tooling, debugging workflows, and documentation
• Contribute to structured development practices aligned with regulated healthcare software standards

Compensation & Benefits :

• Base salary: $80,000 – $105,000
• Equity participation (ESOP)
• Remote-first structure with flexibility
• Ownership of mission-critical visualization systems
• Direct collaboration with clinical end-users
• Post-seed stage, strong growth trajectory

Skills and qualifications :

Required Background :

• Proven experience building interactive 3D web applications using WebGL, WebGPU, or comparable technologies
• Strong grasp of 3D mathematics and rendering fundamentals (matrices, projections, quaternions, shaders, materials, lighting models)
• Solid professional experience with TypeScript and modern front-end engineering principles
• Demonstrated ability to profile, diagnose, and optimize graphics-intensive applications

Nice to Have :

• Experience with libraries such as Three.js, VTK/VTK.js, cornerstone3D, or similar frameworks
• Familiarity with advanced visualization techniques (volume rendering, segmentation overlays, clipping planes, measurement tools)
• Exposure to monorepo architectures and modern build/test tooling
• Understanding of medical imaging data (DICOM concepts)
• Experience working within structured or regulated development environments