Hiring: AR/AI Software Engineers (Frontend & Backend) – Remote or Lebanon-Based – Submillimeter Precision Project

Type: Contract (3–6 months) with potential for extension
Location: Remote (Worldwide)
Project Start: ASAP
Compensation: Competitive & based on expertise and deliverables

• Project Overview We are developing a cross-platform AR application designed for the dental and surgical sectors, capable of submillimeter-accurate 3D overlays on real-world anatomy and objects. The app integrates AI-driven segmentation, real-time tracking, and high-precision pose estimation for medical components (e.g., brackets, retainers, implants). We’re assembling a small elite engineering team to bring this to life.

1. Open Roles
2. Frontend Engineer (AR/3D Focus) Key Responsibilities:
3. Build a responsive AR interface for mobile (ARKit, ARCore, WebXR)
4. Integrate real-time 3D overlays using Three.js, Unity, or similar
5. Implement real-time camera calibration & distortion correction
6. Ensure overlays are stable, accurate, and submillimeter precise

7. Work closely with AI and backend engineers for pose data rendering

8. Must-Have Skills:

9. Proven experience in real-time AR applications (mobile or web)

10. Strong in Three.js, WebGL, Unity3D, or React Three Fiber

11. Knowledge of marker-based and markerless SLAM

12. Understanding of camera calibration, tracking pipelines

13. Experience with real-world scale mapping and precision testing

14. Familiarity with WebXR, ARKit, ARCore

15. Bonus:

16. Prior work in AR, robotics, or industrial AR

17. Experience in depth sensors, LiDAR, or custom tracking SDKs

18. 🔶 Backend/AI Engineer (Pose Estimation + Data Pipelines)
    a-Key Responsibilities:

19. Develop AI models for 3D model segmentation and pose estimation

20. Create real-time backends for model-data sync (Node.js / Python)

21. Integrate TensorFlow, ONNX, or PyTorch into the application

22. Manage APIs to supply tracking corrections to the frontend

23. Optimize for latency, performance, and model-light deployment on edge devices

24. Must-Have Skills:

25. Strong experience in computer vision and pose estimation

26. Experience with OpenCV, MediaPipe, or custom CV pipelines

27. Knowledge of model compression for mobile deployment (TFLite, ONNX)

28. Backend development experience in Python, FastAPI, or Node.js

29. Solid understanding of 3D file formats: STL, OBJ, GLTF

Bonus:

• Prior experience working on dental, medical, or robotic vision systems
• Experience creating synthetic datasets or training CV models for <1 mm accuracy
• Familiarity with AWS, GCP, or Firebase for backend scaling

5-. What We Require

• You must aim for submillimeter accuracy in your implementation
• You are self-driven, detail-oriented, and deeply experienced
• Fluent communication in English (written + spoken)
• Strong documentation habits and clean code practices
• Ability to join meetings 2–3 times/week (GMT+3 preferred but flexible)

1. What We Offer
2. A unique, innovative product with medical impact
3. Opportunity to work on bleeding-edge AR and CV tech
4. Flexible remote work environment
5. Prompt payments and milestone-based contract
6. Potential for equity or long-term retention (optional)

🧾 How to Apply
Send your:

• CV or LinkedIn
• Portfolio or app links (especially 3D/AR/AI projects)
• Short note about your relevant experience with submillimeter precision
• For frontend: links to live demos or GitHub repos
• For backend: details of CV/AI models built for AR or 3D