3D Vision Software Engineer – Production-Ready AI & SLAM

GenWeb; United States; Remote; USD 120,000 - 180,000; Full time

Job summary

GenWeb is building the next generation of 3D perception systems by bridging classical geometry with modern machine learning to enable faster and more accurate real-world 3D understanding. Our team emphasizes robustness and production-quality deployment.

We seek a developer to create and optimize 3D vision components, integrate DL models into traditional workflows, and deliver production-ready systems in Python and C++. Join us to push the boundaries of 3D perception.

Qualifications

• Strong grasp of 3D vision, geometry, structure-from-motion, and calibration.
• Experience with a major 3D or perception stack (ARKit, Reality Labs, etc.).
• Proficient in Python and C++ with deep learning frameworks (PyTorch, TensorFlow).
• Ability to collaborate with engineering and research teams for production deployment.
• Focus on robustness, performance, and real-world deployment.

Responsibilities

• Develop and optimize 3D vision components, including triangulation and calibration, integrated into GenWeb3D.
• Design and implement 3D point and sparse patch tracking from video data.
• Integrate deep learning models into classical vision workflows to accelerate 3D inference.
• Collaborate with engineering and research teams to bring 3D perception methods into production.
• Build robust, production-ready solutions with a focus on real-world deployment.

Skills

3D vision

Python

C++

Deep learning

Collaboration

Production deployment

Tools

PyTorch

TensorFlow

ARKit

OpenCV

Job description

GenWeb is building the next generation of 3D perception systems by bridging classical geometry with modern machine learning to enable faster and more accurate real-world 3D understanding. Our team emphasizes robustness and production-quality deployment.

We seek a developer to create and optimize 3D vision components, integrate DL models into traditional workflows, and deliver production-ready systems in Python and C++. Join us to push the boundaries of 3D perception.