Computational Geometry Engineer

Movendi Inc.; San Francisco (CA); Hybrid; USD 120,000 - 150,000; Full time

Job summary

Movendi Inc. seeks to design the geometric foundations that enable machines to understand, manipulate, and reason about three-dimensional environments.

You will develop algorithms for 2D and 3D geometric processing and build high-performance spatial data structures and representations. The role emphasizes implementing mesh, point cloud, and CAD processing, as well as collision detection and spatial querying, with opportunities to work on digital twins andReality Models.

Qualifications

• Strong background in computational geometry or computer graphics.
• C++, Python.
• Linear algebra and numerical optimization.
• Experience with meshes, point clouds, CAD models, and spatial indexing.
• GPU acceleration is a plus.

Responsibilities

• Design algorithms for 2D and 3D geometric processing.
• Build high-performance spatial data structures and geometric representations.
• Develop object classifiers, manipulators, and transformation pipelines.
• Implement mesh, point cloud, and CAD processing algorithms.
• Develop collision detection and spatial querying capabilities.
• Create geometric abstractions for digital twins and Reality Models.
• Optimize computational geometry algorithms for real-time applications.

Skills

Strong background in computational ge­

C++

Python

Linear algebra

Numerical optimization

Meshes

Point clouds

CAD models

Spatial indexing

GPU acceleration

Tools

C++

Python

CUDA

Job description

Design the geometric foundations that enable machines to understand, manipulate, and reason about three-dimensional environments.

• Develop algorithms for 2D and 3D geometric processing.
• Build high-performance spatial data structures and geometric representations.
• Develop object classifiers, manipulators, and transformation pipelines.
• Implement mesh, point cloud, and CAD processing algorithms.
• Develop collision detection and spatial querying capabilities.
• Create geometric abstractions for digital twins and Reality Models.
• Optimize computational geometry algorithms for real-time applications.

Desired experience

• Strong background in computational geometry or computer graphics.
• C++, Python.
• Linear algebra and numerical optimization.
• Experience with meshes, point clouds, CAD models, and spatial indexing.
• GPU acceleration is a plus.