Staff Computational Geometry Engineer

MimoLabs; United States; Remote; USD 170,000 - 220,000; Full time

Benefits offered by this job

Remote work within US

Equity options

Health insurance

Job summary

MimoLabs is seeking a senior geometry engineer to lead development of methods that turn design intent into manufacturable CAD across B-rep, implicit, and mesh representations. You will integrate FEM verification and meshing into geometry generation, ensuring manufacturability and performance.

The role requires extensive experience in CAD kernels, implicit modeling, and robust mesh processing, with strong Python/C++ skills and shipped software contributions.

Qualifications

• At least six years in computational geometry, CAD kernel, or geometry processing.
• Deep B-rep kernel experience, including kernel internals and mathematics.
• Knowledge of implicit modeling and signed distance fields; conversion between implicit, B-rep, and mesh forms.
• Strong mesh geometry skills: boolean operations, watertight repair, remeshing, collision checks.
• Experience with finite-element or physics-based verification, meshing, and solver integration.
• Proficient in Python and C++, with shipped geometry software or published geometry research.

Responsibilities

• Develop methods that generate manufacturable geometry from intent across B-rep, implicit, and mesh representations.
• Integrate meshing, finite-element analysis, and physics-based verification into geometry generation; use results to improve designs.
• Build scalable tools to inspect and characterize CAD and mesh files; include feature and tolerance extraction, manufacturability checks, and mesh repair.
• Handle geometry interchange and assembly concerns across STEP, IGES, 3MF, and mesh formats, including joints, motion, and collision.
• Research and prototype geometry techniques, then recommend priorities for the roadmap.
• Set shared standards for tolerance, performance, and correctness.

Skills

Computational geometry

B-rep kernel

Implicit modeling

Signed distance fields

Mesh operations

Finite-element analysis

Python

C++

Tools

STEP

IGES

3MF

Job description

Role overview

Lead the geometry methods and research that enable an AI system to turn design intent into manufacturable CAD. The work spans exact, implicit, and mesh representations, simulation, and analysis tooling, with outcomes verified against real manufacturing needs such as printing, machining, and assembly.

Responsibilities

• Develop methods that generate manufacturable geometry from intent across B-rep, implicit, and mesh representations.
• Integrate meshing, finite-element analysis, and physics based verification into geometry generation, using results to improve designs.
• Build scalable tools to inspect and characterize CAD and mesh files, including feature and tolerance extraction, manufacturability checks, and mesh repair.
• Handle geometry interchange and assembly concerns across STEP, IGES, 3MF, and mesh formats, including joints, motion, and collision.
• Research and prototype geometry techniques, then recommend priorities for the roadmap.
• Set shared standards for tolerance, performance, and correctness.

Requirements

• At least six years in computational geometry, CAD kernel, or geometry processing development, with demonstrable work.
• Deep B-rep kernel experience, including kernel internals and the underlying mathematics.
• Knowledge of implicit modeling and signed distance fields, and conversion among implicit, B-rep, and mesh forms.
• Strong mesh geometry skills, including boolean operations, watertight repair, remeshing, collision, and robust predicates.
• Experience with finite-element or comparable physics based verification, analysis meshing, and solver integration.
• Python and C++ skills, plus shipped geometry software or published geometry research.

Nice to have

• Topology optimization, physics driven generative design, Rust, feature history systems, constraint solvers, manufacturing process knowledge, GPU or differentiable geometry, or open source geometry contributions.

Benefits and work setup

• Remote within the United States, with occasional travel to Detroit.
• Base pay of $170,000–$220,000, equity with four-year vesting and a one-year cliff, and health, dental, and vision coverage.
• US work authorization is required; visa sponsorship is unavailable. The work may involve data subject to export-control requirements.