Lead design and optimization of geometry and mesh generation systems for a copilot platform, collaborate across teams, and mentor engineers.

Lead the end-to-end graphics pipeline for real-time visualization in hardware design, implementing advanced rendering strategies and collaborating with cross-functional teams.

Design and develop pipelines and tools for an AI product. Focus on improving scalability, APIs, MLOps for deep learning, and product features.

Develop and maintain front-end features with React and Three.js, focusing on 3D rendering, UI/UX design, and performance tuning.

Develop and ship features in high-performance computing; manage physics simulation data generation; build essential product features. Actively participate in product strategy and roadmapping.

The AI Engineer will develop intelligent systems for design improvement using ML techniques like reinforcement learning, graph-based approaches, and optimization methodologies, focusing on 3D geometry and simulation.

Lead the generation of synthetic data for hardware design, leveraging procedural generation and simulation while managing a team of engineers and designers.

Develop generative models for 3D geometry in hardware design, integrating physical principles and advanced machine learning techniques to ensure design feasibility and innovation.

The CFD Engineer will design, develop, and deploy codes for flow simulation in complex geometries, ensuring performance on GPUs and reducing solution time using advanced solvers.

The Data Engineer will build scalable systems supporting ML models, managing data schemas, transformations, and pipelines for enhanced application performance.

The role involves developing production-level C++ application code for parsing, simulation, and distributed execution engines, focusing on performance and scalability while ensuring features meet customer needs.

Build and operate full-stack applications using Python and gRPC, integrate C++ engines, develop UI with React, and manage CI/CD pipelines.