Domain-specific operators for engineering design and analysis
Our simulation and design tools provide domain-specific operators for engineering across multiple disciplines. Each operator is physics-based, formally verified, and optimized for performance.
From photonic circuits to thermal analysis, our tools enable rapid prototyping, optimization, and validation of complex engineering systems.
Photonic integrated circuits, waveguides, and optical components
Circuit simulation, SPICE modeling, and PCB design
Device physics, process simulation, and fabrication optimization
Heat transfer, thermal management, and cooling optimization
Structural analysis, vibration, and mechanical stress
We ground simulations in fundamental physics equations (Maxwell, Navier-Stokes, etc.)
We explore coupling thermal, electrical, optical, and mechanical simulations
We use ML to guide parameter exploration during design optimization
We work to verify simulation correctness through mathematical checks
1. Design: Create geometries and define materials using domain-specific tools
2. Simulate: Run physics-based simulations with automatic mesh generation
3. Optimize: AI-guided parameter sweeps and design optimization
4. Verify: Formal verification of results and numerical accuracy
5. Fabricate: Export manufacturing-ready files (GDS, Gerber, STEP)