Physics-First Electronics Design

De-Risk Power Electronics Designs from Concept to Hardware

Rigorous Analysis, Physics-driven simulation and AI-accelerated design automation.

10+ years in power electronics design, simulation automation, and hardware validation. Trusted by industry leaders.

Our Process

1

Concept & Architecture

Topology selection, system-level trade-offs, and simulation-driven feasibility. Analytical and Spice, simulation with python automation to narrow the design space before component is chosen.

2

Design — Schematic, Layout & Magnetics

Full schematic capture, power-aware PCB layout, and custom magnetics design. Inductors and transformers are modeled analytically to predict saturation, winding loss, and leakage before fabrication.

3

Multiphysics Simulation

Thermal, electromagnetic, and structural simulations across every domain. CFD for airflow, FEA for core and copper loss, and EMI analysis — so every design decision is backed by physics.

4

Hardware Build, Test & Validation

Prototype with confidence, then prove it. First-pass hardware that works — followed by bench testing and simulation-to-hardware correlation that closes the loop on every design decision.