What we do

We specialize in multiphysics modeling of thermal systems, using simulation tools like ANSYS, COMSOL Multiphysics, and Modelica to explore and optimize heat transfer and fluid dynamics in complex applications. Our work spans the thermal management of electric motors and power electronics, energy efficiency in industrial furnaces, and heat generation in high-speed bearing systems. By simulating real-world conditions—transients, coupled domains, and dynamic loads—we generate insights that help reduce energy losses, extend component life, and guide design decisions. We also design and validate test rigs to ensure our models align with physical performance, enabling confident, data-driven engineering outcomes.

Why it matters

Efficient thermal management is essential for decarbonizing industry and electrified transport. From optimizing energy use in industrial furnaces to managing heat in electric motors, power electronics, and bearings, we help clients engineer systems that are both high-performing and climate-conscious. Through advanced multiphysics simulation and data-driven validation, we ensure engineering decisions are faster, more reliable, and aligned with the goals of energy efficiency and sustainability.

Lead consultant

Dr. Zaaquib Ahmed is a mechanical engineer specializing in CFD modeling of thermal-fluid systems. He has over a decade of experience in simulation-driven design across the steel, wind power, electronics cooling and automotive sectors, with a strong focus on heat transfer and energy efficiency.