The Human Thermal Extension simulates human thermoregulation and comfort under transient, asymmetric conditions. It models physiological responses like sweating, shivering, and blood flow, using scalable male and female models. It supports HVAC, clothing, and wearable design optimization.

CoTherm is a coupling and process automation software that streamlines simulation workflows across CAE tools. It enables efficient multi-physics integration, optimization, and automation, reducing manual scripting and accelerating design analysis for thermal, CFD, and sensor modeling applications.

The Battery Thermal Extension simulates coupled thermal and electrical behavior of batteries. It predicts performance, safety, and aging under real-world conditions, supporting design optimization and thermal management for electric vehicles and electronics.

TAITherm is a 3D thermal simulation software that models heat transfer phenomena including conduction, convection, and radiation. It delivers fast, accurate results for transient and steady-state environments, supporting industries like automotive, electronics, defense, and architecture.

The Drive Cycle Extension enables transient thermal simulations using real-world or standard driving profiles. It integrates with CoTherm to model heat transfer in dynamic vehicle conditions, improving accuracy and efficiency in thermal system design and validation.

ManikinPC simulates human thermoregulation to predict thermal comfort, safety, and physiological responses. It supports variable activity levels and integrates with adaptive manikins for realistic environmental testing in automotive, defense, and medical applications.

The Exhaust Extension enables fast, transient thermal simulations for exhaust systems. It simplifies setup with pre-built components and streamlines heat protection design, delivering accurate results for hot soak and time-based scenarios in automotive and mobility applications.

MuSES is an EO/IR signature simulation software that models thermal and radiative behavior across visible to millimeter wavelengths. It enables accurate sensor-based radiance predictions for defense applications, supporting low observables design, camouflage evaluation, and satellite imagery analysis.

RapidFlow™ is a 3D flow solver integrated with TAITherm™ and MuSES™, enabling fast, high-fidelity thermal-fluid simulations for complex geometries with minimal setup time. It streamlines workflows and enhances accuracy in automotive, aerospace, and defense applications.