3D Electromagnetic & Multiphysics Simulation

CST Studio Suite



Overview

CST Studio Suite is a comprehensive software package for 3D electromagnetic (EM) and multiphysics simulation. It enables engineers and researchers to design, analyze, and optimize high-performance electronic and electromagnetic systems across various industries. The tool supports simulations from static fields to high-frequency applications, making it ideal for antennas, microwave components, sensors, and electronic devices.

CST Studio Suite combines advanced time-domain and frequency-domain solvers with multiphysics capabilities, allowing users to study EM interactions with thermal, mechanical, and biological effects. Its powerful parametric modeling environment, built-in optimizers, and post-processing tools help reduce physical prototyping, saving both cost and development time. Integrated with the 3D EXPERIENCE platform, it enhances team collaboration, data management, and system-level design workflows.

Features

Accelerate electromagnetic design with powerful multiphysics solvers and seamless CAD integration.

Comprehensive EM Solvers

Covers applications from static fields to high-frequency domains.

Parametric CAD Environment

Seamless modeling with wide CAD/EDA file compatibility.

Multiphysics Coupling

Analyze thermal, mechanical, and EM interactions for complete system insight.

High-Performance Computing

Leverage GPU, cluster, and cloud computing for faster simulations.

Built-In Optimization & Visualization

Optimize designs with integrated solvers and advanced post-processing tools.

Applications

Empower your electromagnetic design and analysis across industries with CST Studio Suite.

Aerospace & Defense

Antenna design, radar performance, and lightning strike analysis.

Automotive

EMC testing, wireless charging, and radar sensor development.

Electronics & High-Tech

RF/microwave component design and signal integrity optimization.

Energy & Power

Electric motor, transformer, and solar system EM simulation.

Healthcare

MRI system modeling, implant safety, and SAR (Specific Absorption Rate) evaluation.