CST STUDIO SUITE

This foundational course equips participants with the knowledge required to perform basic electromagnetic simulations using CST Studio Suite. It covers the general framework and analytical capabilities for 2D and 3D high-frequency simulations, including an introduction to various high-frequency solvers. The course explores both FIT and FEM algorithms for time- and frequency-domain solvers.

In this course, participants will gain knowledge of electromagnetic compatibility (EMC) simulation using the CST Studio Suite. The course provides an overview of how simulations are applied to the design of electromagnetic compatibility, the analysis of conducted and radiated emissions, and immunity testing.

This course focuses on CST Studio Suite's capabilities for low-frequency and static simulations. After a brief overview of the fundamental use of CST Studio Suite, the training explores various application cases and the available solvers in CST Studio Suite.

This course provides in-depth knowledge of the CST Studio Suite for high-frequency applications. Following a brief overview of the fundamental usage of CST Studio Suite, the course focuses on leveraging high-frequency solvers to simulate various antenna types.

This course provides knowledge of the Multiphysics Studio within CST Studio Suite. Participants will gain an understanding of fundamental thermal and mechanical theories, as well as sources, boundary conditions, meshing options, and solver types. The objective of the course is to enable participants to independently perform coupled electromagnetic-thermal-mechanical analyses.