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Biotecnomed presents the first professionalizing course of CST Studio Suite a Catanzaro.

CST Studio Suite (Dassault Systems) is a 3D electromagnetic simulation software and is used in leading technology and engineering companies around the world. It offers significant advantages in terms of "time to market”, facilitating shorter development cycles and reduced costs. The simulation allows the use of thevirtual prototyping.  

TYPE: Base
DURATION: 48 ore [divided into 2 sessions per day, lasting 4 hours each, per 6 days]
HOURS: 9:00 – 13:00 | 14:00 – 18:00
LINGUA: English
TRAINER: Raffaele Scuderi, Ph.D.

The course provides a comprehensive overview for to design, to analyze e optimize electromagnetic components and systems (EM) using the high performance 3D EM analysis software package CST Studio Suite.
CST Studio Suite contains ielectromagnetic field solvers for applications across the EM spectrum that can be coupled to perform hybrid simulations, giving engineers the flexibility to analyze entire systems made up of multiple components, efficiently and directly.

Co-design allows forintegrate EM simulation into the design flow and guides the development process from the early stages, offering significant advantages in terms of "time to market", facilitating shorter development cycles and reduced costs.
The performance of the device can be optimized, potential compliance problems identified and mitigated at the beginning of the design process. In this way the number of physical prototypes required can be reduced and the risk of test and recall failures minimized..

COURSE PROGRAM:


RECIPIENTS: The course is aimed at engineers and designers who intend to perform electromagnetic simulations in the context of product design and / or optimization.
PROPEDEUTICITY: Basic knowledge of electronics and heat exchange are recommended. An engineering degree is not required.
DATE: 08-09-16-21-22-23 September. 2022

The course is divided into 6 days with two sessions of 4 hours for each in which the following standard modules are addressed.

  • Introduction to CST Studio Suite
  • CST Studio Suite – EDA/SI-PI
  • CST Studio Suite – EMC/EMI
  • CST Studio Suite – Low Frequency
  • CST Studio Suite –Multiphysics
  • CST Studio Suite – Microwave and Antenna


The user will receive from the secretariat, the link and credentials to participate.

DETAILED COURSE AGENDA


  • 08/09/22
  • 09/09/22
  • 16/09/22
  • 21/09/22
  • 22/09/22
  • 23/09/22

Duration: 8 ore

List of contents – Introduction
Lesson 1 Introduction
Lesson 2 Basic and Advanced Modeling Techniques
Lesson 3 Solver Overview
Workshop 1 Coaxial Connector Simulation
Lesson 4 Ports, Materials and Boundaries
Lesson 5 High Performance Computing
Workshop 2 Microstrip Power Splitter OR
Workshop 3 PCB Board Level EMC Simulation
Lesson 6 Results Handling and Postprocessing
Lesson 7 Optimizer Overview

Duration: 8 ore

List of contents – EDA/SI-PI
Lesson 1 Introduction
Lesson 2 Solver Overview
Lesson 3 Circuit Simulation Overview
Workshop 1 Circuit Simulation
Lesson 4 EDA Workflow Integration
Workshop 2 EDA Import and Export
Lesson 5 Modeling Techniques
Lesson 6 Materials, Ports and Boundaries
Lesson 7 Result Handling and Postprocessing
Workshop 3 Differential Via Pair (optional)

Duration: 8 ore

List of contents – EMC/EMI
Lesson 1 Introduction, Solver Choice for EMC Applications
Configuration Wizard (hands on)
Lesson 2: Meshing Overview
Lesson 3: CST DESIGN STUDIO – Circuit and System Level Simulations (brief recap only, lesson similar to circuit lesson in EDA module)
Workshop 1: True Transient Co-Simulation
Lesson 4: Sources and Outputs for EMC Simulation
Lesson 6: CST CABLE STUDIO – Introduction and Workflow Overview
Workshop 3: Panel Shielding Effectiveness
Workshop 4: CST CABLE STUDIO Crosstalk Simulation

Duration: 8 ore

List of contents – LF
Lesson 3 LF Solvers Overview
Lesson 4 Source Definition
Lesson 5 Boundaries and Symmetries
Lesson 6 Material Definition
Lesson 7 Meshing Overview
Workshop 2 Simulation of an Inductive Sensor

Duration: 8 ore

List of contents – Multiphysics
Lesson 1 Basic Principles and Solver Choices
Lesson 2 The “Classic” Solvers THs and THt
Lesson 3 The Conjugate Heat Transfer Solver
Lesson 4 Thermal Sources, Drains and EM-Thermal Links
Lesson 5 Structure Mechanics Solver
Workshop 4 Coupled EM-CHT Simulation

Duration: 8 ore

List of contents – MW & Antenna
Lesson 1 Waveguide Ports
Lesson 2 Meshing Overview
Lesson 4 Antenna Simulation Overview
Workshop 2 Dual Patch Antenna and Feeding Network
Workshop 4 Radio Frequency Identification (RFID) Tag

* At the end of each daily session, the topics covered can be applied to case-studies proposed by users.

CONTACT US FOR INFORMATION


Course manager:
Ing. Francesca Pardeo

Email:
francesca.pardeo@biotecnomed.it

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