Tutorials > Learn CST Studio- Microwave and Antenna from zero to Hero

Learn CST Studio- Microwave and Antenna from zero to Hero


Date: 22 May 2026 | Posted by: voska89
Learn CST Studio- Microwave and Antenna from zero to Hero
Free Download Learn CST Studio- Microwave and Antenna from zero to Hero
Published 5/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 2h 30m | Size: 2.31 GB
Compact CST Antenna Design course covering RFID tags,Arrays,Mobile Phone Antenna Design &Integration,MIMO Analysis,etc


What you'll learn


Waveguide Ports
,Frequency Dependent Modes(inhomogeneous ports)
Mode Polarization
Reference Plane-Phase de-embedding
Boundary Conditions of Waveguide Port Edges
Hexahedral Meshing
Multipin Waveguide Ports
Meshing Overview
How to get a Good Mesh?
Mesh Types
Hexahedral Meshing for Time Domain Simulations
Tetrahedral and Surface Meshing for Frequency Domain Simulations
Antenna Simulation Overview
Antenna Magus
Antenna Examples in CST Studio Suite
Antenna Examples overview
Farfield Outputs
Farfield Definitions
Tips & Tricks for an Accurate Farfield
Horn Antenna Simulation
Reflector Antenna Simulation
Dual Patch Antenna and Feeding Network Simulation from scratch
Patch Antenna Array Design from scratch
Mobile Phone Antenna Design and Integration from scratch
Over-the-Air Performance and MIMO Analysis
Radio Frequency Identification (RFID) Antenna Design from Scratch
RFID Antenna Reader and Tag Antenna

Requirements


You will learn everything you need to know from scratch

Description


Lessoon 1: Waveguide Ports
- Waveguide Port Basics
- Frequency Dependent Modes(inhomogeneous ports)
- Mode Polarization
- Reference Plane-Phase de-embedding
- Boundary Conditions of Waveguide Port Edges
- Hexahedral Meshing
- Multipin Waveguide Ports
Lesson 2: Meshing Overview
- How to get a Good Mesh?
- Mesh Types
- Hexahedral Meshing for Time Domain Simulations
- Tetrahedral and Surface Meshing for Frequency Domain Simulations
Lesson 3: Antenna Simulation Overview
- Antenna Magus
- Antenna Examples in CST Studio Suite
- Antenna Examples overview
- Farfield Outputs
- Farfield Definitions
- Tips & Tricks for an Accurate Farfield
Project 1: Horn Antenna Simulation
- Model
- Workflow using CST Studio Suite
- New Project Template-Horn Antenna
- Horn Antenna Construction
- Simulation Setup
- Plot Results
- Parameter Sweep
- Farfield Post processing
Project 2: Reflector Antenna Simulation
- Model
- New Project Template-Reflector Antenna
- Reflector Antenna Modeling
- Workflow using System Assembly and Modeling (SAM)
- Assembly Setup
- Available Simulation Approaches
- Hybrid Solver Task
- Setup Hybrid Solver Task- Bidirectional
- Advanced : Looped Parameter Sweep
- Parameter Sweep Task
Project 3: Dual Patch Antenna and Feeding Network
- Final Model
- Workflow CST Studio Suite
- Create a New Template
- Model the Antenna
- Define Excitation
- Visualize Results
- Combine Results
- Simultaneous Excitation-Info Slide
- Microstrip Feeding Network Info
- Microstrip Feeding Network Modeling
- S-Parameters Simulation
- Simulate the Antenna with feeding network and SMA connector
- Assembly View
- Create 3D Simulation Project
- Modify Simulation Project
- Frequency Domain Solver Run
- Visualizing Results
Project 4: Patch Antenna Array Design
- Phased Array workflow using Antenna Magus and the Array Task
- Synthesize Antenna Inside Antenna Magus
- Run Exported Model in CST Studio Suite
- Plot Results
- Restart Simulation & Plot S-Parameters
- Decoupling Plane
- Array Design Introduction
- Create Array project
- Array Task
- Array Task Results
Project 5: Mobile Phone Antenna Design and Integration
- Workflow Using CST Studio Suite
- Characteristic Mode Analysis (CMA)
- Parametric Study using CMA
- Inclusion of Finite Dielectric
- Antenna Integration into Housing
- Meshing, Impedance Matching and Bandwidth Potential
- Check Global Mesh Settings
- Start Time Domain Simulation
- Antenna Matching and Bandwidth Potential
- Over-the-Air Performance and MIMO Analysis
Project 6: Radio Frequency Identification (RFID) Tag
- RFID Workflow
- RFID Model

Description


- RFID Construction
- Create 3D Simulation Project using SAM
- 3D Model Setup
- Analyze Results
- Conformal RFID on 3D Object
- Conformal RFID Model Setup
- Transient Solver Simulation
- Analyze Results
- S-Parameter Comparison- Planer vs. Bent RFID
- RFID Bending on Phantom Hand Setup
- Transient Solver Simulation
- View Results
- Calculate and Visualize SAR
RFID READER
- PATCH Antenna
- Circularly Polarized Patch Antenna
RFID Tag Antennas
- Dipoles and Derivatives
- Wiggling Wires
- Match with meander
- Getting Loaded
- Fat and Thin

Who this course is for


Professionals in RF and Antenna Designers
Electromagnetic device designers (Filter, Waveguide, Coupler, etc...)
Engineering Students
Academics and Researchers
Beginners in RF and Antenna Designers

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