Microstrip Patch 4x4 Array Antenna - Ansys HFSS - for all

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Free Download Microstrip Patch 4x4 Array Antenna - Ansys HFSS - for all
Published 12/2025
Created by Hamed Noroozi
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All | Genre: eLearning | Language: English | Duration: 35 Lectures ( 2h 27m ) | Size: 3.2 GB

Project-based, Ansys HFSS Tutorial, Zero to Expert Level, dimension calculation,HFSS parametric sweep, HFSS optimization
What you'll learn
This course is project-based - from zero to expert level
Antenna Design Theory
Parametric Design, Parametric Sweep, Error and Warning in HFSS, Optimisation
3D modeling Tools in HFSS
Requirements
basic knowledge
Description
Note: You'll learn by doing! This project-based course is filled with hands-on, real-life examples to make concepts stick.---1. Do you struggle with designing and scaling microstrip patch antenna arrays in HFSS?2. Do you want to learn how to systematically build antenna arrays-from a single patch to a full 4x4 array-with full understanding of each step?3. Are you looking to master parametric sweeps, optimization techniques, and result analysis for antenna arrays?4. Ready to move beyond theory and design practical, simulation-ready patch antenna arrays used in real RF systems?---In this hands-on, project-based course, you'll learn how to design, simulate, and optimize a microstrip patch antenna array (4x4) in HFSS, starting from the very basics and progressing step by step to a full array configuration.We begin with the design of a single microstrip patch antenna, where you'll learn how to define the substrate, calculate initial dimensions, set boundary conditions, and analyze key results such as S‑parameters and radiation patterns. Once the fundamentals are solid, we gradually expand the design:- From a single patch- To a 2x1 array- Then a 2x2 array- Next a 2x4 array- And finally a complete 4x4 microstrip patch antenna arrayA major focus of this course is parametric design and optimization. You'll learn how to:- Set up parametric sweeps for critical geometrical parameters - Apply optimization techniquesto improve matching, bandwidth, and radiation characteristics - Interpret simulation results correctly and make informed design decisions To ensure a smooth learning experience, this course includes:- able HFSS simulation files for every design stage This course is ideal for all engineering students, antenna designers, and RF engineers who want a clear, structured, and practical pathway to mastering microstrip patch antenna arrays in HFSS.By the end of the course, you'll have the confidence and skills to independently design, simulate, analyze, and optimize complex patch antenna arrays-from a single element to a professional 4x4 array, entirely inside Ansys HFSS.
Who this course is for
zero to professional
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Microstrip Patch 4x4 Array Antenna - Ansys HFSS - for all
Published 12/2025
Duration: 2h 27m | .MP4 1920x1080 30fps(r) | AAC, 44100Hz, 2ch | 3.21 GB
Genre: eLearning | Language: English​

Project-based, Ansys HFSS Tutorial, Zero to Expert Level, dimension calculation,HFSS parametric sweep, HFSS optimization

What you'll learn
- This course is project-based - from zero to expert level
- Antenna Design Theory
- Parametric Design, Parametric Sweep, Error and Warning in HFSS, Optimisation
- 3D modeling Tools in HFSS

Requirements
- basic knowledge

Description
Note: You'll learn by doing! This project-based course is filled with hands-on, real-life examples to make concepts stick.

--

1. Do you struggle withdesigning and scaling microstrip patchantenna arrays inHFSS?

2. Do you want to learn how to systematically build antenna arrays-from a single patch to a full 4x4 array-with full understanding of each step?

3. Are you looking to masterparametric sweeps,optimizationtechniques, andresult analysisfor antenna arrays?

4. Ready to move beyond theory and design practical, simulation-readypatch antenna arraysused in real RF systems?

--

In this hands-on,project-basedcourse, you'll learn how todesign, simulate, and optimize a microstrip patch antenna array (4x4)in HFSS, starting from the very basics and progressingstep by stepto a full array configuration.

We begin with the design of a single microstrip patch antenna, where you'll learn how to define the substrate,calculate initial dimensions, setboundary conditions, and analyze key results such as S‑parameters and radiation patterns. Once the fundamentals are solid, we gradually expand the design:

- From asingle patch

- To a2x1 array

- Then a2x2 array

- Next a2x4 array

- And finally a complete4x4 microstrip patch antenna array

A major focus of this course isparametric design and optimization. You'll learn how to:

- Set up parametric sweeps for critical geometrical parameters

- Apply optimization techniquesto improve matching, bandwidth, and radiation characteristics

- Interpret simulation results correctly and make informed design decisions

To ensure a smooth learning experience, this course includes:

-Downloadable HFSS simulation filesfor every design stage

This course is ideal forall engineering students,antenna designers, andRF engineerswho want a clear, structured, and practical pathway to mastering microstrip patch antenna arrays in HFSS.

By the end of the course, you'll have the confidence and skills to independently design, simulate, analyze, and optimize complex patch antenna arrays-from a single element to a professional 4x4 array, entirely insideAnsys HFSS.

Who this course is for:
- zero to professional

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