Diploma in Antenna Modelling for Modern Transceivers

Name: Diploma in Antenna Modelling for Modern Transceivers
Rating: 4.6 (8 reviews)

A Comprehensive Antenna Design Certification Program

Created byJayanandan T

Last updated 6/2022

English

What you'll learn

Understand the Working Principle of Modern Antenna Design
Identify the Performance Parameters and Design Rules of Antenna
Gain Insights on Different Domains in Antenna Design
A Project Experience, from Ideation to Complete Characterization of one's own Antenna

Course content

1 section • 14 lectures • 4h 31m total length

Pilot: What to Expect in Diploma in Antenna Design Course?21:08
Understand the Flow of the Course and have a head start to the Learning Experience.
Pillars of Electronic Circuits - Part 0114:47
Pillars of Electronics Circuits - Part 0218:58
Explore the push of electrons in conductors, semiconductors, and insulators, and master DC and AC energy propagation, voltage, current, resistance, frequency, power, and impedance for modern transceiver design.
Pillars of Electronics Circuits - Part 0312:28
Explore ohm's law and electromagnetic principles, compare time-domain and frequency-domain analysis, and learn how voltage, current, resistance, electric and magnetic fields govern circuit behavior.
Idiots of Electronics Circuits - Part 0125:01
Idiots of Electronics Circuits - Part 0226:52
EMism - Part 0129:53
EMism - Part 0221:08
Explore impedance, reactive components, and impedance matching to maximize power transfer in RF circuits. Learn how standing wave ratio and quarter-wavelength and half-wavelength transmission lines, harmonics, and filters shape design.
EMism - Part 0316:52
Explore how electromagnetic waves propagate in PCB substructures, focusing on three-layer sandwiches and dipole fields, with emphasis on impedance matching and Smith chart use for antennas and transmission lines.
Super-Heterodyne TxRx - Part 0115:14
Super-Heterodyne TxRx - Part 0227:54
Material Science - Part 0114:31
Explore metamaterials by applying structural and material alterations to steer electromagnetic wave propagation. Understand permeability and permittivity, and compare double positive, single negative, and double negative regimes.
Material Science - Part 029:27
Explore photonic bandgap structures and metamaterials to filter, reflect, refract, or absorb specific frequencies in antenna systems, using Bragg diffraction, 2D/3D photonic crystals, and defective ground structures.
Material Science - Part 0316:53

Requirements

You will learn everything as you progress, but an interest in EMF and Tx Lines will Help!

Description

Over the past 05 years, We have Inspired Young & Experienced Engineers towards Design and fabrication of various 5G based RF Front End Circuits in India.

In total 13,500+ engineers got introduced to RF Concepts through our Internships, Inplant Training, Guest Lectures, Workshops, Webinars and online Certification Courses.

There has been great demand for a comprehensive Antenna Design Training module, which would cover the entire journey of designing an Antenna from Idea to Prototype.

In this 50+ hour Diploma Course, We cover the entire Design experience from Basics to the Advanced Antenna modelling Techniques. Moreover, as a participant you can learn the concepts at your own pace, revisit the course modules as many times as you need to.

Module 01 (5 Hours): Transmission Line 101 - Fundamentals of EMF, TX Lines, and Microstrip Circuits & Design.

Module 02 (8 Hours): RF Front End Design Masterclass - Design Basics of Antennas, RF Amps, RF Filters, Mixers, Oscillators etc.

Module 03 (5 Hours): Microstrip Antenna Modelling - Mathematical Modelling, Equivalent Circuit Models.

Module 04 (8 Hours): Space Application Antennas - On Board Antennas, Reconfigurability, Ultrawideband Case Study.

Module 05 (8 Hours): Consumer Electronics Antennas - Conformal Antennas, Wireless Power Transfer (WPT) Industry, Multiband Antennas.

Module 06 (8 Hours): Bio Medical Antennas - Wearables & Implants Case Study SAR & Bio Compatibility Bend Analysis

Module 07 (8 Hours): Autonomous Vehicle Radar Antennas - Market Case Study, MIMO Antennas, Beam Steering Antennas, EMI Challenges.

Finally at the end of the Course, you will be offered an Project Internship as Assignment, which will test your knowledge gained in the course and push your design skills to the Industry requirements.

Who this course is for:

Student, Faculty, Research Scholars who want to explore Antenna Design
Interns in RF/Microwave Industry