MATLAB SIMULINK MASTER CLASS

30 DAYS CHALLENGE FOR
ELECTRICAL ENGINEEIRNG
MATLAB
SIMULINK
PANTECH SOLUTIONS

LEARN PRACTICE GROW
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https://www.pantechsolutions.net/learn-matlab-simulink
MATLAB SIMULINK - POWER
ELECTRONICS
30 Dierent Topics
Internship eCertiicate 
Exclusive Recorded Video with detailed explanation 
Download Example Codes Assignments 
Any Time | Anywhere 
Additional Source Codes 
Access Period: 60 Days from the date of payment
You'll start with a practical tutorial of MATLAB and scale up slowly, learning how to apply
Power Electronics Concepts Matlab Programming is one of the most important technical
programming languages and skills today.
Consistency is the key to Success
—Earl Nightingale
In this course, we will start learning Matlab from a beginner level and slowly ease our way into
more advanced topics and programs.
This course is a general Matlab/Simulink Model Design training, and it means that regardless of
your major and field of study; you can benefit from this course.
Matlab/Simulink Model Design is an easy and understandable programming language and is an
excellent choice for those who want to learn to program for the first time.
Engineering companies often use Matlab to prototype and validate their ideas before committing
to building it with other programs like Java, Python, C, and C++. Knowing Matlab will give you
a competitive advantage in your career.

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What You will Learn on this 30 Day Challenge?
Day 1 MATLAB SIMULINK FOR ELECTRICAL ENGINEERING
Day 2 Arduino Examples with MATLAB SIMULINK
Day 3 Arduino Based Speed Control of DC Motor using MATLAB
Day 4 Single/Three Phase Rectifier using MATLAB
Day 5 Single/Three Phase AC Voltage Controller using MATLAB
Day 6 DC-DC Converter using MATLAB
Day 7 Inverter Design using MATLAB
Day 8 Grid Tie Inverter Design using MATLAB
Day 9 Matrix Converter using MATLAB
Day 10 Multi-Level Inverter Design using MATLAB SIMULINK
Day 11 Active Power Filter Design using MATLAB SIMULINK
Day 12 Battery Charger design using MATLAB SIMULINK
Day 13 Speed Control of DC Motor Using Chopper
Day 14 Simulink Based Speed Control of Induction Motor Using VSI Fed Inverter
Day 15 Simulink Based Speed Control of BLDC Motor
Day 16 Simulink Based Speed Control of PMSM Motor
Day 17 MPPT Controller for Solar PV Application
Day 18 Gate Driver Design for IGBT /MOSFET
Day 19 AD/DC Current/Voltage/Speed Measurement Circuit Design
Day 20 Inductor/Transformer Design
Day 21 Buck/Boost Converter Design Procedure with Arduino
Day 22 Wind Energy Power System Design
Day 23 Smart Energy Meter System Design using Arduino
Day 24 Three Phase Induction Motor Fault Diagnosis using Arduino
Day 25 TI DSP Programming using MATLAB
Day 26 SMPS Design Calculations and Fabrication
Day 27 Electric Vehicle Design using MATLAB
Day 28 Facts Devices using MATLAB
Day 29 Vector controlled Induction Motor using Simulink
Day 30 Hardware design for Arduino based Speed Control of Induction Motor

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How to Extract Maximum Value
from the Course
1) Learn by Doing
2) Spend More Time Practicing Things You Find Difficult
3) Become an intern (Access to Recorded Videos ,practicing at
your Own time)
4) Earn certifications
5) Fill out the Clarifications in the Excel sheet provided during
the live ,answers will be sent through email on the next day
You Become What you Think
—Earl Nightingale

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Some of the Best Projects Covered
Electric Vehicle Design
Grid Tie Inverter