Hello, all the tech enthusiasts out there! So here we are, really excited to share that our completely revamped online course "Embedded Systems with Arduino" is live now. If you're in love with hardware, and coding, and willing to go further into the worlds of Embedded Systems, this course is tailor-made with you in mind.
From smart devices to industry machinery, an Embedded System is at the heart of many modern devices. In this training, you will learn how to design, build, and program your own embedded systems using Arduino—the leading field platform.
Our course offers you a complete journey into the world of Arduino for high demanding expertise in embedded systems. Practical experience and hands-on knowledge will be provided about it. Learn at your comfort with the ability to create innovative projects that can be seamlessly combined between hardware and software. Acquire knowledge in Arduino and be able to create new solutions that are leading technological changes. Whether you are running home automation systems or working on prototypes for new products, your skills will be priceless. This is the opportunity to increase not only your knowledge but also your career prospects.
Introduction to Arduino Boards, Arduino UNO, Breadboard, and Simulation using Tinkercad
Arduino Programming
Module 3
Interfacing Basics
LED Interfacing
Interfacing of Single & Multiple LEDs with Arduino
Interfacing 7-Segment LED Display with Arduino
Buzzer Interfacing
Buzzer Interfacing with Arduino
Tone Generation with Arduino
Switch Interfacing
Introduction to Switches & Interfacing Switches with LEDs to Arduino
Multiple Switches and LEDs Interfacing
Module 4
Communication and I/O Interface
Serial Communication
Serial Communication
Introduction to Serial Communication
Serial Communication Program
Device Control Using Serial Communication
LCD
Liquid Crystal Display (LCD) and Arduino
Arduino Programming with LCD
Keypad
Concepts around Keypad
Keypad Interfacing with Arduino
Module 5
Motor Control and PWM
Analog Input and DC Motor Interfacing
Analog Input and DC Motor Interfacing
Introduction to Analog to Digital Converter (ADC) and Digital Voltmeter
Introduction to DC Motor
DC Motor with Motor Driver IC L293D Interfacing to Arduino
Servo Motor Interfacing
Servo Motor and Arduino
Servo Motor Interfacing and Programming
Pulse Width Modulation (PWM)
Introduction to Pulse Width Modulation (PWM) and Fading Using PWM
Module 6
Interrupts and Practical Applications
Interrupt Logic
Practical Applications Based on Interrupts
Module 7
Interfacing Sensors with Arduino
Analog Sensors:
Temperature Sensor Interfacing with Arduino
Light Dependent Resistor (Photoresistor) Interfacing with Arduino
Pressure/Force Sensor Interfacing with Arduino
Digital Sensors:
IR Sensor Interfacing with Arduino
Ultrasonic Distance Sensor Interfacing with Arduino
Gas Sensor Interfacing with Arduino
Interfacing PIR Sensor with Arduino
Module 8
Networking using Arduino
Arduino UNO Interfacing ES8266 (Wi-Fi) Module
Introduction to ESP8266 Module
Communication of ESP8266 Module with Arduino
Module 9
Common VLSI Topics
Digital Logic Design
Introduction to RTL & Verilog
Data Types & Arrays
Procedural Statements & Flow Control
Processes
Classes
Randomization & Constraint
SV Assertions
Physical Design
Synthesis
Physical Partitioning and Floor-Planning
Routing & Placement
Static Time Analysis
Module 10
Capstone Project
Password-Based Door Lock System with LCD Display
Meet you Instructor
Piyush Mishra
Hardware Engineer at Google | 7+ Years of Industry Experience
Piyush Mishra is a seasoned Hardware Engineer at Google, bringing over 7 years of expertise in Front End VLSI Design & Verification and Embedded Systems. His career is distinguished by a strong track record in developing and validating advanced hardware solutions, contributing significantly to high-impact projects within the tech industry.
As a mentor, Piyush leverages his extensive experience to provide insightful guidance on hardware design, verification, and embedded systems. He is passionate about mentoring the next generation of engineers, fostering their growth through a blend of practical expertise and industry-leading practices.
Conclusion
The "Embedded Systems with Arduino" course will bridge the gap from theoretical knowledge into practice, giving you the skills that make you outstanding in embedded systems. Be it a basic acquaintance or improvement, this course delivers a complete program from simple to advanced topics.
You'll confidently design, build, and program your own embedded systems through practical projects, in-depth articles, and expert guidance from Piyush Mishra. This practical knowledge and experience will let you not only enhance your understanding of embedded systems but be also very useful for new career opportunities which continuously appear in this fast-evolving field.
This will be the chance to turn an interest in hardware and coding into a valuable set of skills. Use this "Embedded Systems with Arduino" course now, and let your path toward becoming an expert on development in embedded systems start here. Your journey begins here to master embedded systems!
