Build Real-World Projects with ESP32: IoT, Sensors, Microcontrollers, and Wireless Communication.
What you'll learn
Master ESP32 Programming: Learn to program the ESP32 microcontroller using both Arduino IDE and MicroPython, gaining a solid understanding of its architecture a
Build Real-World IoT Projects: Develop practical skills by building real-world projects such as smart home devices, wearable tech, and remote monitoring systems
Integrate Wireless Communication: Understand and implement Wi-Fi and Bluetooth connectivity in your projects, enabling seamless data transmission and control of
Optimize Power Management: Explore advanced features like deep sleep mode and power optimization techniques to extend battery life and efficiency in your ESP32
Requirements
No Prior Experience Required: This course is beginner-friendly. You will learn everything you need to know from scratch.
Basic Computer Skills: Familiarity with basic computer operations and navigating software environments will be helpful.
Basic Electronics Kit: Access to an ESP32 development board, basic sensors, LEDs, and other electronic components (detailed list provided in the course).
A Computer with Internet Access: Required to follow along with the course content, install software, and access course materials.
Description
Are you ready to dive deep into the world of ESP32 and become proficient in just 45 days? This comprehensive bootcamp is designed to take you from a beginner to an advanced level with the ESP32 microcontroller. With 31 hours of in-depth video content, you will gain hands-on experience and develop real-world projects that highlight the capabilities of ESP32, a powerful and versatile microcontroller.Why enroll in this course?This course is not just a collection of tutorials; it's a step-by-step guide that leads you through every aspect of ESP32 programming and application. From understanding the basics to implementing complex projects, you'll learn to harness the full potential of ESP32. By the end of this course, you will have the confidence to develop your own IoT solutions, work with sensors, and utilize ESP32's advanced features such as Bluetooth and Wi-Fi.What makes this bootcamp unique?Structured Learning Path: A clear, 45-day roadmap that builds your skills progressively.Real-World Applications: Engage in projects like home automation, wearable tech, and wireless communication systems.Expert Instruction: Learn from industry experts with years of experience in embedded systems and IoT development.Interactive Community: Connect with fellow learners, get your questions answered, and participate in collaborative projects.Testimonials from our students:"This course was a game-changer for me. I went from knowing nothing about microcontrollers to building my own IoT projects. The step-by-step approach and real-world examples made everything so clear!" - James P."The best part of this bootcamp is the practical focus. You're not just learning theory; you're building stuff that works in the real world. Totally worth the time and investment!" - Maria L.What You Will Learn:ESP32 Fundamentals: Get started with ESP32 and understand its architecture.Programming with Arduino IDE and MicroPython: Learn to code efficiently in both environments.Wireless Communication: Master Wi-Fi and Bluetooth integration for seamless IoT solutions.Sensor Integration: Interface with various sensors to create responsive and interactive projects.Advanced Features: Explore ESP32's deep sleep mode, touch sensors, and PWM for power-efficient designs.Real-World Projects: Build projects like smart home devices, wearable health monitors, and remote data loggers.Who Is This Course For?Beginners eager to enter the world of microcontrollers and IoT.Hobbyists and Makers looking to level up their skills with practical ESP32 projects.Engineering Students and Professionals wanting to deepen their knowledge of embedded systems.Developers who want to add ESP32 programming to their skill set for career advancement.
Requirements:No prior experience with ESP32 is necessary.Basic understanding of programming concepts (C/C++, Python) is helpful but not required.A computer with internet access to follow along with the course.ESP32 development board and basic electronic components (details provided in the course).
Overview
Section 1: Day 1-5 Learn ESP32 with this 30 Days Challenge
Lecture 1 Who We Are
Lecture 2 Introduction
Lecture 3 Hardware and Software
Requirements
Lecture 4 What is ESP32
Lecture 5 ESP Board Overview
Lecture 6 ESP 32 Pinout v1 DOIT
Lecture 7 Download and Install Arduino IDE
Lecture 8 ESP8266 Download and Install Arduino ESP and USB Driver
Lecture 9 ESP32 v1 Download and Install Arduino Development environment
Lecture 10 Load your first code
Lecture 11 Blinking a LED
Lecture 12 Control Built In Touch Sensor with LED
Lecture 13 Dealing with Analog Signal
Lecture 14 Introduction
Lecture 15 What is OTA (Over The Air) technique
Lecture 16 Libraries needed and how to install them
Lecture 17 Coding your First OTA enabled ESP32 code example
Lecture 18 Uploading OTA Enabled Code Example to ESP32 board
Lecture 19 Upload New Code Over The Air Thing you must know
Lecture 20 Introduction
Lecture 21 What is a web server
Lecture 22 ESP32 Operating modes
Lecture 23 Circuit Design
Lecture 24 Understanding how esp32 works as a server
Lecture 25 Coding WiFi and Webserver settings
Lecture 26 Coding HTTP Requests and Server Start
Lecture 27 Coding Client Methods
Lecture 28 Writing HTML Code for Webpage
Lecture 29 Practical
Lecture 30 Introduction
Lecture 31 Install ESP32 Mail Library for Arduino
Lecture 32 What is SMTP Server
Lecture 33 SMTP Server Settings
Lecture 34 Coding the ESP32 Email Alert Project Part
Lecture 35 Coding the ESP32 Email Alert Project Part2
Lecture 36 Practical Testing
Lecture 37 Sensor Alert via Email
Lecture 38 Introduction
Lecture 39 Hardware and Software
Requirements
Lecture 40 Working Principle
Lecture 41 Circuit Connection
Lecture 42 Coding ESP32 Part 1
Lecture 43 Coding ESP32 Part 2
Lecture 44 Blynk App Download and Setup
Lecture 45 mobile Blynk App Download and Setup
Lecture 46 Auth Code and WiFi Settings
Lecture 47 Introduction
Lecture 48 Hardware and Software
Requirements
Lecture 49 Creating Telegram Bot for Iot
Lecture 50 Installing the Required Arduino Libraries
Lecture 51 Circuit Schematic how to find the missing part
Lecture 52 Write your Code Libraries and Variables
Lecture 53 Write your Code SetUp
Lecture 54 Write your Code Loop
Lecture 55 Practical Testing
Lecture 56 Practical Testing 2
Lecture 57 Sending Temperature Sensor Reading to Telegram Bot
Lecture 58 Introduction
Lecture 59 PHP Part - Hosting Your Website
Lecture 60 Creating SQL Table
Lecture 61 PHP Script to Insert Data in Database
Lecture 62 PHP Script to Display Reading
Lecture 63 Coding ESP Part 1
Lecture 64 Coding ESP Part 2
Lecture 65 Practical Live Demonstration
Lecture 66 Add Actual Sensors and display Reading on Webpage
Lecture 67 Introduction
Lecture 68 Hardware and Software
Requirements
Lecture 69 What is MQTT and why we need it
Lecture 70 Create mqtt server account cloud mqtt
Lecture 71 Create mqtt server account
Lecture 72 Arduino Coding
Lecture 73 Esp Coding Part1 Define Variables
Lecture 74 ESP Coding Part2 Wifi and MQTT
Lecture 75 ESP Coding Part3 Read Incoming Data from Arduino
Lecture 76 Circuit Connection Explained
Lecture 77 Connect Arduino Board and Make sure it works
Lecture 78 ESP32 Code Update and Upload
Lecture 79 Final ESP32 Server Test
Section 2: Day 6-7 Mastering MicroPython: From Basics to Building Smart Devices
Lecture 80 Introduction
Lecture 81 History of MicroPython
Lecture 82 Is MicroPython Ready?
Lecture 83 Python and STEM
Lecture 84 MicroPython Physical Computing Elements
Lecture 85 What is A Microcontroller?
Lecture 86 Why MicroPython?
Lecture 87 Difference Between MicroPython and Other Programming Languages
Lecture 88 MicroPython Hardware
Lecture 89 Serial Interface
Lecture 90 IDEs
Lecture 91 Create and Deploy Code using IDE
Lecture 92 Your First Code
Lecture 93 Download and Install Arduino ESP and USB Driver
Lecture 94 Download and Install Arduino ESP32 v1 Development environment
Lecture 95 ESP 32 Pinout v1 DOIT
Lecture 96 Connect Board and Update Firmware
Lecture 97 Blink Led Practical Example
Lecture 98 Led Fading Example
Lecture 99 Fading an LED In and Out
Lecture 100 General board control
Lecture 101 Timers and Delay
Lecture 102 Pins and GPIO
Lecture 103 PWM
Lecture 104 Analog to Digital Conversion
Lecture 105 SPI Protocol
Lecture 106 I2C Protocol
Lecture 107 Permission Error
Lecture 108 Restarting your ESP board, running a new script or opening
Lecture 109 Burn Firmware Keeps Coming Up MicroPython
Lecture 110 The End
Lecture 111 Download and Install Python Editor
Lecture 112 Download and Install Python Code editor
Lecture 113 Introduction
Lecture 114 Why Python
Lecture 115 Download and Install Python
Lecture 116 Hello World and Help Function
Lecture 117 Variables and basic data types in Python
Lecture 118 Commenting your code
Lecture 119 Reading keyboard input
Lecture 120 Exercise - Build a program to say Hello
Lecture 121 Exercise Build a simple calculator app
Lecture 122 Conditional Statement
Lecture 123 Loops For Loop
Lecture 124 Loops While Loop
Lecture 125 Exercise UserName and Password
Lecture 126 Another Python IDE Editor that you can use for this section
Section 3: Day 8-10 ESP32 Web Server: Create Your Own Standalone Server
Lecture 127 Introduction
Lecture 128 Hardware and Software
Requirements
Lecture 129 Download and Install Arduino ESP and USB Driver
Lecture 130 Download and Install Arduino ESP32 v1 Development environment
Lecture 131 Load Your First Code to ESP32 Board
Lecture 132 Important Note: Review System
Lecture 133 What is a Web Server
Lecture 134 ESP32 Operating Modes
Lecture 135 Circuit Design
Lecture 136 Understanding how esp32 work as a server
Lecture 137 Coding WiFi and Webserver settings
Lecture 138 Coding HTTP Requests and Server Start
Lecture 139 Coding Client Methods
Lecture 140 Writing HTML Code for Webpages
Lecture 141 Practical
Section 4: Day 11-12 ESP32 IoT Control and Monitoring with Blynk
Lecture 142 Introduction
Lecture 143 Hardware and Software
Requirements
Lecture 144 Working Principle
Lecture 145 ESP32 Pinout v1 DOIT
Lecture 146 Download and Install Arduino Pro IDE
Lecture 147 ESP8266 Download and Install Arduino ESP and USB Driver
Lecture 148 Download and Install Circuit Design and Wiring Software
Lecture 149 Circuit Connection
Lecture 150 Coding ESP32 Part 1
Lecture 151 Coding ESP32 Part 2
Lecture 152 Coding ESP32 Part 3
Lecture 153 Blynk App Download and Setup
Lecture 154 Auth Code and WiFi Settings
Lecture 155 Hardware and Software
Requirements
Lecture 156 What is ESP32 Board
Section 5: Day 13-15 ESP32 + Databases to Control Anything Anywhere
Lecture 157 Introduction
Lecture 158 Download and Install Arduino ESP and USB Driver
Lecture 159 Download and Install Arduino ESP32 v1 Development environment
Lecture 160 Load Your First Code to ESP32 Board
Lecture 161 Hosting Your Website
Lecture 162 Creating SQL table
Lecture 163 PHP Script to Insert Data in Database
Lecture 164 Post Data PHP Code
Lecture 165 PHP Script to Display Readings
Lecture 166 Coding ESP Part1
Lecture 167 Coding ESP Part2
Lecture 168 Practical Live Demonstration
Lecture 169 Add Actual Sensors and display Reading on Webpage
Lecture 170 Download and Install Arduino Pro IDE
Lecture 171 ESP 32 Pinout v1 DOIT
Section 6: Day 16-17 Introduction to Sensors
Lecture 172 Introduction
Lecture 173 Sensors World
Lecture 174 Temperature Sensor Thermocouple
Lecture 175 Temperature Sensor Resistance Type Sensor
Lecture 176 Temp Liquid expansion and Vapour Pressure Sensors
Lecture 177 Temp Bimetallic Type
Lecture 178 Temp Glass Thermometer
Lecture 179 Pressure Sensors
Lecture 180 Pressure Bourdon Tube
Lecture 181 Pressure Piston Type
Lecture 182 Pressure Capsulse and Bellows
Lecture 183 Pressure Diaphragms
Lecture 184 Pressure Electrical Intro
Lecture 185 Pressure Electrical Piezo Electric Types
Lecture 186 Pressure Electrical Strain Gauge
Lecture 187 Speed Sensors Optical Types
Lecture 188 Speed Sensors Magnatic Pick Ups and Tachometers
Lecture 189 Flow Meters Positive Displacment Types Intro
Lecture 190 Flow Meters Inferential Type Meters
Lecture 191 Flow Meters Tappered plug type
Lecture 192 Flow Meters Variable Area Types
Lecture 193 Force Sensors
Lecture 194 Position Sensors Resistive Type
Lecture 195 Position Sensors Optical Type
Lecture 196 Position Sensors Inductive Type
Lecture 197 Depth Gauges
Section 7: Day 18-19 ESP32 Email Alert Based on Sensors Reading
Lecture 198 Introduction
Lecture 199 Important Note: Review System
Lecture 200 Download and Install Arduino Pro IDE
Lecture 201 Download and Install Arduino ESP and USB Driver
Lecture 202 Download and Install Arduino ESP32 v1 Development environment
Lecture 203 Load Your First Code to ESP32 Board
Lecture 204 What is SMTP Server
Lecture 205 Install ESP32 Mail Library for Arduino
Lecture 206 Create a New Email Account to be used as Sender
Lecture 207 SMTP Server Settings
Lecture 208 Coding the ESP32 Email Alert Project
Lecture 209 Coding the ESP32 Email Alert Project Part2
Lecture 210 Practical Testing
Lecture 211 Sensor Alert via Email
Lecture 212 ESP 32 Pinout v1 DOIT
Section 8: Day 20 Practice Day
Section 9: Day 21-25 Wireless Wonders: Mastering ESP32 OTA (Over the Air) Updates
Lecture 213 Introduction
Lecture 214 What is OTA Over The Air Techniques
Lecture 215 Libraries Needed and how to Install them
Lecture 216 Coding Your First OTA Enables ESP32 Code Example
Lecture 217 Uploading OTA Enabled Code
Lecture 218 Upload New Code Over the Air and Things you must know
Lecture 219 Introduction
Lecture 220 Hardware and Software
Requirements
Lecture 221 ESP32 Pinout v1 DOIT
Lecture 222 Download and Install Arduino ESP and USB Driver
Lecture 223 What is ESP32 Board
Lecture 224 Download and Install Arduino ESP32 v1 Development Environment
Lecture 225 Load Your First Code to ESP32 Board
Lecture 226 Coding LED Blink
Section 10: Day 26-28 ESP32 Learn By Building Practical Projects
Lecture 227 Let's Get Started
Lecture 228 Introduction
Lecture 229 Hardware and Software
Requirements
Lecture 230 What is a Web Server
Lecture 231 ESP32 Operating Modes
Lecture 232 Circuit Design
Lecture 233 Understanding how esp32 work as a server
Lecture 234 The Code
Lecture 235 Coding Wifi and Webserver settings
Lecture 236 Coding HTTP Requests and Server Start
Lecture 237 Coding Client Methods
Lecture 238 Writing HTML Code for WebPage
Lecture 239 Practical
Lecture 240 Introduction
Lecture 241 Hardware and Software
Requirements
Lecture 242 PHP Part - Hosting Your Website
Lecture 243 Creating SQL Table
Lecture 244 SQL Query Code
Lecture 245 PHP Script to Insert Data in Database
Lecture 246 PHP Script to Insert Data in Database1
Lecture 247 Post Data PHP Code
Lecture 248 PHP Script to Display Readings
Lecture 249 Post Data PHP Code
Lecture 250 Coding ESP Part 1
Lecture 251 Coding ESP Part 2
Lecture 252 Code
Lecture 253 Practical Live Demonstration of the Project
Lecture 254 Add Actual Sensors and display Reading on Webpage
Lecture 255 Introduction
Lecture 256 What is SMPT Server
Lecture 257 Install ESP32 Mail Library for Arduino
Lecture 258 Create a New Email Account to be used as Sender
Lecture 259 SMPT Server Settings
Lecture 260 Coding the ESP32 Email Alert Project Part1
Lecture 261 Coding the ESP32 Email Alert Project Part2
Lecture 262 The Code
Lecture 263 Practical Testing
Lecture 264 Sensor Alert via Email
Lecture 265 The Code
Lecture 266 Introduction
Lecture 267 Hardware and Software
Requirements
Lecture 268 Working Principle
Lecture 269 Circuit Connection
Lecture 270 Coding ESP32 Part1
Lecture 271 Coding ESP32 Part2
Lecture 272 Coding Setup and Loop Part3
Lecture 273 Blynk App Download and Setup
Lecture 274 mobile Blynk App Download and Setup
Lecture 275 Auth Code and WiFi Settings
Lecture 276 Introduction
Lecture 277 Hardware and Software
Requirements
Lecture 278 What is MQTT and why we need it
Lecture 279 Create MQTT server account CLOUDMQTT
Lecture 280 Create MQTT server account
Lecture 281 Arduino Coding
Lecture 282 The Code
Lecture 283 Esp Coding Part1 Define Variables
Lecture 284 ESP Coding Part2 Wifi and MQTT
Lecture 285 ESP Coding Part3 Read Incoming Data from Arduino
Lecture 286 The Code
Lecture 287 Introduction
Lecture 288 Hardware and Software
Requirements
Lecture 289 Creating Telegram Bot for IoT
Lecture 290 Installing the required Arduino Libraries
Lecture 291 Circuit Schematic - How to add missing Part
Lecture 292 Circuit Diagram
Lecture 293 Write your Code Libraries and Variables
Lecture 294 Write your Code Setup
Lecture 295 Write your Code Loop
Lecture 296 The Code Loop
Lecture 297 Practical Testing 1
Lecture 298 Practical Testing 2
Lecture 299 Sending Temperature Sensor Reading to Telegram Bot
Lecture 300 The Code
Lecture 301 Introduction
Lecture 302 What is OTA Over the Air technique
Lecture 303 The Code
Lecture 304 Libraries needed and what to install them
Lecture 305 Coding your First OTA Enabled ESP32 Code
Lecture 306 Uploading OTA Enabled Example to ESP32 board
Lecture 307 Upload New Code Over the Air and Things you must Know
Lecture 308 Full Course ESP32 OTA Programming
Section 11: Day 29-31 ESP32 Bootcamp: A Step By Step Practical Approach
Lecture 309 Introduction
Lecture 310 Hardware and Software
Requirements
Lecture 311 ESP 32 Pinout v1 DOIT
Lecture 312 Download and Install Arduino ESP and USB Driver
Lecture 313 What is ESP32 Board
Lecture 314 Download and Install Arduino ESP32 v1 Development environment
Lecture 315 Load Your First Code to ESP32 Board
Lecture 316 Coding LED Blink
Lecture 317 Touch Sensor
Lecture 318 Dealing with Analog Signals
Lecture 319 PWM Signals
Lecture 320 Servo Motor Control using PWM Signal in ESP32
Lecture 321 Hardware and Software
Requirements
Lecture 322 Programming without Coding Software
Lecture 323 Download and Install Programming Software
Lecture 324 User Interface
Lecture 325 User Interface In Details
Lecture 326 Blink Led Example
Lecture 327 Upload blink Led Code and Test it
Lecture 328 Control Led with a Button
Lecture 329 Upload Button Code and Test it
Lecture 330 Practical Example Infrared Obstacle Avoidance Sensor
Lecture 331 Connect and Test the Sensor
Lecture 332 Hardware and Software
Requirements
Lecture 333 What is MQTT and why we need it
Lecture 334 Create MQTT server account
Lecture 335 Create MQTT server account cloud MQTT
Lecture 336 Arduino Coding
Lecture 337 Esp Coding Part1 Define Variables
Lecture 338 ESP Coding Part2 Wifi and MQTT
Lecture 339 ESP Coding Part3 Read Incoming Data from Arduino
Lecture 340 Circuit Connection Explained
Lecture 341 Connect Arduino Board and Make sure it works
Lecture 342 ESP32 Code Update and Upload
Lecture 343 Final ESP32 Server Test
Lecture 344 Hardware and Software
Requirements
Lecture 345 Working Principle
Lecture 346 Circuit Connection
Lecture 347 Coding ESP32 Part1
Lecture 348 Coding ESP32 Part2
Lecture 349 Coding Setup and Loop Part3
Lecture 350 mobile Blynk App Download and Setup
Lecture 351 Blynk App Download and Setup
Lecture 352 Auth Code and WiFi Settings
Lecture 353 PHP Part - Hosting Your Website
Lecture 354 Creating SQL table
Lecture 355 PHP Script to Insert Data in Database
Lecture 356 PHP Script to Display Readings
Lecture 357 Coding ESP Part1
Lecture 358 Coding ESP Part2
Lecture 359 Practical Live Demonstration of the Project
Lecture 360 Add Actual Sensors and display Reading on Webpage
Lecture 361 Hardware and Software
Requirements
Lecture 362 What is a Web Server
Lecture 363 ESP32 Operating Modes
Lecture 364 Circuit Design
Lecture 365 Understanding how esp32 work as a server
Lecture 366 Coding Wifi and Webserver settings
Lecture 367 Coding HTTP Requests and Server Start
Lecture 368 Coding Client Methods
Lecture 369 Writing HTML Code for WebPage
Lecture 370 Practical
Lecture 371 What is SMTP Server
Lecture 372 Install ESP32 Mail Library for Arduino
Lecture 373 Create a New Emaill Account to be used as Sender
Lecture 374 SMTP Server Settings
Lecture 375 Coding the ESP32 Email Alert Project Part1
Lecture 376 Coding the ESP32 Email Alert Project Part2
Lecture 377 Practical Testing
Lecture 378 Sensor Alert via Email
Section 12: Day 32-34 Build 11 Arduino Practical Projects today!
Lecture 379 Introduction & Getting Started
Lecture 380 How it works
Lecture 381 Hardware requirements
Lecture 382 What is Ultrasonic Sensor
Lecture 383 Download and Install Wiring Software
Lecture 384 Schematic Wiring Diagram
Lecture 385 Coding
Lecture 386 Software and Hardware
Requirements
Lecture 387 How Does It Work
Lecture 388 Circuit Diagram
Lecture 389 Code Explained in Details
Lecture 390 What You Will Learn in this course
Lecture 391 Hardware
Requirements
Lecture 392 What is Arduino + Software Download
Lecture 393 What is Ultrasonic Sensor
Lecture 394 What is Servo Motor
Lecture 395 Software
Requirements Schematic
Lecture 396 Arduino Code Explained
Lecture 397 Processing Code + Java jdk
Lecture 398 Basic Parts Needed for this Project
Lecture 399 Practical Assembly
Lecture 400 Required Materials
Lecture 401 Circuit Diagram
Lecture 402 Code Overview
Lecture 403 Code Explanation Part One
Lecture 404 Code Explanation Part Two
Lecture 405 Code Explanation Part Three
Lecture 406 How it Works
Lecture 407 Arduino
Lecture 408 Weight Balance Module
Lecture 409 Load Cell
Lecture 410 LCD Display
Lecture 411 Circuit Schematic
Lecture 412 Adding Module Library
Lecture 413 The Code Explained
Lecture 414 Calibrating Load Cell
Lecture 415 Soldering Module
Lecture 416 Explaining the whole system
Lecture 417 Adding LCD Display to Show Weight
Lecture 418 Required Materials
Lecture 419 Download and Install Arduino IDE
Lecture 420 Circuit Diagram LCD Connection Explained
Lecture 421 Circuit Diagram Continue
Lecture 422 How Does It Work
Lecture 423 Things Used in this Project - Hardware
Lecture 424 Things Used in this Project - Software and Web Editor
Lecture 425 Temperature and Humidity Sensor Wiring
Lecture 426 Code to Test DHT Sensors using Serial Monitor
Lecture 427 Code for LCD and DHT Sensor Together
Lecture 428 Final Code for LCD RTC and DHT Sensor
Lecture 429
Requirements
Lecture 430 Download and Install Arduino
Lecture 431 Components Explained
Lecture 432 Assembly
Lecture 433 The Code
Lecture 434 Bluetooth RGB Controller App on Smartphone
Lecture 435 Hardware and Software Components
Lecture 436 Let_s Start Building
Lecture 437 How does it works
Lecture 438 Android Application
Lecture 439 Note
Lecture 440 Schematic
Lecture 441 Code
Lecture 442 Testing Code
Lecture 443 2 Wireless Power Introduction History and efficiency chart explained
Lecture 444 How Wireless Power Works
Lecture 445 Why We need wireless electricity
Lecture 446 Advantages and disadvantages
Lecture 447 Range of Witricity and Witricity Applications
Lecture 448 How Safe is Wireless electricity
Lecture 449 Wireless Powered Arduino Project
Lecture 450 Let_s Build IT
Lecture 451 Code and troubleshooting
Lecture 452 How Does This Circuit Work
Lecture 453 How does it work
Lecture 454 Circuit Diagram
Lecture 455 Arduino Alarm Clock Code Part1
Lecture 456 Arduino Alarm Clock Code Part2
Lecture 457 Arduino Alarm Clock Practical Assembly
Lecture 458 Arduino Piano Coding
Lecture 459 Arduino Piano Schematic using Fritzing
Lecture 460 Practical Assembly
Section 13: Day 35-37 Final Project Development
Lecture 461 Smart Home Automation System Using ESP32
Section 14: Day 38-39 Final Project Presentation
Lecture 462 Smart Home Automation System Using ESP32
Section 15: Day 40-41 ESP32 Course Project
Lecture 463 ESP32 Bootcamp: Hands-On Project with IoT Applications
Section 16: Day 42-45 Certification Exam
Beginners in Microcontrollers and IoT: Perfect for those new to microcontrollers and IoT who want to start building projects with ESP32.,Hobbyists and Makers: Ideal for enthusiasts looking to expand their skills and create innovative, real-world applications with ESP32.,Engineering Students and Professionals: Beneficial for students and professionals in engineering fields seeking to enhance their embedded systems and IoT knowledge.,Developers and Tech Enthusiasts: Great for developers interested in adding ESP32 programming and IoT project development to their skill set.
