Arduino Step By Step More Than 50 Hours Complete Course

What you'll learn
Arduino, PIC, C Programming, IOT
Requirements
No Basic Knowledge Required
Description
This is a Complete Arduino Course which will guide you from very basic to most advanced level. The problem for most of the students is lack of Applying programming knowledge to embedded system. So from this course you'll learn programming concepts step by step and the practical applications of each concept.This course divided into 16 SectionsSection 01From This Section You'll Get An Idea Of What Is A Program And Why C Is The Best Language For Embedded System Programming.As The Practicals You'll Learn Following, what Is An Arduino Board And The Difference Between Microprocessor And Microcontroller the Advantage Of Power Pins, The Scanning Process Of An Arduino Program. how To Use Digital Pins And Some Light Patterns To Understand The Basic Arduino Commands. why We Cant Connect A DC Motor Directly To MCU. Introduction To DC Motor Drivers And How To Control The Directions.Section 02From This Section You'll Get An Idea Of Why We Need Variables And The Different Types Of Variables In C Language.In Addition You'll Learn How To Get User Inputs And Basic Arithmetic Operations.As The Practical Session You'll Learn Following, what Is A Seven Segment And How To Interface A 7seg To Arduino. the Advantage Of BCD To 7seg Decorders And How To Use The how To Control 4 Digit 7seg Display Using The Frequency Method. the Internal Architecture Of A DC Relay And Controlling 230v Devices. also You'll Learn What Is PWM And The Theory Behind ,and Practical Application Of PWM.Section 03From This Section You'll Learn Why We Need Decision Making In Programmes And Four TypesOf Diffrerent Decision Making Algorithms. You'll Learn How To Use An If - ConditionStep By Step With Lots Of Examples.As The Practical Session You'll Learn How To Interface A Pushbutton As An Application Of If - ConditionAnd From This Section You'll Get An Idea Of Digital Communication And Deep Understanding About RS232Ports Of Arduino And How To Send And Receive Data Using Them. Also You Can Learn AboutWireless Communication And See Some Practical Demonstrations.Section 04From This Section You'll Learn If-else Condition As The Second Decision Making Algorithm. We Have Discussed Some Different Programs.As The Practical Session You'll Learn How To Use An If-else Condition In AnArduino Program. To Demonstarte That We Have Discussed Some Advanced Push Button Interfacing Practicals Including Bit Wise Operations. You'll Also Learn About Analog To Digital Conversion And The Theory Behind That. See How To Interface An Analog Sensor Such As Soil Moisture Sensor. In This Section You Can Learn How To Control DC Servo Motors And The Sevo Mechanism. Also You'll Able To Interface A 16x2 Lcd To Arduino. By The End Of This Section You'll Learn How To Do A Complete Flower Plant Project Including All The Theories You Have Learnt So Far.Section 05From This Section You'll Learn If-else If-else Condition As The Third Decision Making Algorithm. Also You Can Learn The Theory Of Loops And Lot Of Examples Regarding While Loop.In The Practical Session You'll Learn The Practical Usage Of While Loops.Next You Can Learn How To Interface A 4x4 Keypad To The Arduino. Do You Like To Control A Large (industrial) Stepper Motors? In This Section We'll Show You Step By Step Instruction And Demonstration of How To Control Very Large Stepper Using An Arduino. By The End Of This Section You'll Be Able To Understand The Exact Mechanism Of An Ultrasonic Sensor And How To Program It To Find The Distance.Section 06In This Section You Can Learn The Theory Of Nested While Loops, One Dimentional Arrays And Lot Of Example Programs.As The Practical Session We Build a Home Automation System So You Can Understand How To Use Arrays In An Arduino Program.Section 07From This Section You'll Learn Why We Need Sub Programs In Our Projects. Here We Explain 5 Different Types Of Functions And Some Examples Regarding Functions.As The Practical Session You'll Learn Why We Need A Hardware Mechanism Called Interrupts And The Advantage Of Interrupts Over Polling System. Also You Can Learn How To Create Functions In An Arduino Project.Section 08Form this Section We'll guide you step by step to making an obstacle avoiding and Maze Solving Robot. in this Section We demonstrate Several Algorithms for making an Obstacle Avoiding Robot and Each Steps will Demonstrate.Section 09From This Section You'll Get An Idea About The For Loop And How To Use That With Examples.As The Practical Session You'll Learn The Importance Of Creating Software Interfaces For Embedded System Applications. Here We Introduce How To Create A Visual Basic Interface And Start The Communication With Arduino.Section 10From This Section You'll Learn The Importance Of Learning PIC Microcontroller. Here We Explain The Pinout, RAM, Special Memories Such As PORT And TRIS. And You Also Learn How To Use In Built PIC Libraries. Also Learn How To Get Data (18B20 Temperature) From Ar Arduino To VB Interface.Section 11In This Section We Are Giving You An Assignment To Test Your C Programming Knowledge. And You Can Study Further About PIC Microcontroller With Proteus Simulations. You Can Learn The Important Of An EEPROM And How To Access Arduino EEPROM. Also Learn How To Send And Recieve SMS And How To Make Or Answer A Call Using Arduino With The Help Of A GSM Module.Section 12From This Section You'll Learn How To Group Related Variables Together Using Structures. And Learn How To Create And Handle A Database In Visual Basic So That You Can Create A Storing Mechanism For An Arduino Project.Section 13From This Section You'll Learn How To Deal With String Type Data In A C Program.As The Practical Session You'll Learn About I2C Communication And How To Interface A Real Time Clock Such As DS1307 Using The I2C Port Of The Arduino. Also You Can Learn How To Make A PCB For Any Arduino Project Using Eagle Cad Software.Section 14From This Section You'll Understand The Importance Of IOT Platform. How To Access A Device Through The Internet And How To Submit An Arduino Data To A Web Server. To Do That We Guide You Step By Step How To Make A Web Site Using Visual Web Developer (ASP) And How To Launch The Web Site And Finally How To Connect Arduino To The Web Server.Section 15From This Section You'll Learn How To Make A Line Following Robot Using Pololu QTR8 Sensor Array. Before That You'll Get A Very Deep Understanding About PID Control System. Propotional Controller, PI Controller And PD Controller. Also You'll Understand About Overshoot Error And The Oscillation Error.Section 16From this section we do a railway project using an arduino.
Overview
Section 1: Introduction
Lecture 1 what Is A Program
Lecture 2 introduction To C Programming
Lecture 3 printf Command
Lecture 4 escape Characters
Lecture 5 example 01
Lecture 6 challenge 01
Lecture 7 introduction To Arduino Board
Lecture 8 Testing Arduino Power Pins
Lecture 9 scanning System Of An Arduino Program
Lecture 10 Digital Inputs And Outputs
Lecture 11 Download program to MCU
Lecture 12 Basic Light Systems 1
Lecture 13 Download Basic Light Systems
Lecture 14 Second Light Pattern
Lecture 15 Download Second Light Pattern
Lecture 16 Third Light Pattern
Lecture 17 Download Third Light Pattern
Lecture 18 Combining All Patterns
Lecture 19 Demo All Patterns
Lecture 20 Introduction To Dc Motors And Drivers
Lecture 21 Different Types Of Motor Drivers And L293d
Lecture 22 Explaining L293d
Lecture 23 Introducing Motor Shields
Lecture 24 Connecting L293d To Arduino
Lecture 25 Controlling Motor Direction
Lecture 26 DC Motor Practical
Lecture 27 Controlling Motor Direction Proteus Simulation
Section 2: Section 02
Lecture 28 Why We Need Variables
Lecture 29 Variable Types In C Language
Lecture 30 Creating Variables
Lecture 31 Assigning Values To Variables
Lecture 32 Printing Variables
Lecture 33 16bit Or 32bit Integers
Lecture 34 Testing Different Types Of Variables
Lecture 35 Variable Rules
Lecture 36 Variable Examples 01
Lecture 37 Variable Examples 02
Lecture 38 Introduction To Scanf Operation
Lecture 39 Introduction To Arithmetic Operations
Lecture 40 The Complete Program
Lecture 41 Challenge 02
Lecture 42 Introduction To Seven Segments
Lecture 43 Identify Seven Segment Pinout
Lecture 44 Basic Program to Display Digits on a 7Segment
Lecture 45 7segment Practical Demo 01
Lecture 46 7Segment Proteus Simulation
Lecture 47 BCD to 7Segment Decorders
Lecture 48 BCD To 7segment Decorders Wiring
Lecture 49 7segment Practical Demo 02
Lecture 50 Intro To 4 Digit Display
Lecture 51 4digit 7segment Display Pinout And Wiring-1
Lecture 52 Programming a 4Digit Display
Lecture 53 4digit Display Practical Demonstration
Lecture 54 Internal Architecture Of A Dc Relay
Lecture 55 Testing Relays And Relay Shields
Lecture 56 Connecting A Relay Shield
Lecture 57 Control 230v From Arduino
Lecture 58 Introduction to PWM
Lecture 59 PWM Theory Explained
Lecture 60 PWM Calculations
Lecture 61 Generating PWM Example 1
Lecture 62 PWM Demonstration 1
Lecture 63 Generating PWM Example 2
Lecture 64 PWM Demonstration 2
Lecture 65 Introduction to PWM Generators
Lecture 66 PWM Generators Demonstration
Lecture 67 Generating PWM Example 3
Lecture 68 PWM Demonstration 3
Section 3: Section 03
Lecture 69 Introduction To Decision Making
Lecture 70 If-condition Theory
Lecture 71 Introduction To Compare Operations
Lecture 72 If-condition Examples 01
Lecture 73 Introduction To Nested If-conditions
Lecture 74 If-condition Examples 02
Lecture 75 Example 02 Demonstration
Lecture 76 If-condition Examples 03
Lecture 77 If-condition Examples 04
Lecture 78 If-condition Examples 05
Lecture 79 Integer Division, Floating Point Division And Modulo Operation
Lecture 80 If-condition Examples 06
Lecture 81 If-condition Examples 07
Lecture 82 If-condition Examples 08
Lecture 83 If-condition Examples 09
Lecture 84 If-condition Examples 10
Lecture 85 Introduction To And, Or Operators
Lecture 86 If-condition Examples 11
Lecture 87 Interfacing Pushbuttons Part 01
Lecture 88 Interfacing Push Buttons Part 02
Lecture 89 Interfacing Pushbuttons Practical 01
Lecture 90 Introduction To Digital Communication
Lecture 91 RS232 Protocol
Lecture 92 Arduino Mega Rs232 Ports
Lecture 93 Send Data From Arduino To PC
Lecture 94 Sending Data Simulation
Lecture 95 Recieving Data From The PC
Lecture 96 Explaining Serial Availble Function
Lecture 97 Control Devices Using Serial Commands
Lecture 98 Control Devices Practical
Lecture 99 Establish A Communication Between Two Arduino Boards
Lecture 100 Communication Between Two Arduino Practical
Lecture 101 Introduction To Wireless Communication
Lecture 102 Wireless Communication Practical
Section 4: Section 04
Lecture 103 Introduction To If-else Condition
Lecture 104 If-else Examples 01
Lecture 105 If-else Examples 02
Lecture 106 If-else Examples 03
Lecture 107 If-else Examples 04
Lecture 108 Pushbutton Tutorial Part 01
Lecture 109 Pushbutton Tutorial Part 03 (introduction To Bitwise Operations)
Lecture 110 Pushbutton Tutorial Part 02
Lecture 111 Pushbutton Tutorial Part 04
Lecture 112 Pushbutton Tutorial Part 05
Lecture 113 Pushbutton Tutorial Part 06
Lecture 114 Pushbutton Tutorial Part 07
Lecture 115 Introduction To Analog To Digital Conversion
Lecture 116 Testing Analog To Digital Conversion
Lecture 117 ADC Practical 01
Lecture 118 ADC Practical 2 Program
Lecture 119 ADC Practical 2 Demonstration
Lecture 120 Introduction to DC Servo Motors
Lecture 121 RC Servo Motor Practical
Lecture 122 Internal Mecanism of a Servo Motor
Section 5: Section 05
Lecture 123 Explaining If-else If-else Condition
Lecture 124 Advantage Of If-elseif-else Over Other Conditions
Lecture 125 If-elseif-else Example 01
Lecture 126 If-elseif-else Example 02
Lecture 127 If-elseif-else Example 03
Lecture 128 If-elseif-else Example 04
Lecture 129 Decision Making Revision Example 01
Lecture 130 Decision Making Revision Example 02
Lecture 131 Introduction To C Loops
Lecture 132 Explaining While Loop
Lecture 133 Explaining While Loop 02
Lecture 134 While Loop Examples 01
Lecture 135 While Loop Examples 02
Lecture 136 While Loop Examples 03
Lecture 137 While Loop Examples 04
Lecture 138 While Loop Examples 05
Lecture 139 Equipments We Need For Section 05
Lecture 140 Knight Rider Using While loop
Lecture 141 Intensity Controlling Using loopsEn
Lecture 142 Intensity Controlling Using loops Demo
Lecture 143 Introduction to Keypad Modules
Lecture 144 Keypad Demonstration 01
Lecture 145 Keypad Demonstration on LCD
Lecture 146 Introduction to Stepper Motors
Lecture 147 Stepper Motor Drivers
Lecture 148 Stepper Motor Equipments Demo
Lecture 149 Stepper Motor Wiring
Lecture 150 Connecting Stepper Driver To Supply
Lecture 151 Connecting Stepper Motor To Driver
Lecture 152 Explaining Stepper Driver Settings
Lecture 153 Connecting Arduino to Stepper DriverEn
Lecture 154 Connecting Arduino To Stepper Driver Demo
Lecture 155 Explaining Stepper Controlling
Lecture 156 Stepper Position Controlling Program
Lecture 157 Stepper Position Controlling Demonstration (2ms Period)
Lecture 158 Stepper Position Control Demonstration(1ms Period)
Lecture 159 Stepper Speed Controlling Program
Lecture 160 Stepper Speed Control Demonstration
Lecture 161 Introduction to Ultrasonic Sensors
Lecture 162 Explaining Ultrasonic Program
Lecture 163 Ultrasonic Demonstration 1
Lecture 164 Ultrasonic Demonstration Using Serial Monitor
Lecture 165 Ultrasonic Example 1
Lecture 166 Ultrasonic Example 1 Demonstration
Section 6: Section 06
Lecture 167 Decision Making Revision 1
Lecture 168 Nested While Example
Lecture 169 While loop Example 9
Lecture 170 While loop Example 10
Lecture 171 Introduction to Arrays
Lecture 172 Initializing Arrays
Lecture 173 Array Examples 1
Lecture 174 Array Examples 2
Lecture 175 Array Examples 3
Lecture 176 Array Examples 4
Lecture 177 Array Examples 5
Lecture 178 Array Examples 6
Lecture 179 Equipments We Need For Section 06
Lecture 180 Home Automation Project Question
Lecture 181 Initialize The Project
Lecture 182 Sending Activation Code
Lecture 183 Sending Deactivation Code
Lecture 184 Sending Device Access Codes
Lecture 185 Sending Timing Access Codes
Section 7: Section 07
Lecture 186 Why we Need Sub Programs
Lecture 187 Introduction to Functions
Lecture 188 Function Timing Diagrams
Lecture 189 Function Prototype
Lecture 190 First Function Type
Lecture 191 Introduction to Local And Global Variables
Lecture 192 Second Function Type
Lecture 193 Third And Fourth Function Types
Lecture 194 Function Examples
Lecture 195 Why We Need Interrupts Part 01
Lecture 196 Why We Need Interrupts Part 02
Lecture 197 External Interrupts
Lecture 198 Timer Interrupts
Section 8: Section 08
Lecture 199 Introduction to Motor Drivers
Lecture 200 Theory of a DC Motor Driver
Lecture 201 Controlling DC Motors
Lecture 202 Motor Driver Wiring Practical
Lecture 203 Controlling DC Motor Demo
Lecture 204 Making The Robot Chassis
Lecture 205 Connecting L298N
Lecture 206 Explaining Movement Functions
Lecture 207 Movement Functions Demo
Lecture 208 Combination of Movements
Lecture 209 Combination Of Movements Demo
Lecture 210 Connecting Lipo Battery
Lecture 211 Reducing Speed
Lecture 212 Reducing Speed Demo 1
Lecture 213 Reducing Speed Demo 2
Lecture 214 Detecting an Obstacle Program
Lecture 215 Response to The Distance Program
Lecture 216 Explaining First Obstacle Avoiding Algorithm
Lecture 217 Programming First Algorithm
Lecture 218 First Algorithm Demonstration
Lecture 219 Robot Inside The Platform
Lecture 220 Connecting The Servo Motor
Lecture 221 Connecting The Servo Motor Demo
Lecture 222 Explaining Second Obstacle Avoiding Algorithm
Lecture 223 Obstacle Avoiding Step 1
Lecture 224 Obstacle Avoiding Step 1 Demo
Lecture 225 Detects An Error
Lecture 226 Explaining and Correcting The Error
Lecture 227 Demo After Correcting The Error
Lecture 228 Obstacle Avoiding Step 2
Lecture 229 Obstacle Avoiding Step 2 Demo
Lecture 230 Obstacle Avoiding Step 2 Demo On Platform
Lecture 231 Obstacle Avoiding Step 3
Lecture 232 Obstacle Avoiding Step 3 Demo 1
Lecture 233 Obstacle Avoiding Step 3 Demo 2
Lecture 234 Obstacle Avoiding Step 3 Demo On Platform
Lecture 235 Obstacle Avoiding Final Step
Lecture 236 Obstacle Avoiding Final Step Demo 1
Lecture 237 Obstacle Avoiding Final Step Demo 2
Lecture 238 Obstacle Avoiding Full Demonstration
Lecture 239 Explaining Maze Solving Algorithm
Lecture 240 Going Around The Wall Program Version 1
Lecture 241 Going Around The Wall Program Version 1 Demo
Lecture 242 Going Around The Wall Program Version 2
Lecture 243 Going Around The Wall Program Version 2 Demo
Lecture 244 Going Around The Wall Program Version 3
Lecture 245 Going Around The Wall Program Version 3 Demo
Lecture 246 Connecting Front Sensor
Lecture 247 Going Within The Squre Block
Lecture 248 Before Final Program
Lecture 249 Final Program
Lecture 250 Final Demonstration
Section 9: Section 09
Lecture 251 Function And Arrays
Lecture 252 Introducion to For Loops
Lecture 253 For Loop Examples
Lecture 254 Introduction to 2D Arrays
Lecture 255 Introduction to Software Designing
Lecture 256 Software Design Languages
Lecture 257 Create a New VB Project
Lecture 258 Introduction to Basic Properties
Lecture 259 Building The First EXE
Lecture 260 Inno Setup
Lecture 261 Introduction to VB Coding
Lecture 262 Introduction to VB Variables
Lecture 263 VB If Conditions
Lecture 264 VB If Else Condition
Lecture 265 VB If - Else if - Else
Lecture 266 VB And Or Operations
Lecture 267 VB Example 01
Lecture 268 Try Catch Example
Lecture 269 VB Example 02
Lecture 270 VB Web Browser
Lecture 271 Control Arduino Using VB Software
Section 10: Section 10
Lecture 272 Introduction to PIC Microcontroller
Lecture 273 PIC16F877A Pinout
Lecture 274 PIC16F877A RAM
Lecture 275 PIC16F877A Special Memories
Lecture 276 PIC16F877A Example 1
Lecture 277 PIC16F877A Example 2
Lecture 278 PIC16F877A Example 3
Lecture 279 Introduction to Sound Library
Lecture 280 Using PWM Functions
Lecture 281 Recieving Data From Arduino to VB
Section 11: Section 11
Lecture 282 Assignment Part 01
Lecture 283 Assignment Part 02
Lecture 284 Assignment Part 03
Lecture 285 Interfacing Pushbutton to PIC
Lecture 286 Interfacing LCD to PIC
Lecture 287 Speed Controller Project
Lecture 288 Shift and Rotate Operations
Lecture 289 Accessing EEPROM Arduino
Lecture 290 Introduction To GSM Shield
Lecture 291 Demonstration and Wiring of GSM Shield
Lecture 292 Testing SIM900A
Lecture 293 Explaining SMS Functions
Lecture 294 Control Devices Using SMS
Lecture 295 Control Devices Demonstration
Lecture 296 Simple Home Automation System Using GSM Module
Lecture 297 Demnstration of Home Automation
Lecture 298 Testing Calling Functions
Lecture 299 Demonstration of Calling Functions
Section 12: Section 12
Lecture 300 Relationship Between Variables
Lecture 301 Introduction to Stuctures
Lecture 302 Assigning, printing and scanning values to Structures
Lecture 303 Structure Templates
Lecture 304 Structures and Functions
Lecture 305 Structure Arrays
Lecture 306 Writing Arduino Data to Textfiles
Lecture 307 Creating Database
Lecture 308 INSERT Command
Lecture 309 UPDATE Command
Lecture 310 DELETE Command
Lecture 311 SELECT Command
Lecture 312 Introduction to GridView Control
Section 13: Section 13
Lecture 313 Introduction to C Strings
Lecture 314 Initialize a String Variable
Lecture 315 Reading and Printing String Variables
Lecture 316 String Library Fuctions
Lecture 317 Introduction to I2C
Lecture 318 Introduction to DS1307 RTC
Lecture 319 Explaining the RAM of DS1307
Lecture 320 Explaining I2C Communication With RTC
Lecture 321 Arduino Program Using Wire Library
Lecture 322 Introduction to PCB Design and Eagle Software
Lecture 323 Introduction to Basic Tools
Lecture 324 Draw Schemetic of the Robo Eye Circuit
Lecture 325 Convert Schemetic to Board Level
Lecture 326 Basic Routing Techniques
Lecture 327 Finalize the PCB
Section 14: Section 14
Lecture 328 introduction Iot And Web Design
Lecture 329 Introduction To Html
Lecture 330 HTML Elements Part 01
Lecture 331 HTML Elements Part 02
Lecture 332 Introduction To CSS
Lecture 333 Introduction To Templates
Lecture 334 Working With Asp.net
Lecture 335 Designing Templates Part 01
Lecture 336 Designing A Complete Web Page
Lecture 337 Launching The Website
Lecture 338 Designing Of A Home Automation Asp.net
Lecture 339 How To Control Arduino Using Webpage Part 01
Lecture 340 How To Control Arduino Using Webpage Part 02
Section 15: Section 15
Lecture 341 Introduction to Incremental Encoder
Lecture 342 Speed Controller Program using an Incremental Encoder
Lecture 343 Introduction to Control Systems
Lecture 344 Introduction to PID Control System and Understand P Controller
Lecture 345 Steady State Error
Lecture 346 PI Controller
Lecture 347 Oscillation Error
Lecture 348 PD Controller
Lecture 349 Complete PID Control System
Lecture 350 Transistor as a Switch and TCRT5000 Sensor
Lecture 351 Operation of TCRT Sensor
Lecture 352 Line Following Robot Version 01
Lecture 353 Demonstration of Version 01
Lecture 354 Correcting Errors
Lecture 355 Demonstration after Correcting the Errors
Lecture 356 Introduction to a Proportional Algorithm
Lecture 357 Demonstration of Propotional Controller
Lecture 358 Improve Propotional Algorithm
Lecture 359 Demonstration of Improved Propotional Controller
Lecture 360 Explaining a Mistake we made
Lecture 361 Demostration after Eliminate of the mistake
Lecture 362 Finalize the Propotional Algorithm
Section 16: Section 16
Lecture 363 Explain The Project Task
Lecture 364 Testing Lights and Motors
Lecture 365 Explaining the Project Code
Lecture 366 Final Demonstration 01
Lecture 367 Final Demonstration 02
Beginner to Arduino and C prograaming

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