Hello World!
This is my first Instructables and I thought I'd like to share my vast knowledge of the Arduino to all you makers of all skills and strengths!
Here, we will learn how to connect, control, and code the Liquid Crystal Display with any Arduino or microcontroler board (like NodeMCU, ESP8266, Beaglebone, etc). I'm demonstrate it on my Arduino, but I will also add notes on the steps in italics to show which parts are transferrable to any micro controller device you have at your disposal

Step 1: Materials

* Arduino or any other microcontroller board

* Wires

* Potentiometer

* Breadboard

Step 2: Connections

The connections are labeled in the picture and the wires corresponding to the images are noted below

1a

Connect the Brown wire (pin 16) to the GND pin on the Arduino
Connect the Red wire (pin 15) to the 3.3V VCC pin on the Arduino
Connect the Orange, Yellow, Green, Blue (pins 14-11) to pins 2 to 5 on the Arduino

2

Connect the White wire (pin 1 on the LCD) to the common ground (pin 16)
Connect the Grey wire (pin 2 on the LCD) to the common VCC source (pin 15)
Connect the Purple wire to the signal pin of the potentiometer (pin 2 on the potentiometer)

3

Connect the Purple wire (pin 1 on the potentiometer) to the common ground (pin 16)
Connect the Grey wire (pin 3 on the potentiometer) to the common VCC source (pin 15)

4

Connect the Yellow wire (pin 4 on the LCD) to pin 12 on the Arduino
Connect the Black wire (pin 5 on the LCD) to the common ground (pin 1 on the potentiometer or pin 16 on the LCD, either works)
Connect the Green wire (pin 6 on the LCD) to pin 11 on the Arduino

Step 3: Programming

// built in arduino library

#include 
<liquidcrystal.h></liquidcrystal.h>

LiquidCrystal lcd(12,11,5,4,3,2);

void setup()
{
  lcd.begin(16, 2);
  // clear old screen data
  lcd.clear();
  // text to be dispalyed on the screen
  lcd.print("Unicorn");
}

void loop()
{
  
  // (column 0) of the second line (line 1):
  lcd.setCursor(0,1);
  lcd.print ("Clockworks");
  
  // (column 0) of the second line (line 12):
  lcd.setCursor (12, 1);
  lcd.print("...");
}