ELECTROGRAMMING · PDF file ·...

ELECTRONICS SYLLABUS

About Arduino

Arduino is an open-source hardware project that allows people to quickly learn about electronics and sensors. As part of this Project Next Generation Program, tweens and teens will take part in a demonstration which teaches them to set up simple circuits and develop basic programs to be able to interact with those circuits.

About Raspberry Pi

A Raspberry Pi is a mini computer a little bit larger than a credit card. They were developed by the University of Cambridge to help children learn more about programming computers in an affordable way. They give children access to the insides of a computer and let them learn programming from the ground up.

Key Notes:

• Getting familiar with electric components such as LED, resistance, diode, capacitors, transistors, and many more!

• Building your own small computer • Creating smart celling fan and program it by using computer • Creating drone and flying it using computer • Building and programming a Piano

ELECTROGRAMMING

ELECTRONICS SYLLABUS • Creating own mobile phone – send SMS and make a call • Learn RFID, Ultrasonic sensor, Motion sensor, and more • Building your own ROBOT

Book Arduino Workshop: A Hands-On Introduction with 65 Projects 1st Edition

by John Boxall

1. Introduction to Arduino Board

1. Getting Started, Installation, and Setup your IDE 2. Exploring the Arduino Board and the IDE • The Arduino Board • The Setup Function • Controlling the Hardware • The Loop Function

2. An Introduction to Electricity

• Current • Voltage • Power • Electronic Components • The Resistor


• Resistance • Reading Resistance Values • Chip Resistors • Multimeters • Power Rating • The Light-Emitting Diode • The Solderless Breadboard

Project #1: Creating a Blinking LED Wave Project #2: Repeating with for Loops Project #3: Demonstrating PWM

3. More Electricity Components

• The Transistor • The Rectifier Diode • The Relay • Higher-Voltage Circuits • The Resistor • The Rectifier Diode • The LED • The Transistor • The Relay • Wires in Schematics • Crossing but Not Connected Wires • Connected Wires • Wire Connected to Ground • Dissecting a Schematic • The Capacitor • Measuring the Capacity of a Capacitor • Reading Capacitor Values • Types of Capacitors


• Ceramic Capacitors • Electrolytic Capacitors • Digital Inputs

Project #4: Demonstrating a Digital Input • Creating Constants with #define • Reading Digital Input Pins • Making Decisions with if • Making More Decisions with if-then-else • Boolean Variables • Comparison Operators • The not Operator • The and Operator • The or Operator • Making Two or More Comparisons

Project #5: Controlling Traffic • Analog vs. Digital Signals

Project #6: Creating a Single-Cell Battery Tester • Doing Arithmetic with an Arduino • Float Variables • Comparison Operators for Calculations • Improving Analog Measurement Precision with a Reference Voltage • Using an External Reference Voltage • Using the Internal Reference Voltage • The Variable Resistor • Piezoelectric Buzzers

Project #7: Trying Out a Piezo Buzzer Project #8: Creating a Quick-Read Thermometer


4. Working with Functions

Project #9: Creating a Function to Repeat an Action Project #10: Creating a Function to Set the Number of Blinks Project #11: Creating a Quick-Read Thermometer That Blinks the Temperature • Displaying Data from the Arduino in the Serial Monitor • The Serial Monitor • Starting the Serial Monitor • Sending Text to the Serial Monitor • Displaying the Contents of Variables

Project #12: Displaying the Temperature in the Serial Monitor • Debugging with the Serial Monitor • Making Decisions with while Statements • Do-while • Sending Data from the Serial Monitor to the Arduino

Project #13: Multiplying a Number by Two • Long Variables

Project #14: Using long Variables • Looking Ahead

5. Numbers, Variables, and Arithmetic

• Generating Random Numbers • Using Ambient Current to Generate a Random Number

Project #15: Creating an Electronic Die • A Quick Course in Binary • Byte Variables


• Increasing Digital Outputs with Shift Registers

Project #16: Creating an LED Binary Number Display • Connecting the 74HC595

Project #17: Making a Binary Quiz Game • Arrays • Defining an Array • Referring to Values in an Array • Writing to and Reading from Arrays • Seven-Segment LED Displays • Controlling the LED

Project #18: Creating a Single-Digit Display • Displaying Double Digits

Project #19: Controlling Two Seven-Segment LED Display Modules Project #20: Creating a Digital Thermometer • LED Matrix Display Modules • The LED Matrix Schematic • Making the Connections • Bitwise Arithmetic • The Bitwise AND Operator • The Bitwise OR Operator • The Bitwise XOR Operator • The Bitwise NOT Operator • Bit shift Left and Right

Project #21: Creating an LED Matrix Project #22: Creating Images on an LED Matrix Project #23: Displaying an Image on an LED Matrix Project #24: Animating an LED Matrix


• Character LCD Modules • Using a Character LCD in a Sketch • Displaying Text • Displaying Variables or Numbers

Project #25: Defining Custom Characters • Graphic LCD Modules • Connecting the Graphic LCD • Using the LCD • Controlling the Display

Project #26: Seeing the Text Functions in Action • Creating More Complex Display Effects

Project #27: Creating a Temperature History Monitor

6. Expanding Your Arduino

• Shields • ProtoShields

Project #28: Creating a Custom Shield with Eight LEDs • Soldering the Components • Modifying the Custom Shield • Expanding Sketches with Libraries • MicroSD Memory Cards

Project #29: Writing Data to the Memory Card Project #30: Creating a Temperature-Logging Device • Timing Applications with millis() and micros()


Project #31: Creating a Stopwatch • Interrupts • Interrupt Modes • Configuring Interrupts • Activating or Deactivating Interrupts

Project #32: Using Interrupts

7. Numeric Keypads

• Using a Numeric Keypad • Wiring a Keypad • Programming for the Keypad • Making Decisions with switch-case

Project #33: Creating a Keypad-Controlled Lock

8. Accepting User Input with Touchscreens

• Touchscreens • Connecting the Touchscreen

Project #34: Addressing Areas on the Touchscreen Project #35: Creating a Two-Zone On/Off Touch Switch Project #36: Creating a Three-Zone Touch Switch

9. Meet the Arduino Family

Project #37: Creating Your Own Breadboard Arduino • 7805 Linear Voltage Regulator • 16 MHz Crystal Oscillator • Atmel ATmega328-PU Microcontroller IC


• Identifying the Arduino Pins • Running a Test Sketch • Use the Microcontroller Swap Method • Connect to an Existing Arduino Board • Use an FTDI Programming Cable • The Many Arduino Boards • Arduino Uno • The Arduino Nano

10. Motors and Movement

• Making Small Motions with Servos • Selecting a Servo • Connecting a Servo • Putting a Servo to Work

Project #38: Building an Analog Thermometer • Using Electric Motors • The TIP120 Darlington Transistor

Project #39: Controlling the Motor Project #40: Building and Controlling a Tank Robot • The Chassis • Two Power Supplies • The Mounting Plate • Connecting the Motor Shield • Connecting the Jumpers • Sensing Collisions

Project #41: Detecting Tank Bot Collisions with a Microswitch • Infrared Distance Sensors


Project #42: Detecting Tank Bot Collisions with IR Distance Sensor • Ultrasonic Distance Sensors • Connecting the Ultrasonic Sensor • Using the Ultrasonic Sensor

Project #43: Detecting Tank Bot Collisions with an Ultrasonic Distance Sensor

11. Using GPS with Your Arduino

Project #44: Creating a Simple GPS Receiver Project #45: Creating an Accurate GPS-based Clock Project #46: Recording the Position of a Moving Object over Time and show on Map

12. Wireless Data

Project #47: Creating a Wireless Remote Control • The Hardware for the Transmitter Circuit • The Transmitter Schematic • The Hardware for the Receiver Circuit • The Receiver Schematic • The Transmitter Sketch • The Receiver Sketch • Using XBee Wireless Data Modules for Greater Range and Faster Speed Project #48: Transmitting Data with an XBee • Setting Up the Computer to Receive Data

Project #49: Building a Remote Control Thermometer


13. Infrared Remote Control

• What Is Infrared? • Setting Up for Infrared • The IR Receiver • The Remote Control

Project #50: Creating an IR Remote Control Arduino Project #51: Creating an IR Remote Control Tank

14. Reading RFID Tags

Project #52: Creating a Simple RFID Control System • Storing Data in the Arduino’s Built-in EEPROM • Reading and Writing to the EEPROM

Project #53: Creating an RFID Control with “Last Action” Memory

15. Data Buses

Project #54: Using an External EEPROM Project #55: Using a Port Expander IC • The SPI Bus • Pin Connections • Implementing the SPI • Sending Data to an SPI Device

Project #56: Using a Digital Rheostat

16. Real-time Clocks

Project #57: Adding and Displaying Time and Date with an RTC


Project #58: Creating a Simple Digital Clock Project #59: Creating an RFID Time-Clock System

17. The Internet

Project #60: Building a Remote-Monitoring Station Project #61: Creating an Arduino Tweeter • Controlling Your Arduino from the Web

Project #62: Setting Up a Remote Control for Your Arduino

18. Cellular Communications

Project #63: Building an Arduino Dialer Project #64: Building an Arduino Texter Project #65: Setting Up an SMS Remote Control

AND MANY MORE TO COME !

Additional topics and chapters will be added as the classes progresses.

ELECTROGRAMMING · PDF file ·...

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