Section 1: Getting started with the Arduino
Lecture 1
Introduction
01:54
Lecture 2
Please read this before continuing!
Article
Lecture 3
List of parts
IFrame
Lecture 4
A study guide - Please view this first!
05:11
Lecture 5
The Arduino ecosystem
07:44
Quiz 1
Arduino ecosystem - quiz
6 questions
Lecture 6
Tools and prototyping workflow
07:51
Quiz 2
Tools and prototyping - quiz
3 questions
Lecture 7
Let's make a light blink!
11:35
Quiz 3
LED blinking - quiz
3 questions
Lecture 8
Make the LED fade on and off
04:40
Quiz 4
LED fading - quiz
3 questions
Section 2: Sensors
Lecture 9
About sensors
03:03
Lecture 10
Measuring light
08:29
Quiz 5
Measuring light - Quiz
3 questions
Lecture 11
Temperature and humidity
07:09
Quiz 6
Temperature and Humidity - Quiz
6 questions
Lecture 12
Barometric pressure sensors
07:11
Quiz 7
Barometric pressure sensors - quiz
4 questions
Lecture 13
Infrared motion sensors
09:04
Quiz 8
Infrared motion sensors - Quiz
4 questions
Lecture 14
Ultrasonic distance sensor
10:11
Quiz 9
Ultrasonic distance sensors - Quiz
2 questions
Lecture 15
Detecting acceleration
06:37
Quiz 10
Detecting acceleration - quiz
2 questions
Lecture 16
Line sensor (infrared)
03:36
Quiz 11
Line sensor - quiz
2 questions
Lecture 17
Tilt and impact
08:54
Quiz 12
Tilt and impact sensors - quiz
3 questions
Section 3: Interaction
Lecture 18
Buttons
06:18
Quiz 13
Buttons - quiz
1 question
Lecture 19
Potentiometer
07:26
Quiz 14
Potentiometer - quiz
1 question
Lecture 20
The flex sensor
04:56
Quiz 15
Flex sensor - Quiz
2 questions
Lecture 21
Membrane potentiometer
04:12
Quiz 16
Membrane potentiometer - quiz
2 questions
Lecture 22
Making noise with a passive buzzer
05:26
Quiz 17
Making noise with a buzzer - quiz
1 question
Lecture 23
Keypad, Part 1: Introduction
04:06
Lecture 24
Keypad, Part 2: Parallel connection wiring
12:25
Lecture 25
Keypad, Part 3: Parallel connection sketch
05:14
Lecture 26
Keypad, Part 4: Single wire connection
12:35
Lecture 27
Keypad, Part 5: Single wire connection conclusion
11:32
Lecture 28
Hardware button deboucing
Article
Lecture 29
Rotary Encoders Part 1: Background and Principle of Operation
17:08
Lecture 30
Rotary Encoders Part 2: A Simple Circuit demo
13:36
Lecture 31
Rotary Encoders Part 3: Adding Debouncing
10:34
Lecture 32
Fingerprint sensor, Part 1: About
05:42
Lecture 33
Fingerprint sensor, Part 2: Wiring, registering and recognizing
10:29
Lecture 34
Fingerprint sensor, Part 3: Demo app with an electric lock
07:40
Section 4: Displays
Lecture 35
LCD character screen, Part 1
14:35
Lecture 36
LCD character screen, Part 2
06:49
Lecture 37
Single data wire LCD and I2C, Part 1
15:40
Lecture 38
Single data wire LCD and I2C, Part 2
07:41
Lecture 39
LCD and Keypad mini-project
Article
Quiz 18
Exercises for the LCD with I2C lectures
4 questions
Lecture 40
LCD TFT screen
16:42
Quiz 19
Quiz for the LCD TFT lecture
1 question
Lecture 41
Seven Segment LED Displays, Part 1: Intro and assembly
11:31
Lecture 42
Seven Segment LED Displays, Part 2: Sketch
14:31
Lecture 43
Control an 8x8 LED matrix display with the MAX7219 controller
23:05
Lecture 44
Control multiple 8x8 Matrix displays
06:24
Lecture 45
Visualise ADXL335 accelerometer data on an 8x8 LED matrix display
06:58
Section 5: Motors
Lecture 46
Direct current motors, Part 1
17:32
Lecture 47
Direct current motors, Part 2
07:52
Lecture 48
Direct current motors, Part 3
12:00
Quiz 20
Exercises for the Direct Current motor lectures
2 questions
Lecture 49
Servo motors, Part 1
15:18
Lecture 50
Servo motors, Part 2
11:52
Quiz 21
Exercises for the servo motor lectures
1 question
Lecture 51
Servo motors and LCD screens mini project
Article
Lecture 52
Stepper motors Part 1: Introduction
07:32
Lecture 53
Stepper motors Part 2: Connecting a unipolar un-geared motor
11:39
Lecture 54
Stepper motors Part 3: Controlling a unipolar un-geared motor
06:17
Lecture 55
Stepper motors Part 4: Connecting a unipolar geared motor
05:05
Lecture 56
Stepper motors Part 5: Using the AccelStep library
07:49
Lecture 57
EasyDriver with the NEMA17 stepper motor
18:29
Section 6: Ethernet and Internet communications
Lecture 58
The Ethernet shield, Part 1
24:08
Lecture 59
The Ethernet shield, Part 2
14:17
Quiz 22
Ethernet shield - Quiz
2 questions
Lecture 60
A simple Arduino reporting web server, Part 1
05:04
Lecture 61
A simple Arduino reporting web server, Part 2
19:39
Lecture 62
A simple Arduino reporting web server, Part 3
10:33
Quiz 23
Simple reporting server - Quiz
1 question
Lecture 63
An Arduino controlling web server
25:29
Quiz 24
Controlling web server - Quiz
3 questions
Lecture 64
Controlling a motor with a web browser
16:40
Quiz 25
Web motor control - Quiz
2 questions
Lecture 65
Web logging to Nimbits, Part 1
08:58
Lecture 66
Web logging to Nimbits, Part 2
18:48
Lecture 67
Social logging to Twitter
16:33
Quiz 26
Logging to Twitter - Quiz
1 question
Section 7: Wireless communications
Lecture 68
Wireless connectivity with Bluetooth, Part 1
12:35
Lecture 69
Wireless connectivity with Bluetooth, Part 2
09:51
Quiz 27
Bluetooth - Quiz
3 questions
Lecture 70
Wifi connectivity, Part 1 of 4
02:46
Lecture 71
Wifi connectivity, Part 2 of 4
25:32
Lecture 72
Wifi connectivity, Part 3 of 4
19:34
Lecture 73
Wifi connectivity, Part 4 of 4
06:59
Lecture 74
Wifi connectivity: upgrading your CC3000 module
10:09
Lecture 75
Using the NRF24L01+ transceiver module
20:16
Lecture 76
Bluetooth Low Energy Part 1: About BLE
12:09
Lecture 77
Bluetooth Low Energy Part 2: The Adafruit nRF8001 module
04:50
Lecture 78
Bluetooth Low Energy Part 3: UART demos
13:13
Lecture 79
Bluetooth Low Energy Part 4: Firmata demo
07:48
Section 8: External storage
Lecture 80
Reading and writing to an SD card, Part 1 of 3
13:56
Lecture 81
Reading and writing to an SD card, Part 2 of 3
10:31
Lecture 82
Reading and writing to an SD card, Part 3 of 3
09:48
Quiz 28
SD Card lecture - Quiz
1 question
Lecture 83
EEPROM (internal and external) Part 1: Basic use
10:58
Lecture 84
EEPROM (internal and external) Part 2: the EEPROMex library
05:36
Lecture 85
EEPROM (internal and external) Part 3: Using an external EEPROM
10:39
Section 9: Taking a closer look at the Atmega microcontroller
Lecture 86
Hardware interrupts Part 1: Introduction
12:16
Lecture 87
Hardware interrupts Part 2: Using volatile variables
05:17
Lecture 88
Hardware interrupts Part 3: Timers
05:08
Lecture 89
Hardware interrupts Part 4: High-definition Pulse Width Modulation
06:11
Lecture 90
Using the build-in pull-up resistors
07:16
Lecture 91
Memory management Part 1: Introduction and Flash
05:49
Lecture 92
Memory Management Part 2: Static RAM
07:52
Lecture 93
Power management with sleep mode and prescaling
23:40
Section 10: Integrated circuit peripherals
Lecture 94
Hardware switch/button debouncing Part 1: Background
07:16
Lecture 95
Hardware switch/button debouncing Part 2: Demo
08:51
Lecture 96
Shift registers Part 1: What are shift registers
05:35
Lecture 97
Shift registers Part 2: 8-LED circuit
03:50
Lecture 98
Shift registers Part 3: 8-LED circuit
09:27
Lecture 99
Shift registers Part 4: 16-LED circuit
07:34
Lecture 100
Control more devices with a port expander, Part 1: Background and setup
14:24
Lecture 101
Control more devices with a port expander, Part 2: more examples
09:13
Lecture 102
Real time clock, Part 1 of 2
15:53
Lecture 103
Real time clock, Part 2 of 2
07:29
Quiz 29
Exercises for the real time clock Lectures
2 questions
Section 11: Controlling large loads with relays and friends
Lecture 104
Using the TIP22 transistor to control an LED strip
07:46
Lecture 105
Relays Part 1: Introduction
04:56
Lecture 106
Relays Part 2: How NOT to control a relay
15:23
Lecture 107
Relays Part 3: Connect a 12V relay component calculations
10:10
Lecture 108
Relays Part 4: Connect a 12V relay connections
07:52
Lecture 109
Relays Part 5: Relay shields
04:22
Section 12: Location sensing
Lecture 110
GPS Part 1: An introduction
08:36
Lecture 111
GPS Part 2: Wiring the Adafruit module for direct communication with computer
05:50
Lecture 112
GPS Part 3: Getting and using raw text data from the module
05:42
Lecture 113
GPS Part 4: Using the Adafruit GPS library
16:06
Lecture 114
GPS Part 5: Using the TinyGPS+ library
07:55
Section 13: Topics on prototyping
Lecture 115
Bare-bones Arduino Part 1: Intro and power circuit
08:46
Lecture 116
Bare-bones Arduino Part 2: Atmega, reset and clock
11:27
Lecture 117
Bare-bones Arduino Part 3: Power LED and testing
08:39
Lecture 118
Create your own printed circuit boards (PCB), Part 1
18:22
Lecture 119
Create your own printed circuit boards (PCB), Part 2
20:11
Lecture 120
Using Processing (the language) with the Arduino, Part 1
14:58
Lecture 121
Using Processing (the language) with the Arduino, Part 2
12:09
Lecture 122
Create your own Library, Part 1
17:08
Lecture 123
Create your own Library, Part 2
27:34
Section 14: Quick explorations
Lecture 124
Arduino-Raspberry Pi wireless communication with the RF24
15:38
Lecture 125
A home notification board with a large display
08:16
Lecture 126
Using a magnetometer to detect motion
07:33
Lecture 127
Cheap but reliable wireless communication
10:12
Section 15: Video responses
Lecture 128
Timing infrared beam interrupts (simulated by buttons)
04:43
Lecture 129
My Arduino and NRF24L modules not communicating. Why?
08:08
Lecture 130
Arduino and Wii Nunchuck problems - how should it behave?
03:20
Lecture 131
What’s wrong with my I2C module/bridge to LCD screen?
10:59
Lecture 132
Controlling piezo buzzer loudness with a potentiometer
09:14
Lecture 133
Battery powered Arduino + motor controller + distance sensor
09:58
Lecture 134
Using an RC low-pass filter for better motor control
11:43
Lecture 135
Resistor and photoresistor circuit setup and voltage measurement
07:10
Section 16: Wrapping-up...
Lecture 136
Instead of a conclusion
2 pages
Section 17: Appendices
Lecture 137
Where can you find the source code for the demo sketches?
03:33
Lecture 138
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