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Before you Start
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Introduce yourself!
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Join our Facebook/Discord Groups
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How to Watch this Course
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Download all the Files
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How to Post your Doubts (4:33)
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How to troubleshoot
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Materials and Where to Buy (0:44)
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Whats is MIDI/MIDI controllers (1:18)
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Three Reasons to Build Your MIDI Controllers (1:16)
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Who is your Instructor? (4:12)
Building a simple MIDI controller (buttons and potentiometers)
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0. Links and Downloads
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1. Sketch Your Idea on Paper (0:21)
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2. Choosing the Components (1:04)
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3.1. Choose the Brain (microcontroller) of your MIDI Controller (2:33)
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3.2. How the Arduino Works (2:44)
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3.3. Which Arduino to Choose (1:03)
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4.1. Design your Circuit in a Circuit Design Software (1:26)
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4.2. How to use a Button (1:08)
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4.3. How to use a Potentiometer (2:04)
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4.4. How to use a Breadboard (0:47)
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5.1. Prototype a Proof of Concept (Tinkercad) (4:54)
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5.2. Prototype a Proof of Concept (Real Life) (3:38)
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5.3. How to Edit the Code (2:49)
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6.1. How to Program the Arduino (8:26)
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6.2. MIDI Mapping in Ableton Live (1:32)
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6.3. How to Program the Arduinos without USB MIDI Capabilities (Hairless MIDI) (6:30)
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7. Tips on How to Design and Build an Enclosure (1:32)
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8. Mount the Components and Solder them (3:49)
Building More Complex MIDI Controllers
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1.1 - Intro (9:25)
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1.2 - Before you try any code...
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1.3 - Materials
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1.4 - The MIDI Protocol (15:01)
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1.5 - How to Instal the Sparkfun Boards
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2.1 - Buttons (11:11)
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2.2 - MIDI Mapping on Ableton Live (1:46)
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3.1 - Potententiometers (3:58)
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3.2 - Potentiometers: Getting a better reading (5:16)
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3.3 - Potentiometers: High Resolution Faders (7:19)
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4.1 - Multiplexer: Buttons (13:21)
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4.2 - Multiplexer: Potentiometers (3:17)
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5. Custom Note Numbers, CC and Toggle (updated) (5:35)
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5 - Custom CC and Note Numbers (5:49)
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6.1 - Rotary Encoders (10:00)
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6.2 - How to use "a lot" of Encoders
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7.1 - Oled Display (6:31)
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7.2 - Banks using buttons: Buttons and Pots (10:17)
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7.3 - Banks using buttons: Encoders (7:20)
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7.4 How to change Octaves (8:28)
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8 - MIDI (Note on/off) Feedback: Addressable Led Strip (Neopixel) (13:05)
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9.1 - Multiple LEDs with the 74HC595 Bit Shifter (19:42)
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9.2 - MIDI (Note on/off) Feedback: Led Feedback with the 74HC595 (11:01)
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9.3 - MIDI (Note on/off) Feedback - VU in Ableton: Led Feedback with the 74HC595 (16:52)
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9.4 - MIDI (Note on/off) Feedback - VU in Traktor: Led Feedback with the 74HC595 (6:22)
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10.1 - Motorized Faders - Intro (5:35)
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10.2 - Motorized Faders - DC Motors (6:54)
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10.3 - Motorized Faders - Schematic / Materials (10:31)
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10.4 - Motorized Faders - Capacitive Sensor (2:32)
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10.5 - Motorized Faders - Testing Code (3:46)
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10.6 Motorized Faders - Code (7:24)
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10.7. - Motorized Faders - Mapping One Fader with Banks (3:36)
MIDI Scripts
Arduino as a USB-MIDI Class Compliant Device
MIDI din In/Out
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MIDI circuit Intro (4:12)
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Using TRS connectors
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MIDI Out: Circuit (2:28)
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MIDI Out: Testing Code (ATmega16U2 - Uno fam.) (1:59)
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MIDI Out: Testing Code (ATmega32U4 - Pro Micro fam.)
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MIDI Out: MIDI Cable + USB MIDI Class-Compliant (ATmega16U2 - Uno fam.) (3:56)
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MIDI in: Circuit (2:46)
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MIDI out: Full Code (2:16)
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MIDI in: Full Code (8:10)
How to make a BLE (Bluetooth Low Energy) MIDI Controller
Designing 2D or 3D enclosures in Fusion 360
Designing 2D enclosures in Inkscape
Choosing the components
The complete controller
Circuit Design
MidiMood - A Minimoog Based MIDI Controller
Traktorino - A MIDI Controller for DJs
Theremidi - MIDI Theremin
Other projects
How to unbrick an Arduino Pro Micro
Join the MMwA: The Arduino Programming
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