Introduction

  • NONAME_1-page-001I’m Luis B. I am about to go into the 11th grade at Harmony Science Academy in Houston. I was born in Peru, but I was raised here in Houston. I want to be an aeronautical engineer and also a commercial pilot because I love travelling and flying planes.

IMG_4537 IMG_4538

Reflection

  • After being 6 weeks in BlueStamp Engineering, I have learned many things from here. In the beginning of the program i had no idea what to do but as time went on i started learning different things. When I started with my main project I only knew a couple of things about programming and about actually building things because i had never done this before. As time past I learned from the things they though me here at BlueStamp Engineering, for example like how to program an arduino base on what you were doing or how to solder wires onto the rotary potentiometer. It was an amazing experience being in this program because now I know that i truly want to be an engineer.

Final Video Post

  • For my last milestone, I programmed the MIDI controller and then mapped it on the software Traktor 2 so I could control the volume with the sliders and then with the button I can set loops and play those loops and with the rotary potentiometer I could set the high, the mid, and the low of the songs.

DOCUMENTATION

1. Arduino Uno code (Credit to Michael Blazer)

2. Luis’s MIDI controller CAD

3. MIDI Controller schematic (Credit to Fragnator from instructables)

Schematic for controller

4. Hints and Tips

  • One tip would be too keep the wiring neat because it can get really disorganized when soldering wires and connecting them together.
  • A hint is to use a resistor in every button so that way even when you run the serial to midi converter it will read all the buttons and show that its transferring data.
  • Another hint is to connect one sliders to one ground and the other slider to the other ground so then when you are running the running test on the Arduino program you can get the exact read backs on both sliders.

5. The BOM of this project

  • Arduino UnoDEV-11021Sparkfun$24.95https://www.sparkfun.com/products/11021
    Project Enclosure, 8x6x3″270-1809RadioShack$8.99http://www.radioshack.com/product/index.jsp? productId=2062285
    Sanwa Push Buttons – 6packB00367KDVUAmazon$20.87http://www.amazon.com/White-Sanwa-Push-Buttons-OBSF-30-W/dp/B00367KDVU/ref=sr_1_1?ie=UTF8&qid=1406212654&sr=8-1&keywords=B00367KDVU
    Linear Potentiometer 10KCOM-09940Sparkfun$0.95https://www.sparkfun.com/products/9939
    Potentiometer KnobsB00CZ6JXBEAmazon$6.06http://www.amazon.com/Split-Shaft-Insert-Black-Potentiometer/dp/B00CZ6JXBE/ref=sr_1_14?ie=UTF8&qid=1406212788&sr=8-14&keywords=potentiometer+knob
    Slide Pot – X LargeCOM-09119Sparkfun$2.95https://www.sparkfun.com/products/9119
    Slide Pot KnobCOM-09120Sparkfun$0.95https://www.sparkfun.com/products/9120
    M3x10mm Threaded SpacerB00JR3XQSEAmazon$5.17http://www.amazon.com/10mm-Board-Hexagonal-Threaded-Spacer/dp/B00JR3XQSE/ref=sr_1_1?ie=UTF8&qid=1406213080&sr=8-1&keywords=B00JR3XQSE
    16mm M3 screws91420A126McMaster Carr$3.20http://www.mcmaster.com/#catalog/120/3031/=sz6a7a
    4mm M2 self-tapping screws96817A204McMaster Carr$5.96http://www.mcmaster.com/#catalog/120/3004/=sz6b58
    Stick-on Rubber FeetB003CIWPSCAmazon$9.49http://www.amazon.com/Self-Adhesive-Rubber-Large-Square-Bumpers/dp/B003CIWPSC/ref=sr_1_1?ie=UTF8&qid=1406213439&sr=8-1&keywords=B003CIWPSC&dpPl=1
    USB A to B cableCAB-00512Sparkfun$3.95https://www.sparkfun.com/products/512

 

2nd Milestone video

  • My second milestone was completed when I mounted my buttons, sliders, and rotary potentiometers and I connected them onto the Arduino Uno. During this process I learned how resistors work and also how to use the perf boards to connect all the buttons and rotary potentiometers to one ground so I could then use the other two grounds for my sliders.

1st Milestone Video

  • For my first milestone, I worked on the layout for the cut outs of the buttons, sliders, and the rotary potentiometers  the box on the DraftSight CAD program from Dassualt Systems. I also got their measurement to a 1:1 ratio from the real pieces and also in the program I learned how to find the exact measurements of my drawings

Starter Project

  • For the first week here I have done my starter project “TV Be Gone” and I have learned that the microchip had 230 codes embedded on it and using the transistors it make the power of the signal stronger so they can send to the TV LED through the controller LED’s. I have also started on my main project which is a MIDI controller for DJ’s. So far I have learned how to use the drill and mount things on the box.

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