Inspiring projects at Maker Nexus: Difference between revisions

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[[File:mn-btspeaker.jpeg|thumb]]
[[File:mn-btspeaker.jpeg|thumb]]
''A project kit taught as a class. Made with laser-cut acrylic and electronics.''
Dani created this project kit based on teaching a summer camp class at the [https://moxi.org moxi museum] in Santa Barabara. She sourced the speaker driver, the Bluetooth amplifier board, and designed the plastic housing:
* the dimensions of the speaker box are based on the [https://en.wikipedia.org/wiki/Golden_ratio Golden Ratio], so the length x width x height have the ratio 1.6:1.0:0.6
* Dani designed the overlapping joinery to cut the plastic on a laser cutter
* the face of the box is just wide enough to fit the driver
* the amp board accepts a 12V DC power transformer and connects with a potentiometer
* the kit requires simple soldering and heat shrink wrapping the exposed wires
* students also practice gluing the box together with [https://en.wikipedia.org/wiki/Cyanoacrylate CA glue] or [https://en.wikipedia.org/wiki/Solvent_bonding solvent welding]

Revision as of 00:50, 19 March 2025


Get inspired!

At Maker Nexus, let your imagination take flight! These are some of the projects that combine various skillsets and have a really nice execution.


Liam's clock bot

Robotspeaker-liam.png

A personal creation. Made with wood, electronics, and metal accents.

Inspired by the BMO robot from the Adventure Time cartoon, Liam's little wood bot features an LED matrix screen, mitered wood case, little wooden feet, and a little brass loop light bulb antenna!

Dani's Bluetooth speaker class

Mn-btspeaker.jpeg

A project kit taught as a class. Made with laser-cut acrylic and electronics.

Dani created this project kit based on teaching a summer camp class at the moxi museum in Santa Barabara. She sourced the speaker driver, the Bluetooth amplifier board, and designed the plastic housing:

  • the dimensions of the speaker box are based on the Golden Ratio, so the length x width x height have the ratio 1.6:1.0:0.6
  • Dani designed the overlapping joinery to cut the plastic on a laser cutter
  • the face of the box is just wide enough to fit the driver
  • the amp board accepts a 12V DC power transformer and connects with a potentiometer
  • the kit requires simple soldering and heat shrink wrapping the exposed wires
  • students also practice gluing the box together with CA glue or solvent welding