Final Project ThinkSpace
This will be organized such that my most recent thoughts are on top.


Bill of Materials
Already freely available: Not freely available/need to order:
Timeline (2 months)
I'd like to make time for at least 2 different models (as seen in my Project Plan below), which means time will be quite tight.
Project Plan
Prototype 1:
  1. Fusion 360 design a 6-shotglass box and lid with clear acrylic, press-fit
  2. Plan circuitry inside box, including LEDs and connections, and how it would fit with other boxes
  3. Try out different available gelatins
  4. Order 1-3 gelatin types
  5. Prototype with cardboard
  6. Design Arduino program + test out without wiring
  7. Make with clear acrylic + gelatin. Repeat until it works.
  8. Put in circuitry.
  9. Play around and refine prototype.
Prototype 2 (IF TIME): 3D Print a Cylindrical or Spherical container with hinged lid
  1. Research 3D protective shapes with some give (lots of holes)
  2. Research hinges
  3. Fusion 360 Design a cylindrical or spherical container with hinged lid
  4. Prusa print it.
Revision
Talking with Ibrahim gave me a new direction for my project. Ibrahim made the excellent point that I can utilize the uniqueness of the shotglasses
This could look like: I was considering how best to put this into practice. This direction would likely force me to give each shotglass a unique spot.
Proposal
I collect shotglasses.
Tequila Shotglass
Over the course of my life, I have collected about 80 shotglasses! They come from places I've traveled and snapshot great times with great people.

But my 80-some shotglasses are getting more and more unwieldy to transport and display. For my final project, I'd like to build a structure that can:
  1. Display My Shotglasses
    2. AND/OR
  2. Help Transport My Shotglasses
Ideal Features
  1. Scalability/Modular Design: Ideally, my design would be composed of many modules which I could combine and rearrange in order to scale up or down how many shotglasses I wanted to display or transport, or simply to modify for aesthetics or different environments.
  2. Protective: This structure should make it easy to move my shotglasses between home and campus, as well as protect shotglasses on display.
  3. Separation: Most shotglasses are made of glass or similarly fragile materials. It is best, then, for each shotglass to be displayed and/or transported separately, which likely means creating many "compartments."
  4. Flexibility/Adjustability for Shotglass Sizing: While most shotglasses are the same size, I have many many irregular shotglass shapes and sizes. Ideally my structure would allow for many different kinds of shotglasses. That means the structure I make must be very adjustable either post-creation -- I can adjust a compartment to be taller or shorter, say -- or pre-creation -- use template designs that are easy to customize for each of my shotglasses.
  5. Indexing + Automation: As a stretch goal, and to incorporate microcontroller programming and add a lil something special to my project, I would love to be able to use a screen to select a specific shotglass to either highlight or physically bring to the front. This would involve accurate indexing and labeling of my shotglasses, as well as connection of the Arduino or ESP32 to lights/motors.
  6. Dust-Proof: A covered structure would help keep shotglasses dust-free.
  7. Easy Access: Since I'd like to use my shotglasses from time to time and add new ones, I want a structure that makes it easy to reach each of my shotglasses.
What Already Exists
Since the overarching goal is to display/transport my shotglasses, I have a lot of flexibility in terms of building a structure to accomplish that goal.

Let's begin by looking at what kinds of shotglass displays and storage options are already out there!
This 24 shot glass display case is available from Displays2Go for $115. This seems:
  1. expensive: $115 to hold less than a third of my shotglass collection is certainly not worth it.
  2. difficult to transport: The display itself is large enough that it seems harvard to transport and not protective for transporting shotglasses.
  3. not easy access: Since shotglasses are placed in the middle of the shelves, they're hard to reach.


This shelf can hold 30, available on Etsy for $155+.
This shelf is pretty simple, but lights up!


Possible Structures and Approaches
Sketch of Cylinder-Style Project Sketch of Prism-Style Project Sketch of Pie-Style Project
  1. Revolving Cake-style Tiers: Create several circle layers that revolve, and can bring one shotglass on any layer to the front.
  2. Lit: Illuminate either all layers, and/or specific layers, and/or specific shotglasses.
  3. Latched, Clamping, Protective Spheres: Cast-mold or 3D print spheres that are netted/materialed with some give such that help protect whatever's inside. Half-and half spheres that swivel and can latch closed. Include adjustable clamps This is my favorite approach, but it seems really difficult to scale up to 80+ shotglasses.