Embedded Files
Title Page
Title Page
This is my title page. It was remade many times during the process before I decided on this current design. Because of that You can even see some of the old design in the title page.
Front View
Front View
Top View(Closed)
Top View(Closed)
Top View (Open, Holding Materials)
Top View (Open, Holding Materials)
Side View (Closed)
Side View (Closed)
Perspective View(Closed)
Perspective View(Closed)
Perspective View(Open)
Perspective View(Open)
Reflection Questions
Reflection Questions
What was the intended function of your box and how does the design contribute to the function.
The function is to hold things that are thin, such as pencils. Because the box is long, it can hold these things. It can hold many pencils to take up less space. The long shape helps to hold things, and the height is helpful.
Describe one thing you are most proud of about the box itself. I am proud of the colors and the stripes on the box.
Describe one thing about your physical box you would improve on if you could do it again. I would redo the knob to make it easier to glue onto the lid.
What is one challenge you faced while doing this project that you were able to overcome and how did you overcome it? It was difficult to fit the top onto the box, so I had to sand it down a lot.
What is one skill that you learned so well in this project that you would feel comfortable teaching it to another student? I learned how to use the bandsaw well enough that I could teach another student.
Even though everyone ended with their own project, how did teamwork/collaboration play a role in this project? Certain people with more experience, like Ms. Abdul, Ben, and Seku, helped a lot, and just being able to talk with my friends made the project more fun for me.
Cornhole Board
Cornhole Board
Brief
Brief
We are making a cornhole board. We will be presenting them at "Space Is The New Place 2026"
Objectives
Objectives
Our boards needed at least two electronic components.
Criteria and Constraints
Criteria and Constraints
The game still has to be a "Bag Toss". It must be playable at night.
Electronic Prototypes
Electronic Prototypes
1:6 Scale Design
1:6 Scale Design
Electronic Components
Electronic Components
IMG_1950.mp4Interactive Features
Interactive Features
Wood Cornhole Board
Wood Cornhole Board
Step 1
Step 1
Step 2
Step 2
Step 3
Step 3
Top View
Top View
Bottom View
Bottom View
Side View
Side View
Infinity Mirror
Brief
Brief
In this project I will create a infinity mirror. To do this I will have to code LEDs and 3d print.
Criteria
Criteria
Our mirror must be freestanding or hanging on a wall. We must code multiple electronics.
Constraints
Constraints
We have to use the full engineering design process. We also have to show understanding of the physics that make up the mirror.
Prototype Infinity Mirror
Prototype Infinity Mirror
I built a simple prototype for my infinity mirror. To do this I had to cut out acrylic pieces and apply a mirror film. Then, I had to assemble all of the 3d printed pieces together as well as coding the neopixel.
5 Infinty Mirror Patterns
5 Infinty Mirror Patterns
https://drive.google.com/file/d/1QNW2dfkLv7Anrq_a-8rrM3GKSz9AUdMi/view?usp=vids_web
Using my neopixel, I created 5 different patterns for my infinity mirror. After that I put it into my prototype and saw the complete infinity illusion.
Final Professional Pictures
Page updated
Report abuse