final project
This is where I will start defining my final project idea and start to get use to the documentation process.
Inspiration
I was inspired by the Harry Potter movies growing up, and to me I was completely and utterly fascinated with the invisibility cloak that Harry wears to sneak around the restricted section in the library. Not that I need to sneak around. There are times when anyone wants to be invisible and just pull a cloak over you and disappear into nothingness.
Ok, it may not be possible to completely disappear from view but I hope my final project idea will allow me to become as invisible as possible.
Research
For my work during Week 2 I continued developing my final project design, I used Fusion 360 to model a simple, movable invisibility cloak concept. Inspired by optical cloaking research, I designed a multi-lens system based on the Rochester Cloak, which bends light to hide objects. My approach was influenced by discussions on cloaking technology, including concepts explored in this Big Think article.
Since I wanted a functional and adjustable design rather than a fixed structure, I avoided complex nanotechnology or precise mirror placements. I created basic sketches and assembled the lenses manually in Fusion 360 to explore how they could work together. This project helped me understand how CAD can be used to prototype optical devices within my current skill level.
Sketches
Add here your modeling and design.
Some other section
This is an updated text.
Fab Academy Final Project: Portable 3-Point Lighting System
This project aims to create a portable, modular 3-point lighting system designed for small-scale object and product photography. The goal is to make the system accessible with little to no learning curve, featuring adjustable brightness, color temperature, and compact storage.
How It Works
The lighting system consists of three LED panels mounted on adjustable arms with snap-on diffusers. Each panel can be controlled individually using simple dials for brightness and color temperature. The system is powered by rechargeable batteries or USB, making it highly portable.
Materials List
| Item | Quantity | Price (USD) | Total Cost |
|---|---|---|---|
| LED Light Panels | 3 | $15.00 | $45.00 |
| Snap-on Diffusers | 3 | $5.00 | $15.00 |
| Adjustable Arms | 3 | $10.00 | $30.00 |
| Rechargeable Batteries | 3 | $8.00 | $24.00 |
| Microcontroller (ESP32) | 1 | $12.00 | $12.00 |
| Total Cost | $126.00 | ||
Next Steps
- 3D model and print housings for light panels.
- Assemble LED panels and connect to microcontroller.
- Program brightness and color temperature controls.
- Test lighting performance and adjust design if needed.
This project not only aims to simplify lighting for small-scale shoots but also makes professional lighting accessible for indie filmmakers and content creators.