Side by side comparison between the two floodlights that I designed.

I 3D modeled and printed the housing to contain the rechargeable LiPo battery, amplifier, heat sink, lens, and handle with on/off switch.

Contains the same LED diode and amplifier as the large floodlight, but does not have as large of a heat sink, lens or battery allowing for a much more compact design.

Side view of the small LED floodlight showing the power switch and charging port. I currently have a momentary switch attached as the control.

I 3D modeled and printed this flashlight which utilized a CREE high power LED and a rechargeable LiPo battery. you can also plug a USB cable into it to charge your phone!

Front view of assembled flashlight.

I built a simple Temperature & Humidity sensor with my Arduino.

I was tired of handling a naked circuit board, so I printed a case!

This security system utilizes an Arduino to control a numerical keypad, fingerprint scanner, LCD display, and two solenoid locks.

I 3D printed multiple of the same part to cast in aluminum.

The 3D prints were successfully replicated in aluminum.

The 3D printed & cast parts after post processing installed into the aluminum tubing.

I built this stand to hold my solar panel for an upcoming project. This will be the source of power for my aquaponic rig this spring.

I designed an electrochromic gel to be used in conjunction with a flexible substrate to allow for fully flexible electrochromic cells.

This is an flexible electrochromic cell that I designed. It operates off off two AA batteries.

I made a leather armor cuirass & pauldrons for a renaissance festival. This started out as one large sheet of raw leather that I patterned, cut, dyed, and riveted together.

Another view.

Front view.

I earned a degree in Materials Science & Engineering!

I 3D modeled and printed a small clip with a magnet to allow for a more efficient fastening of the drink tube while not in use.

A close up view of the magnet and a piece of steel for it to latch on too.

I received a cord management system that was designed for a larger transformer, so I 3D modeled and printed a spacer that would allow my smaller transformer to fit properly.

I 3D modeled and printed a modified charging handle guide for my rifle allowing me to more easily lock the bolt back.

I built a nice 10" sub box using a Sono tube (concrete form) and a few pieces of hardware. I got the amp and wiring during a Black Friday sale and the speaker from a garage sale. The whole setup was less than $100!

I recently acquired 3 Raspberry Pi's and have started to learn Python so that I can add functionality to any new projects with these little computers.

Corner view of my completed computer build.

Window view of my completed computer build.

Internal view of my completed computer build.

Full view of my computer desk setup.

I came across this amazing Panasonic projector at a local surplus store. The projector had a mounting bracket already installed on it, however buying the other half to mount the projector would have cost more than I had paid for the projector itself! Therefore I fabricated my own projector mount.