Infinity
I designed, printed, and coded various models of infinity mirrors with custom programmed LEDs controlled with a phone app to display millions of different pattern combinations. These will be available for purchase soon.
I designed, printed, and coded various models of infinity mirrors with custom programmed LEDs controlled with a phone app to display millions of different pattern combinations. These will be available for purchase soon.
I am singlehandedly developing a virtual reality suturing simulator with highly realistic finger tracking to aid medical students and residents in learning and mastering suturing technique. When complete, this program will be released for free.
I've started playing around with programming music reactivity via audio waveform spectrum analysis and created this LED tunnel in a frame I designed and 3D printed. See Projects for more.
I have been designing and 3D printing plaques to display my friends' match results. I am constantly humbled by all these talented people and this is the least I could do for them.
I designed the first software to allow plastic surgeons to easily measure breast volume pre-operatively via MRI data. This program is still under development but initial results are highly accurate.
I created this infinity cube using 2-way tinted acrylic panels. I designed the 3D models for the frame, printed them, wired in LED strips, and coded the animations.
I built and maintained 5 3D printers in order to 3D print over 1,000 respirators during the Coronavirus pandemic. Working alongside my brothers, we donated these respirators to healthcare workers and the Miami homeless population.
I developed the first publicly-available application to measure breast implant volume pre-operatively via MRI data. This standalone software has been shown to produce 98.6% accurate results and is designed to be as easy-to-use as possible.
I am passionate about research and have first-authored numerous original articles
I upload my code to Github and my 3D printable designs to thingiverse