In these pages you can find some examples of my past and current work. I tried to find the balance between approachability and depth, and used as many pictures as possible to keep it visual. I hope you learn something!
I've used and XBox Kinect, python, and computer vision to track climbers on an augmented reality climbing wall. I've also machined/fabricated from scratch my own rock climbing cam, which turned out to have the same strength as a commercial piece of gear. Then, to test the strength of that cam, I designed, fabricated, built, and programmed an accurate, fast, 3000lb capacity force sensor. I've coded up a fun genetic algorithm that uses Darwin's principles of Natural Selection to estimate a solution to the Traveling Salesman Problem. Finally, as the student climbing coordinator for Outdoor Ed at CC, I rewrote most of the curriculum for our rock climbing clinics.
I've used and XBox Kinect, python, and computer vision to track climbers on an augmented reality climbing wall. I've also machined/fabricated from scratch my own rock climbing cam, which turned out to have the same strength as a commercial piece of gear. Then, to test the strength of that cam, I designed, fabricated, built, and programmed an accurate, fast, 3000lb capacity force sensor. I've coded up a fun genetic algorithm that uses Darwin's principles of Natural Selection to estimate a solution to the Traveling Salesman Problem. Finally, as the student climbing coordinator for Outdoor Ed at CC, I rewrote most of the curriculum for our rock climbing clinics.