Projects

This arm locking system allows the arms of a quadcopter to be stowed, and then deployed and locked. It utilizes a spring  that forces down a carrier that contains pins into holes in the arms.

This structural system is responsible for withstanding over 500lbs of load, housing multiple mechanical and electrical systems, all while staying within a 10cmx10cm cross-sectional area. I am a designer and manufacturer of this system, as well as being directly responsible for all integration within this system.

In the summer of 2020 I designed and built a place to store firewood for my family. While it has many areas I would improve today, I gained skills in design, allocation of funds, and working with handtools and power tools.

This system utilizes a driving servo and gears that actuate a female threaded rex shaft that screws out of a screw on the top of a quadcopter to deploy it. I was the primary designer and manufacturer of this system.

This system utilizes linkages that are actuated by a solenoid to retain and deploy the arms of a quadcopter. I was responsible for aiding in the design and integration process, and for manufacturing and ordering the components of the system.

In high school, I created a water bottle rocket and launcher. I collected data on how high the rocket flew based on the volume of water in the rocket. Ultimately I wrote a 4000 word paper on the relationship between the volume and achieved apogee.