Tiny4FSK is an ultra-tiny high-altitude research platform, fully open source. It allows students, educators, and researchers to gain access to advanced high-altitude research environments. It is designed to fly on high-altitude balloons, which is a hobby which allows people to fly research experiments to over 100,000 feet (31 km)!

I founded the New England Weather Balloon Society, an online and in-person club dedicated to launching, tracking, and recovering high-altitude balloons. I created and manage the Discord server, which currently has over 100 members and continuous activity. I also run booths at local conventions.

This was our (meaning NEWBS) major high-altitude balloon flight in the Summer of 2023. It consisted of a live-video payload (courtesy of Mike Hojnowski KD2EAT), a ham radio repeater, and a payload of student experiments.

This was a custom-designed azimuth-elevation rotator. It was used during the HABGab 2023 balloon flight to aim a directional beam antenna towards the payload while it was in the air, to receive live video downlink. Mechanical design by Steve Kondo K1STK.

This was a project in conjunction with Hack Club that gave youth ham radios if they got their license. I assisted with the curriculum, planning, organization, and graphic design of the project.

This was an OpenCV resistor value finder that utilized complex mathematics to find the value of the resistor being held up to the webcam. This was developed as a project for the Beantown Bash 2023 hackathon, which Charlie Nicholson (my teammate) and myself won.

Cubes in Space is a program which gives students a 40mm cube to fly experiments on a sounding rocket. I flew an advanced electronics payload featuring application of Faraday's Law to test viability of generating electrical energy from the vibrations of a sounding rocket.

These were a series of consecutive high-altitude balloons flights, before the dawn of NEWBS. WB1 was my first weather balloon, and WB3 was the last balloon in that naming convention.