Projects › Entrepreneurship · product
SkillSat — Satellite Kits for Students
A satellite kit cheap enough for a school, good enough to fly to 40 km.

- My role
- Founder — product design, prototyping, testing
- When
- 2021 – 2023 (before Lehigh)
- Where
- SkillSat · tested at the National Space Center of Kazakhstan
- Tools
- Arduino · Raspberry Pi · 3D printing · high-altitude balloons
Before Lehigh I founded SkillSat, a small startup that makes kits for students to build their own satellite and fly it to the stratosphere. Schools in Kazakhstan had no hands-on way to teach space engineering, and the commercial kits were expensive and never actually flew. The challenge was a kit a school could afford that would survive a balloon flight to 40 km and come back with data.
What I did
- Built the satellite systems on Arduino and Raspberry Pi and went through more than 25 3-D printed prototypes.
- Redesigned the kit for low cost and for assembly by students — fewer parts, printable geometry, steps a teenager can follow — which cut the production cost by 44%.
- Tested the prototypes at the National Space Center of Kazakhstan and flew them on stratospheric balloons.






How it turned out
The kits flew to over 40 km. We raised $15K, delivered 80+ kits to 240+ students across 25+ schools, won a $5,000 prize at Astana Hub’s Space Tech Battle, and Forbes Kazakhstan listed SkillSat among its Top-3 SpaceTech and Top-15 EdTech startups.
