Linux kernel drivers for satellite communication testing hardware at Brazil's National Space Research Institute. 99.5% accuracy. Ranked 1st among 40 researchers.
Kernel code that talks to satellites has no room for error
3
kernel drivers
99.5%
signal accuracy
1st
of 40 fellows
19
years old
The role
INPE is Brazil’s National Space Research Institute. It runs the country’s space program, satellite operations, and Earth observation systems. I joined as a Research Fellow at 19.
What I built
Delivered
✓Required:
3 Linux kernel drivers for satellite comm hardware99.5% accuracy in signal processing and validation.
✓Required:
Low-level C interfacing with custom hardware boardsUsed in satellite ground-station testing.
✓Required:
Diagnostic and calibration toolsFor the communication testing pipeline.
✓Required:
Ranked 1st among 40 research fellowsDistinction from an ITA-trained professor (Brazil's MIT for aerospace).
Where the bar was set
I was 19, earning about $50 a month, walking 12km on some days to reach the lab. INPE gave me something no salary could buy: the certainty that in space, a failed signal is not a bug you patch.
Get it right before it ships, or it doesn’t ship. There is no patch in orbit. That conviction started here, and it never left.