A hardware-focused enthusiast and early-career developer specializing in UAVs, RC aircraft, and embedded systems integration. While demonstrating ambition in connecting software with physical hardware (DroneKit, Raspberry Pi), the profile currently exhibits novice software engineering practices with a reliance on ad-hoc scripting and manual versioning.
Repositories contain syntax errors in 'cleaned' files, hardcoded values, and copy-paste redundancy.
Relies on file renaming (e.g., '_cleaned.py') and README notes rather than git branches or commit messages.
Aware of physical risks (warnings in docs), but writes unsafe code (blocking sleeps) that endangers flight hardware.
Most projects are defunct, placeholders, or lack structure (no dependency manifests or linters).
Demonstrates ability to use libraries like DroneKit, but code contains critical syntax errors, mixed Python 2/3 syntax, and unsafe blocking operations.
Successfully conceptualizes hardware interfaces (GPIO, UART, Pixhawk), though implementation lacks abstraction and robustness.
Shows understanding of flight mechanics, Center of Gravity, and Mean Aerodynamic Chord through the Peregrine project.
Peregrine README effectively communicates safety warnings and glossaries, despite lacking standard formatting and links.
Usage identified in airspeed calculator utility, representing minor scripting capability.
