Julio Matias is an embedded systems and IoT software engineer with 9 years of experience specializing in C#, SQL, REST, Agile practices and AWS, based in Rio de Janeiro. He contributes to prominent open-source flight control projects like EmuFlight and INAV, where he has optimized performance-critical math routines, improved sensor integration (barometer, GPS), and enhanced battery monitoring—work that directly impacts UAV stability and reliability. Comfortable across low-level hardware interaction and cloud-enabled services, he combines firmware-level rigor with practical backend skills. Outside engineering he DJs, suggesting a creative mindset he brings to problem solving and team collaboration.
9 years of coding experience
Systems Development Technician, TI, Systems Development Technician, TI at Colégio Pedro II
Bacharelado, Information Technology, Bacharelado, Information Technology at Cefet/RJ - Centro Federal de Educação Tecnológica Celso Suckow da Fonseca
Contributions:55 reviews, 216 commits, 195 PRs in 1 year 5 months
Contributions summary:Julio primarily contributed to the INAV flight control software, focusing on low-level hardware interaction and control systems. Their work included implementing and fixing code related to navigation algorithms, sensor integration (such as barometer, GPS, and potentially ESC sensors), and flight control loop adjustments within the fixed-wing and multicopter flight modes. Furthermore, the user addressed coding style issues across the codebase, suggesting an understanding of the project's overall architecture and a commitment to maintainability.
EmuFlight is flight controller software (firmware) used to fly multi-rotor craft.
Role in this project:
Embedded Systems Engineer / IoT Developer
Contributions:7 reviews, 50 commits, 24 PRs in 5 months
Contributions summary:Julio primarily contributes to the EmuFlight project, a flight controller software. Their work includes modifying battery monitoring functionality by increasing the auto-detect cell count. The user also optimizes the codebase by implementing a faster square root function using ARM math, leading to performance improvements, particularly in the flight control algorithms. Furthermore, they fix and enhance the barometer functionality and implement filter improvements.
flightcontrollerwhoopfpvcraft
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