Summary
Steve Safarik is a Navigation Engineer with 14 years of experience building real-time, safety-critical flight software for autonomous aerial vehicles, currently focused on personal projects rather than seeking employment. At Amazon Prime Air he led development of the onboard navigation and state-estimation subsystems—designing GPS, magnetometer calibration, synthetic GPS from motion capture, and microsecond-timed POSIX multithreaded systems—using C/C++, Python, ROS, Simulink and MATLAB. His background blends robotics research and applied engineering from a UW controls and robotics Master's, where he built sophisticated computer-vision and closed-loop systems for behavioral experiments (e.g., Kinefly and Flylab). He brings deep expertise in sensor fusion, calibration, hardware-in-the-loop simulation, and low-latency embedded software, plus a knack for turning lab-grade prototypes into flight-worthy systems. An uncommon strength is his experience bridging biology-grade experimental rigs and production avionics, giving him a unique systems perspective on perception and control.
14 years of coding experience
12 years of employment as a software developer
Master's Degree, Controls & Robotics, EE, Master's Degree, Controls & Robotics, EE at University of Washington
Bachelor's Degree, Mathematics, Bachelor's Degree, Mathematics at California State University-Chico