Skyways builds fully autonomous, unmanned aerial vehicles designed for vertical takeoff and landing cargo transport. The stack is heavily weighted toward aerospace simulation and control (PX4, ArduPilot, MATLAB, ROS) with minimal web infrastructure (React, Electron), reflecting a hardware-first, physics-driven product. The hiring mix—16 engineers across flight control, detect-and-avoid, and mission planning, paired with manufacturing and ops roles—and the pain-point pattern (scaling prototype to production, QA from ground up, FAA compliance readiness) all signal a company transitioning from research and flight-test toward regulatory certification and repeatable manufacturing.
Skyways designs and operates fully autonomous, vertical-takeoff cargo aircraft based in Austin, Texas. Founded in 2017, the company is currently in the flight-test and prototype-to-production phase, with active projects spanning flight control algorithms, detect-and-avoid systems, mission planning software (SkyNav), landing zone evaluation, and quality management system buildout. The regulatory surface area is material: the team is preparing for FAA audits and implementing formal quality processes as a prerequisite for commercial operations. Core engineering work centers on control system modeling, simulation, and algorithm development for both fixed-wing and VTOL configurations.
Skyways develops fully autonomous, unmanned vertical-takeoff aircraft for cargo transportation. Current work includes flight control algorithms, detect-and-avoid systems, mission planning software, and regulatory readiness (FAA audit prep, quality management systems).
Primarily aerospace and control-focused: C++, Python, PX4, ArduPilot, MATLAB, ROS, MAVLink, and CAN. Web frontend uses React and Electron. Notably absent are cloud infrastructure or data platforms, consistent with hardware-centric operations.
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