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Skyeton Inc
UAS Engineer - Software
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What they do
A Software Developer or Engineer designs or improves computer software. Oversees the entire software development process. Analyzes customer or user needs, designs programs, writes code or instructs computer programmers, tests design, and documents programs. May assist with upgrades or maintenance. May specialize in the design of computer applications or computer systems.
$128,363 / year median in Nevada
+29% projected growth
Job Description
UAS Engineer - Software Skyeton Inc N Las Vegas, NV Job Details Full-time 17 hours ago Benefits Health insurance Paid time off 401(k) matching Referral program Qualifications Systems integration Engineering development testing Automation Git Network protocols Continuous integration APIs Developing automated testing protocols Developing and maintaining backend systems UI Linux Python Providing code feedback Full Job Description About Skyeton, Inc Skyeton is an aerospace and defense technology company focused on the design, production, and support of advanced unmanned aerial systems. At our growing Fayetteville, North Carolina operation, employees help establish and scale U.S.-based manufacturing capabilities that support demanding customer missions. Company Culture Skyeton combines the energy of a growing organization with the discipline required in aerospace manufacturing. We value teamwork, accountability, practical problem-solving, precise execution, and a willingness to improve. Our people make a difference, and every employee contributes directly to product quality, operational readiness, and customer success. About the role At Skyeton, you'll work at the leading edge of unmanned aircraft systems. Our Raybird UAVs fly critical missions, from reconnaissance and monitoring to targeting and search-and-rescue, proven across hundreds of thousands of operational flight hours. This is a UAS-focused engineering role, and everything you do centers on getting capability onto the aircraft and into the air. You'll work in a fast-paced engineering, integration, and test environment, moving from concept to flight quickly and validating new payloads and mission systems on real hardware rather than on paper. Expect hands-on, day-to-day exposure to emerging technologies across sensors, communications, and autonomy, with the freedom to prototype, integrate, and iterate. Most importantly, your work gets fielded. You'll help bring new technologies and mission capabilities directly to the warfighter on timelines that matter, and see the systems you build make a real operational difference. What you'll do Build and integrate the software that ties new payloads and mission systems into the Raybird air vehicle and its ground control station. Write payload-control, telemetry, and mission-data software, and get it talking to autopilots, sensors, and radios. Develop operator-facing tools for real-time video, mapping, telemetry, and mission management, across both front-end and back-end. Bring up new mission equipment on the bench: define interfaces, write drivers and adapters, and prove out the data path end to end. Create the test harnesses, simulators, loggers, and data-reduction tools the team relies on during rapid integration cycles. Support GPS-denied and EW-contested behavior in software, working alongside the navigation and autonomy effort. Turn builds around quickly for flight test, then triage logs and close issues fast. Qualifications Minimum 3-5 years of software development on embedded, robotics, UAS, or other real-time systems. Bachelor's or Master's in Computer Science, Computer or Software Engineering, or equivalent experience. Strong C/C++ and Python, with day-to-day work on embedded Linux. Experience across the stack, from services and APIs on the back end to operator UIs on the front end. Hands-on with machine-to-machine messaging and links (MAVLink, serial, UDP/TCP, Ethernet). Experience integrating autopilots or flight controllers (PX4, ArduPilot, or comparable) and their telemetry. Disciplined use of Git, code review, CI, and automated testing. Comfortable supporting flight test at U.S. military installations and iterating on real flight data. Sharp attention to detail and a bias toward shipping working software.