What we're looking for:We are seeking a highly skilled and adaptable
Field Integration Technician to support the deployment, integration, and field modification of advanced unmanned systems automation technologies. This role is ideal for a technically proficient individual with hands-on experience in unmanned aerial systems (UAS), unmanned surface vehicles (USV), unmanned ground vehicles (UGV), and autonomous platforms; has extensive experience with embedded Linux and its deployment process; thrives in dynamic field environments; and is comfortable working on a small team, bridging hardware and software domains.
What you'll do:- Deploy, configure, and troubleshoot unmanned systems in field operations, including aerial, ground, and nautical platforms.
- Perform real-time system software integration and modifications using platforms such as Betaflight, ArduPilot, and other open-source or proprietary flight control systems.
- Lead diagnostic and troubleshooting efforts for hardware, firmware, and software in field environments, ensuring rapid resolution and minimal downtime.
- Collaborate with engineering teams to validate system performance and implement field-driven improvements.
- Write and modify scripts and software (Python, C++) to support mission-specific automation and control.
- Integrate automation algorithms and protocols into live systems, ensuring robust performance in complex environments.
- Implement and troubleshoot MAVLink communication protocols for telemetry, command, and control of unmanned systems.
- Maintain detailed documentation of field activities, system configurations, and integration outcomes.
What we need:- Proven experience with unmanned systems design, build, integration, and deployment.
- Proficiency in configuring and tuning flight controllers (ArduPilot, PX4, etc.).
- Strong programming skills, with an emphasis on automation, control systems, and embedded development.
- Hands-on experience with MAVLink in real-world applications.
- Familiarity with RF communications, telemetry systems, and sensor integration.
- Excellent problem-solving skills and a proactive approach to technical challenges.
- Strong understanding of embedded Linux systems and deployment processes.
- Proficiency in network systems configuration, routing, and diagnostics across Ethernet, Wi-Fi, and telemetry links.
- Strong understanding of Linux networking (netplan, iptables, systemd-networkd) and command-line administration.
- Experience with VPNs, firewalls, and secure remote access for unmanned and distributed systems.
- Deep understanding of UAV hardware ecosystems, including flight controllers (ArduPilot/PX4), sensors (IMUs, GPS, cameras), and communication systems.
- Experience working with microcontrollers, SoCs, and platforms like Raspberry Pi or similar.
- Familiarity with hardware interfaces such as I2C, SPI, UART, and GPIO.
- Solid understanding of hardware-software integration in resource-constrained environments.
- Background in RF engineering, IoT communication protocols; practical experience preferred over formal education, but both are a plus.
- Configuration and troubleshooting of IP networks for UAS (Ethernet, CAN, UDP, MAVLink-over-IP, etc.)
- Willingness to travel and support field demonstrations (expected 40%).
Would be an advantage:- Unmanned systems, robotics or multi-agent coordination systems;
- Background in electrical or mechanical engineering, computer science, or related fields; degree is not required - equivalent field experience is preferred.
What you'll get:- Your work ships fast and gets used. Direct operational feedback from users in weeks, not years
- A fast-paced environment with minimal bureaucracy and no "process for the sake of process"
- Competitive salary and a comprehensive benefits package (insurance, paid sick leave, 20 paid days off per year)
- Flexible remote work options where possible
How's the hiring process going:• Recruiter Screen → • Technical Interview → • Skip-level Interview → • Offer
Ready to Apply? 
