The Field Integration Technician will deploy, configure, and troubleshoot unmanned systems (aerial, ground, nautical) in field operations. They will perform real-time software integration, lead diagnostics, collaborate with engineering teams, and write scripts to support mission-specific automation. The role bridges hardware and software domains in a dynamic, fast-paced defense tech environment.

Responsibilities

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.

Requirements

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%).

Nice to have

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.

Benefits

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