lead embedded systems integration engineer.

As Lead Embedded Systems Integration Engineer, you will drive system-level integration and ensure mission-critical reliability across all platform deployments:

• Architect and standardize the integration framework across three flagship autonomous UAV platforms, bridging the gap from lab bench testing to live flight operations.
• Lead, coordinate, and mentor junior engineers and technicians across assembly, firmware flashing, and hardware-software validation workflows.
• Configure, flash, and troubleshoot vehicle subsystems, including flight controllers, ESCs, companion computers, telemetry radios, and specialized mission payloads.
• Validate and debug core communication buses and interfaces, ensuring deterministic data flow across CAN / DroneCAN / CANopen, UART, I2C, SPI, and Ethernet.
• Direct comprehensive pre-flight checkouts, including multi-sensor calibrations (IMUs, magnetometers, GPS, air data sensors), motor tests, and failsafe configurations.
• Design, build, and automate Hardware-in-the-Loop (HIL) test setups, regression suites, and standardized commissioning scripts.
• Diagnose complex integration blockers using Linux (Ubuntu) CLI utilities, kernel logs, and vehicle telemetry to isolate software defects or wiring anomalies.

Hands-on experience in embedded systems integration, robotics, automotive ECU commissioning, or u

• Teamwork
• Problem Solving

• 5 years of hands-on experience in embedded systems integration, robotics, automotive ECU commissioning, or uncrewed platforms (open to both high-potential senior engineers ready to lead and established integration leads).
• Strong command of Linux (Ubuntu) environments, including advanced terminal navigation, shell/bash scripting, and kernel log diagnostics.
• Practical mastery of communication protocols and serial buses, specifically CAN / DroneCAN / CANopen, UART, I2C, and SPI.
• Proven leadership capability or clear aptitude for structuring test procedures, leading technical workflows, and mentoring team members.
• Extensive experience with diagnostic lab equipment, such as oscilloscopes, logic analyzers, and digital multimeters, alongside hands-on wiring troubleshooting.
• Working knowledge of autonomous flight ecosystems (PX4, ArduPilot, QGroundControl) or robotics middleware (ROS / ROS 2).
• Experience with Python for building automated test rigs and Hardware-in-the-Loop (HIL) frameworks (preferred).
• Exposure to embedded CI/CD pipelines, Git release workflows, or safety-critical standards such as ISO 26262 or DO-178C/254 (a strong plus).
• Degree in Electrical & Computer Engineering, Automation, Robotics, or a related discipline.