AITAN is building the operating platform for multi-drone warfare, a battle-proven system that augments, deploys, and orchestrates autonomous drone fleets across any mission, any environment, and any vendor. With over 500,000 hours of frontline operational use and TRL-9 validation, our software is not a prototype. It runs in combat, every day, shaping outcomes in some of the most contested and complex environments on earth.
We unify drone control, edge-AI processing, and mission execution into a single operational loop, from detection to decision to strike. Our platform gives a single operator the ability to command and coordinate an entire fleet in real time: persistent aerial surveillance, automated target recognition, shared tactical picture, and seamless handoff from ISR to kinetic response, without manual delay.
We are expanding our US engineering team in the New York metropolitan area. Our office is easily accessible from New York City. If you want to work on technology that matters, not in a lab, but validated in the field, this is the role for you.
What you'll do
We are looking for a Systems Engineer with a strong hybrid profile, equally comfortable designing a PCB schematic and writing embedded firmware, to own the full integration lifecycle of drones, robotics platforms, and third-party systems into the AITAN platform.
This is a hands-on, end-to-end role at the intersection of hardware and software. You will design electronics and circuits where needed, write the embedded code that makes systems talk, integrate third-party payloads and sensors, work directly with drone OEMs and component vendors, and validate everything in lab, simulation, and field environments. You won't just connect systems; you'll own them from first bring-up to deployed capability.
Lead the integration of drone platforms, robotics systems, sensors, payloads, and third-party hardware into the AITAN platform ecosystem
Design hardware solutions: schematics, PCB layouts, power systems, and signal conditioning circuits, to support new integrations and custom interface requirements
Write embedded firmware and low-level software to enable communication between hardware components, flight controllers, and the AITAN C2 layer
Develop integration scripts, test harnesses, and automated validation tools to verify system reliability across platforms and configurations
Interface directly with drone OEMs, hardware vendors, and payload manufacturers, evaluating components, managing supplier relationships, and resolving technical issues under field conditions
Debug complex, cross-domain issues spanning electronics, firmware, networking, communication protocols, and operator workflows
Define and execute hardware-in-the-loop (HIL) and system-level test plans in lab, simulation, and real-world flight environments
Build and maintain integration infrastructure, tooling, build processes, and documentation that scale as the platform and drone fleet expand
Collaborate closely with software, mechanical, and product teams to translate operational requirements into reliable, field-ready capabilities
Requirements
B.Sc. in Electrical Engineering, Computer Engineering, Mechatronics, or equivalent practical experience
3+ years of experience in systems engineering, embedded systems, or hardware/software integration in a production environment
Solid hardware fundamentals: schematic capture, PCB design, power electronics, and signal integrity, capable of designing and reviewing circuits independently
Experience with hardware communication protocols: UART, SPI, I2C, CAN bus, USB, Ethernet, or similar
Comfortable with Linux as both a development and deployment environment; able to write Python scripts for test automation, data parsing, and hardware control
Experience integrating sensors, actuators, cameras, or radio systems into robotic or autonomous platforms
Strong debugging skills across the full stack: oscilloscope, logic analyzer, protocol sniffer, GDB
Strong fit if
You have experience with drones, UAVs, or autonomous robotic systems, in defense, industrial, or field-tested environments
You've worked with embedded platforms such as STM32, ESP32, NVIDIA Jetson, Pixhawk, or similar
You've led end-to-end integrations from first hardware bring-up through field validation and production release
You have experience with RF systems, wireless communication protocols, or video telemetry links used in UAS
You've used ECAD tools (KiCad, Altium, or equivalent) and have shipped PCB designs to production
You're comfortable with MAVLink, ROS, or similar robotics/drone middleware
You've managed hardware vendor or drone OEM relationships under tight timelines