About the job
About Us
Harmattan AI is a pioneering defense contractor dedicated to developing autonomous and scalable defense systems. Following our successful $200M Series B funding round, which valued us at $1.4 billion, we are actively expanding our teams and capabilities to provide mission-critical systems for allied forces.
Our operations are driven by core values: creating technology that makes a tangible difference, striving for excellence in all aspects of our work, setting ambitious objectives, and tackling the most challenging technical problems. We thrive in a high-stakes environment where rigor, ownership, and execution are paramount.
About the Role
As an Electrical Engineer, you will play a vital role in designing and developing advanced electronic boards and embedded systems (SoM) for Unmanned Aerial Vehicles (UAVs), including Flight Controllers, Companion Computers, and Electronic Speed Controllers.
Key Responsibilities
Design of High-Performance Embedded Systems: Define the architecture and develop the physical and electrical integration of complex systems utilizing processors, high-speed memory (DDR, Flash), and various peripherals (e.g., embedded computers, sensors, video processing).
Schematic and Routing Design: Create and refine electronic schematics and manage board placement/routing to adhere to design specifications while addressing fast signal constraints.
Collaboration on Physical Integration: Work alongside the Mechanical Department to ensure the seamless incorporation of boards into the final product.
Sensor Integration: Partner with the GNC (Guidance, Navigation, and Control) Department to ensure precise and effective sensor integration.
Addressing Electromagnetic Compatibility: Tackle EMC challenges while ensuring the integrity of signals.
Troubleshooting Expertise: Identify and rectify issues in electrical and electronic boards through effective troubleshooting techniques.
Testing and Validation: Execute testing, integration, and performance validation of electronic boards to meet operational and design requirements.

