EU remote
Senior Mesh Network and MAC Engineer Electronic Warfare (All Genders)
About this role
At Stark, we forge the future of European and national security through cutting-edge, AI-driven technology and unmatched engineering precision. As a premier defence technology company, our mission is clear: to equip NATO Allies and their partners with next-generation autonomous defence platforms and advanced AI-driven software built to perform in the world’s most demanding environments. We believe that true security stems from relentless innovation.
By combining elite engineering talent with agile technology and an AI-native operational culture, Stark turns complex defence challenges into field-tested, multi-domain solutions. Why Join Us? The software and systems you work on directly protect personnel and defend European and national sovereignty. You will work alongside industry-leading minds on autonomous systems, advanced propulsion, and secure cyber platforms.
We foster a fast-paced, collaborative environment where bold ideas are supported by serious R&D backing. About the Team STARK's Electronic Warfare team is a systems-focussed engineering group delivering software-defined, mass-scalable RF solutions for autonomous systems. Combining deep domain expertise in hardware board design, thermal/ structural packaging, real-time C++ signal processing, and resilient directional mesh networking, we rapidly build field advanced EW capabilities designed to survive and operate in contested spectrum environments.
Your Mission At STARK, we are building the next generation of autonomous platforms capable of navigating the world's most contested environments. As a Senior Mesh Network and MAC Engineer you will solve the critical challenges of directional wireless communication in highly dynamic networks. You will design and implement the medium access control (MAC) and routing layers that allow our platforms to form robust, self-healing networks under demanding tactical conditions.
Responsibilities Architect and implement MAC protocols and routing algorithms tailored for directional multi-node systems, directly tackling the challenge of neighbour discovery under highly focused, narrow beams. Build dynamic TDMA schedules and beam coordination mechanisms in lockstep with the physical layer (PHY) and antenna steering systems, ensuring routing decisions are grounded in real-time RF characteristics rather than simple hop counts.