Controls Engineer
TYTAN Technologies
Controls Engineer
TYTAN Technologies
AI-powered autonomous counter-drone systems
The PACE is fast. The expectations are high. The contribution matters. Working at TYTAN is more than a job, this is a mission. We push boundaries, think big, and hold ourselves to the highest standard. Our mission and values guide everything we do, and we're looking for people who are driven by ownership, embrace challenges, and are energized by meaningful work. If you're motivated by impact and thrive in dynamic environments, you'll fit right in.
At TYTAN, we aim to set a global standard in autonomous air defense with AI-driven, cost-efficient systems that counter unmanned aerial threats at scale. We protect people. We protect critical infrastructure. We protect European sovereignty.
We are Looking for an Automation Engineer to design, program, and integrate PLC-based control systems and actuator solutions for our ground infrastructure platform. You'll work hands-on with hardware and safety-critical logic, from control architecture through commissioning.
Integrate ground infrastructure software for drone launchers, sensors, vehicles, and related equipment — digital/analog I/O, actuators.
Build the bridge to TYTAN's overarching SW-team for centralized controls of the ground infrastructure via the C2.
Own the fieldbus and network integration layer across the platform: industrial Ethernet topology, telemetry, and inter-unit communication.
Turn system-level requirements and finite state machine designs (from Systems and Safety Engineering) into working, testable software that respects the safety-relevant interfaces they define — you do not own the safety analysis, but you implement precisely to it.
Debug on real hardware in the lab alongside Electrical and Mechanical Engineering colleagues, and keep the software maintainable as the ground infrastructure grows.
AI-powered autonomous counter-drone systems
TYTAN Technologies develops AI-powered autonomous defense systems to counter drones. Its main offering is the TYTAN Interceptor, a high-speed autonomous unit that uses computer vision to detect threats and execute a direct kinetic neutralization, paired with the TYTAN Launcher, which manages automated deployment, connectivity, and system health monitoring. The company emphasizes end-user collaboration, rapid development cycles, and low-cost manufacturing through 3D printing, with field trials in Germany and collaboration with Brave1 in Ukraine. Its goal is to strengthen democratic nations’ technological sovereignty and protect critical infrastructure against aerial threats.
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