Teams at TYTAN Technologies GmbH

Perform CFD-based aerodynamic analyses for aircraft concepts, generate lift, drag, and moment polars, and support conceptual and preliminary aircraft design. Set up, mesh, run, validate, and post-process simulations while collaborating with structures, propulsion, and systems engineers. Automate workflows using programming and improve internal aerodynamic tools. Document methods, assumptions, and results in technical reports.

Develop and maintain embedded firmware for microcontroller subsystem boards and custom flight controllers. Integrate sensors, peripherals, avionics buses, and telemetry across autonomous aircraft. Contribute to RTOS and Linux mission-computer software, CI pipelines, hardware-in-the-loop testing, automated on-target tests, and flight-log tooling. Support board bring-up, laboratory debugging, integration, flight testing, documentation, and test-protocol development alongside hardware engineers.

Own the embedded Linux platform for a heterogeneous Arm-based mission computer. Responsibilities include Yocto BSP development, kernel and device-tree configuration, board-specific drivers, camera and video pipelines, inter-processor communication, secure boot, signed updates, system hardening, CI, hardware-in-the-loop testing, board bring-up, flight-test support, and mentoring engineers. The role collaborates closely with hardware, software, and SoC vendor teams to deliver reliable autonomous defense capabilities.