Stellenbeschreibung
Intro We’re hiring a Mechanical & Aerodynamics Engineer to lead the design of ultra-high-performance UAV structures — engineered for interception agility, >400 km/h velocity, and real-world deployment. You’ll work across fuselage shaping, CFD, rotor/propeller optimization, and structural load modeling to push both efficiency and maneuverability to the limit. From stealthy control surfaces to high-thrust propulsion layouts, this is a rare opportunity to own every curve, spar, and fin that makes a UAV mission-ready at speed. Tasks Design aerodynamic fuselages, struts, and flight surfaces for high-speed UAVs Use CFD tools (XFOIL, OpenFOAM, FluidX3D) to optimize drag, lift, and flow stability Model and simulate rotor and propeller configurations for maximum thrust and efficiency Conduct FEA on composite structures under mission-specific flight loads Integrate payloads (ISR, kinetic) with minimal aero disruption Collaborate with flight software and controls teams to co-design for maneuverability Prototype, test, and iterate with fast DfM cycles in the lab and airfield Requirements 6+ years in aerospace, automotive aero, or high-performance UAV mechanical design Expert in aerodynamic modeling and CFD tools (OpenFOAM, XFOIL, ANSYS Fluent, etc.) Experience with composite design, fabrication methods, and load analysis Familiarity with rotor/propeller modeling, including airfoil selection and blade design Proficient in CAD (SolidWorks, CATIA) and FEA packages (Ansys, Fusion, Abaqus) Strong understanding of high-speed flight dynamics and aero-structural coupling Bonus Points For: Experience with missile-class UAVs or supersonic design constraints Prior work integrating weapons or ISR payloads into aerodynamic platforms Background in airframe stealth, radar cross-section shaping, or thermal signature control RC/hobbyist background in racing drones or DIY aerospace projects Benefits Design cutting-edge UAV platforms that actually fly — and win Collaborate with autonomy, controls, and propulsion teams for holistic impact Work in a dedicated aerospace R&D facility at Berlin TXL Competitive salary + meaningful equity Full-time, on-site role with rapid design–test–iterate cycles Closing Who You Are You know airflow like others know software. You’re obsessed with performance, drag curves, and structural limits — but grounded in reality. Whether you're modeling the perfect strut shape or tuning a prop blade by hand, you’re building machines that cut through air with purpose. Join UsIf you’re ready to build the impossible, we want to hear from you. Apply now and let’s build the future of autonomy.