Moritz Jung

- Heading the Fuselage Design and Development and delivering the first major commodity to Lilium - Managing and Coordinating key suppliers ensuring concurrent development, quality and schedule in line with project - Managing interdependencies, functional interfaces, and physical integration to ensure seamless coordination. - Overseeing system-level development activities in a multi-competency team, performing risk analysis and planning, while conducting systematic development reviews.

Activities at RS-UAS · Design and analysis of primary structural components in CFRP (stringers, frames, firewall) · Cockpit Seat Integration · Analysis of Composite and Metallic primary structural components in FEA (Femap with Nastran) · Material Qualification Planning · Deputy Manufacturing Manager · Development of design workflows · Full scale fuselage test planning · Representation and participation in technical committees

Improvement of wing performance through load alleviation by aeroelastic tailoring within the Aeromechanics department. A process was developed in python and Nastran to modify existing wing models, analyze their aero-elastic behavior and evaluate the results with a coupled CFD-CSM.

BSc dissertation with the ETMBG Blades & Rotor Design Department. Awarded with 1,0 (highest mark) and an appreciation award by AIRBUS HELICOPTER. “Detailed analysis of composite components for a 5-blade bearingless main rotor hub in helicopters with reduced mast momentum capacity“

Conducting composite laboratories for students, manufacturing of composite structures and designing new components for a composite braiding machine.

Insights into manufacturing and production through placements in several stages of the production process.

Main Subjects: Airframe Systems, Composite Structures, Initial Aircraft Design, Loading Actions, Aircraft Performance, Aeroelasticity Group Design Project: Head of Structures, Composite Wing Design Final Thesis: DESIGN OF A SMALL URBAN AIRCRANFT WITH ADAPTIVE FLIGHT CONTROL SYSTEM

Higher Mathematics III, Fluid Dynamics II, Thermodynamics III, Mechanics III, Theory of Design II, Materials and Lightweight Structures etc.