Modules

7 results

Master's Modules7

Aircraft Design AdvancedIntegrated SystemYou will learn to understand and pre-design advanced and unconventional aircraft concepts, including canards, blended wing bodies, strut-braced wings, oblique wings, as well as (hybrid) electrical and hydrogen propulsion architectures. In the end you will be able to systematically evaluate these concepts, design components for electrical and hydrogen systems, and assess their impacts on aerodynamics, mass, operation, and environmental footprint.5 ECTSruns this semesterED110177Astronautische RaumfahrttechnologieIntegrated SystemYou get a comprehensive overview of the history, present and future of astronautical spaceflight as well as the role of space science. In the end you will be able to conduct mission analyses, evaluate station and habitat configurations, and classify and assess the major subsystems (transport, power, thermal, orbit/attitude control, communication, life support) for manned spaceflight missions.5 ECTSruns this semesterED110168Rotorcraft Engineering - VorentwurfIntegrated SystemYou learn the preliminary design process for helicopters: from requirements through dimensioning to flight performance and estimation of costs and weight. In the end you can analyze and evaluate a helicopter concept in terms of feasibility, power requirements, and mission suitability.5 ECTSruns this semesterMW1397Aircraft Design BasicsIntegrated SystemYou will learn the fundamentals of aircraft design: aerodynamics, structural design, propulsion sizing, performance and mission calculations as well as airframe and electrical aircraft technologies. In the end you will be able to apply design methods and analysis tools, design individual subsystems in the overall context, and evaluate the economic and ecological efficiency of a typical flight mission.5 ECTSno date this semesterLRG0100Rotorcraft Engineering - Systeme & KomponentenIntegrated SystemThe module provides fundamentals of Systems Engineering and covers the main subsystems of helicopters (e.g., rotor, drive train, primary structure, flight control, electrics). You learn how these systems work, how they interact, and how development and verification processes are planned. In the end you will be able to assess different configurations and define experiments for verification and validation of systems and components.5 ECTSno date this semesterMW2406
2 more in Master's ModulesSeminar Spacecraft ManeuversIntegrated SystemYou will learn to practically operate a spacecraft during various maneuvers and to conduct flights on the Soyuz spaceflight simulator. You will deepen orbital mechanics, gain detailed knowledge of spacecraft systems, and apply this knowledge in guided and autonomous training sessions on the simulator. In the end you will be able to perform flight maneuvers, evaluate flight data, and identify problems or anomalies in your own flights.5 ECTSno date this semesterED110161Spacecraft Design - GrundlagenIntegrated SystemYou learn the fundamentals of satellite and mission design: structure, functions and performance indicators of the subsystems, their interfaces and interactions, and the trade-off of design alternatives under mission requirements. You also get an overview of payloads, space mechanics, transport and the space environment and can make well-founded subsystem-spanning design decisions.5 ECTSno date this semesterED110105