Dr. Lorenz Klug

• Modules for the Astronauts • Future Space Station "Starlab" • NASA Exact Works Crew Systems • Preparation of NASA Reviews • Optimization of the Interior for the Space Crew Further Works Space Station Systems • Systematic Overview of the important Systems for the Space Station • Optimization of the System Parameters for the Space Station Cooperation: Airbus Locations: Bremen | Friedrichshafen | Houston (US)

• Enthusiasm for Aerospace Engineering • Interest for future Technologies • Getting to know Airbus

• Conferences and Symposia • Interests: Space Propulsion + Aircraft Aerodynamics • Supervising Student Works Exact Works: • Optimization of the Wings of a future Aircraft Configuration • Design of innovative Actuators for Aircraft Control Contact Person for Students • Supporting Students for their Stays abroad • Supporting Students at the Institute Skills • Social: Knowledge Transfer, Rhetorics, Lectures for an Auditorium • Technical: Space Propulsion, Aircraft Aerodynamics, Numerical Mathematics

• Wind Tunnel Experiments with young People • School Groups • Aerospace Cooperations Exact works • Inspiring the future Generation for Aerospace Engineering • Cooperations with Schools in the Area Skills • Social: Enthusiasm for Aerospace Engineering • Technical: Work Projects at the Aerospace Center

• Development of a Satellite for Earth Orbit • Locations for Development and Data Validation • Supervisors: Prof. Schäfer | Dr. Gulde | Dr. Schimmerohn • Launch: 2024 via SpaceX Exact works • Construction of the mechanical Structure for the solar Cells • Optimization via finite Element Method • Reliability Calculations via Acceleration Sensors • Calculations based on Accelerations during Launch Applications • Contstruction: Catia, Ansys • Data Analysis: Matlab

• Realization of a Space Mission to Mars • Design of a Reentry Capsule for Mars • NASA Supervisor: Mr. Sandford | Miss Munk | Mr. Powell • In Cooperation with NASA Location in Hampton | USA Exact Works • Optimization of Re-Entry Trajectories for Mars • Implementation of aerothermodynamic Calculations • Calculation of the Heat Flow during Re-Entry • Explanation of the Concept via Graphics and Calculations Applications • Construction: Catia • Data Analysis: Matlab

• Construction of an Experiment for the International Space Station • Human Spaceflight • Cooperation with european Project Partners Exact Works • Construction of Space Components via Catia • Parametric Construction of Components • Preparation of technical Concepts for involved Teams • Space Components based on global Space Tolerances Applications: Catia, Ansys

• Optimizing Arrivals to international Airports • Development of a virtual Aircraft • Cooperation with Netherlands Aerospace Centre NLR Exact Works • Calculating Aircraft Arrival Methods to international Airports • Implementing Aircraft Flight Mechanics • Considering important Flight Behaviour for specific Aircraft • Validation of the Results via real Flight Conditions

• Aircraft Systems • Aerospace Projects • Aerospace Cooperations

Interests • Spacecraft Mission Design | Prof. Saikia • Space Propulsion | Prof. Anderson • Reentry Aerodynamics | Prof. Schneider Further Content • 2015: Participation in NASA Group Work • 2016: Cooperation with NASA Langley Center | US • Practical Validation of a calculated Launch Trajectory (Space Propulsion) Further Activities • Hiking in the Nature • Discovering Cities and Landscapes

Interests • Orbital Mechanics | Prof. Howell (United States) • Space Systems | Prof. Stoll (Berlin) • Aircraft Aerodynamics | Prof. Radespiel 2017: Master Thesis • Experimental Investigation of a Strake Vortex in the Flow Field of a High-Lift Configuration • 2018 Publication: Aerospace Congress | Friedrichshafen 2015: Practical Module | Space • Characteristic of a Solar Cell for Energy Availability • Precession and Nutation of orbital Mechanics

Interests • Analysis of Flight Telemetry Data | Mr. Nield • Calculation of very likely Flight Scenarios • Groupwork Further content • Functionality of Flight Recorders • Method Learning via real Flight Scenarios • Altitude, Speed and Acceleration Connection • Application of acquired Knowledge

Interests • Mathematics I-IV | Prof. Langemann • Fluid Mechanics | Prof. Radespiel • Thermodynamics | Prof. Köhler 2015: Bachelor Thesis • Numerical Calculations for Flow Optimization on Aircraft Wings • Supervisor: Prof. Radespiel | Dr. Scholz + Cooperation with TU Delft | Netherlands • 2015 Publication: European D.R. and Flow Control M. | Cambridge UK Further content • Language Courses at the Language Cente • 2011: Mechanical Engineering Internship | Mechanical Development