Dr. Lorenz Klug

• Attending Lectures for future Skills • Personal and practical Development • Digital Lectures and Tools • Gained Skills & Knowledge applicable to Industry • Chosen Lectures based on Selforganisation & Selfdiscipline

• Modules for the Astronauts • Future Space Station: Starlab • NASA • Cooperation: Airbus • Exact Works: Crew Systems & Preparing NASA Reviews & Optimizing the Interior for the Space Crew • Further Works: Space Station Systems & Organizing, Structuring and Aligning the generated Space Station Data & Supporting the technical System Implementation in the Space Station • Cooperation with Airbus and NASA at 3 Locations in Germany & USA • 08|2025 - 10|2025: Rheinmetall

Cooperation: Airbus + Aeronautics Research Centre (NFL) + Universität Stuttgart + German Aerospace Center (DLR) • Doctor Thesis: Control of an Aircraft in Cruise Flight • Results of Aerospace Research | 2018-2022 • Exact Works: Working on the Results • Writing the Doctor Thesis in English • Transparent Communication with Supervisors • Structuring the Results • Potential for Implementing the invented System in future Aircraft • Final Steps in Cooperation with the Aeronautics Research Centre (NFL)

• Human Space Flight • International Space Station • Exact works: Availability for technical Components for the International Space Station • Technical Project Engineering for the International Space Station • Communication with technical Teams for the International Space Station • Supporting the International Space Station in Cooperation with NASA • Ensuring Supplies to the International Space Station via e.g. SpaceX • Quality & Technical Engineering for Airbus Satellite Development

• Conferences and Symposia • Interests: Space Propulsion & Aircraft Aerodynamics • Supervising Student Works • Exact Works: Aerodynamic optimization for aircraft wings in cooperation with Airbus • Designing innovative Actuators for Aircraft Control • Potential for technical functionality and application of the system in future aircraft • Contact Person for Students • Supporting Students for their Stays abroad • Supporting Students at the Institute • Skills: Space Propulsion, Aircraft Aerodynamics

• Development of a Satellite for Earth Orbit • 2 Locations for Development & Data Validation • Supervisors: Prof. Schäfer | Dr. Gulde | Dr. Schimmerohn • Launch: 2024 • 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: Catia, Ansys, 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, Matlab

• Construction of an Experiment for the International Space Station • Human Spaceflight • Cooperation with european Project Partner • 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 • Maintaining Lufthansa Aircraft • Supporting Aircraft Checks • Contributing to Aircraft Overhaul • Getting to know Lufthansa Technik

Interests: Spacecraft Missions | 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 & Sports

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 Space Module: Characteristic of a Solar Cell for Energy Availability & Precession and Nutation for 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: Aerodynamics | Prof. Radespiel & Material Science | Prof. Rösler & Technical Mechanics | Prof. Böhl • 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 Center | 2011: Mechanical Engineering Internship in Mechanical Development