Tim Weber

The Artemis mission is an ambitious program aimed at returning humans to the Moon and establishing a sustainable presence there. It will pave the way for even more ambitious missions in the future, such as crewed missions to Mars.

* System Engineering of Electric Propulsion System, Low Voltage Power Distribution System, High Voltage Power Distribution System & Cockpit Overhead Control Panel (Switches) * Analysing and Reporting relevant Subsystem Level requirements through Meetings with Suppliers and Stakeholders * Analysing Safety Assessments and managing Safety Requirements for respective Subsystems * Developing Logics for Data Handling of the Electric Propulsion System to provide Implementation Strategy for Avionics (Alerts)

Space Mining Technologies is a pioneer company, aiming to inspire present and future generations to reach, explore and settle on new worlds. The company’s objectives are to provide technologies to open the frontier and enabling a sustainable exploration of space. * Leading Phase 0 & A Studies of a Lunar Extraction and Multi-Purpose Cargo Vehicle * Supervising Development of a Microwave Extration Technology * Reinforcing the Concurrent Engineering Framework * Supporting Business Development and Outreach

The Environmental Mapping and Analysis Program (EnMAP) is a German hyperspectral satellite mission that aims at monitoring and characterizing the Earth’s environment on a global scale. * Managing the EnMAP Launch Campaign at SpaceX, Cape Canaveral * Leading the Verification Control Board * Managing Satellite Verification Activities * Assessing Non-Conformances and Change Requests * Conducting Major Inspection Points of Hardware

* Performing a Feasibility Study of an ISRU System on the Lunar South Pole * Establishing System Engineering Processes for Phase 0 & A Studies * Managing Model Development for Lunar Vehicles and Environment * Identifying and Examining Concurrent Engineering Strategies for a Rover System Development * Development of a Microwave Extraction Technology (TRL 1-3)

The preliminary design goal of the lunar propellant infrastructure was to find and optimize the most feasible solution for extraction & processing of resources as well as the optimal location for providing fuel to potential stakeholders. • Project Management Processes such as Stakeholder Analysis, SMART Goals, Work Packages and Breakdown Structure, Cost & Performance Analysis • Systems Engineering Processes such as Requirement Analysis, Development of Physical and Logical Solution

• Managed different technology projects in terms of additive manufacturing techniques in the field of engine construction • Measured and tested parts using white light-scan and photogrammetry • Design and construction of reference frames for optical metrology • Optimisation of parts for 3D-Prints • Evaluation and rating of optical 3D-measurements for parts tolerance • Reverse engineering of parts for aeronautical industry

• Space System Engineering • Advanced Astrodynamics and Mission Analysis • Earth Observation and Environment

• Systems Engineering • Project Management • Aerospace Engineering