Patrick Fleith Email & Phone Number

Bâle Et Périphérie

- Machine Learning in Time Series- Large Language Model applications

Bâle Et Périphérie

• Machine Learning & Deep Learning applications for Space• Outlier, Anomaly, and Novelty Detection (for instance in S/C Telemetry)• Time Series Forecasting (mostly Telemetry)• NLP and Large Language Models• Datasets Preparation

District De Darmstadt, Hesse, Allemagne

• Contractor in the Artificial Intelligence and Operation Innovation team at ESA/ESOC• Follow up of ESA Machine Learning and Deep Learning studies applied to Space Operations including anomaly detection and diagnostic

London, Royaume-Uni

• Systems Engineering for SMT's phase 0/A, including proposals preparation• Artificial Intelligence roadmap for autonomous lunar rover• Development of internal Concurrent Design Engineering tools• ISRU Technology Development (development plan and work package definition)

Oxford, Royaume-Uni

• Modeling, simulation and fluidic analyses for Electric Propulsion Subsystems• Follow up qualification and acceptance of space propulsion equipment, including chemical 1N thrusters

Région De Cologne, Allemagne

Within Spaceship EAC team, my primary project involved modeling and simulation of In-Situ approaches for Thermal Energy Storage and Thermoelectricity generation (TES/TEG) on the Moon• Established statement of work, schedule and milestones, and project's requirements• Created a model using the Partial Differential Equation toolbox of MATLAB of the Thermal Energy Storage system• Performed a fractional factorial design of experiment for performance optimisation• Performed a first-order trade-study for comparison of TES/TEG with conventional power sources (solar panels & batteries, regenerative fuel cells, and fission surface power)Secondary project for ESA General Studies Program:• Critical Analysis of ISRU processes for oxygen production on the Moon and presentation to ESTEC

Région De Cannes, France

• Performed a state-of-art of Green Propellant technologies as an alternative to current highly toxic propellants such as Hydrazine • To make a trade study in order to select the best candidates for future green propulsion sub-systems and applications.• To perform an advanced case study in order to assess the performance of a space propulsion sub-system using the requirements of a typical mission and to make preliminary design, sizing and component selection.• Technical support to the propulsion team to answer to an ESA's invitation to tender (ITT)

University Of South Australia

Project: Advanced decorative coatings for automotive applications• Deposited thin film coatings using PVD – Plasma Magnetron sputtering deposition• Understood the mechanism behind the improved corrosion resistance of alloying aluminium with metals, such as titanium, and vanadium.• Optimized the properties such as reflectance, resistivity, corrosion resistance etc...• Ensured the effectiveness of the communication of the results

Lindenberg Im Allgäu (Allemagne)

Intern in the Aeronautics Materials and Process department

Advanced Master Tas Astro, Space Systems Engineering

Activities and Societies: Space Up France Organization Team The advanced master "Space Systems Engineering" TAS Astro covers the following.

International Master'S Degree (Diplôme D'Ingénieur, Parcours International), Chemistry And Physics – Specialization In Materials Science And Engineering

Activities and Societies: (2 years) Treasurer of SICA (Junior-company of the ENSCBP) / (1 year) Member of EirSpace (Aerospace club.

Two-Year Intensive Undergraduate Studies, Maths, Physics, Chemistry