Dr. Diego Francisco Rodriguez Moreno

• Machine Learning: Clustering, Time Series, Linear and Logistic Regressions, NLP, Basket Market Analysis, Geo-positioning. • AWS: S3, Athena, Glue, SageMaker, QuickSight. • Programing: R, Python, and SQL. • Mathematical Simulations, end-to-end process. • Analyze the potential of the identified data sources for the company ("valuable insights"). • Highlight the leverage effect and “monetization” of the data. • Enrichment of data with other sources. • Ensure preservation and protection of the data.

• Study of the interaction of the heliosphere with the local interstellar medium via the observation of Energetic Neutral Atoms (ENAs) with NASA’s IBEX mission. • Numerical analysis and statistical analysis. Error calculation. • Management of large databases. • Software developer to data analysis (Eclipse, JAVA, IDL, MATLAB). • Writing scientific reports and speaker in meetings. • Teaching assistant.

• Development of a software tool to University of Nuremberg-Erlangen: “SZ Media Editor” in online multimedia language courses (Eclipse, Java, and QuickTime). • Technical support for IT applications for administrative purposes. • Supervising employed of the Language Center to provide IT assistance for teaching and administrative staff (Helpdesk). • Instructing Language Center staff in the use of new computer applications.

• Development of a software tool to AIRBUS – Lufthansa: “Mood Light Simulator”, which allows the cabin designer to simulate illumination and effect of light colors on the interior of an airplane cabin in real time (Object Pascal-Delphi, SQL). • 3D visualization with 3Ds Max Studio (AutoCAD 2D, Photoshop), creating three-dimensional models of airplanes interior’s cabin by Lufthansa and AIRBUS.

• Study of astrophysical context of gamma-ray line emission, in particular the instrumental aspects of the SPI spectrometer on The European Space Agency’s INTEGRAL Satellite Observatory. • Study the behavior of characteristic instrumental background over the course of the mission, thus providing the basis of models for instrumental background. • Software developer to data analysis (IDL).

• Teaching in Thermodynamics, Electromagnetism and Mechanics. • Teacher of “Workshops on Topics of Contemporary Physics”, a program of permanent formation offered to High School teachers. • Member of Experimental Physics of High Energies Group. It’s member of the D-0 Collaboration in FERMILAB. Atmospheric Muons Telescope. • Developed software tools to simulating with Monte Carlo method the signatures expected in Standard Model particles decays in the “Physical B” (FORTRAN, SQL). • Data analysis.

Certificate of Open Studies (COS) in Data Science

PhD of Science in Physics. “Measurement of Deuterium in the Local Interstellar Medium by IBEX”, assessment: insigne cum laude.

Astrophysics and Theoretical Physics, “Gamma Ray Astronomy”, assessment: notable.

Physics, “Monte Carlo Simulation of Heavy Meson Bc Decay”, assessment: good.