Javier V.

- Mechanical analysis (FEM) of satellite propulsion systems. - Analysis of a concept design of the propulsion for a geostationary transfer orbit system. - Mechanical design of components for satellite propulsion systems. - Definition of the integration of a propulsion system.

- T-VAC characterization and modelling of the thermal control of a self-pressurised propulsion system. - Mechanical design, flow modelling (CFD), and structural analysis (FEM) of propellant pumps for a rocket engine. - Design, execution, and analysis of results of tests of rocket systems. - Implementation of tools for the design and testing of propellant pumps.

- Model flow systems and radial turbomachinery using CFD - Conduct the design, analysis, and experimental validation of flow measuring systems - Perform the statistical analysis of experimental results using Python - Responsible for defining the methodologies, together with the Japanese counterparts, for improving the reproducibility of turbocharger performance tests at both test facilities

- Led a team of four Test Engineers to contribute to the development of turbochargers by testing their performance and durability - Troubleshooting complex issues related to measuring systems, hardware control, and safety systems within the test facilities - Provided technical support during the definition, preparation, and execution of testing campaigns

- Conducted and analysed the results of periodical reference measurements, improving the quality of the data obtained at the test facilities - Responsible for the selection and procurement of testing equipment including flow, temperature, pressure, and humidity sensors, as well as accelerometers, acoustic noise, and data acquisition systems - Coordinated the maintenance and calibration of measuring equipment, Provided technical support during the selection of measuring equipment for testing campaigns

Implemented models for assessing the training effectiveness and predicting the life‑cycle costs of training fighter aircraft Analysed several fighter pilot training scenarios based on the Italian air force requirements

- Coordinated and executed vehicle dynamics, safety systems and low speed crash tests of passenger vehicles - Analyzed, reported, and presented test results to manufacturers and customers - Provided technical support during the definition of a methodology to assess the performance, in terms of safety, of motorcycle helmets - Responsible for the selection and procurement of a motorcycle helmet test facility, as well as the negotiation with a Canadian supplier

Measured flow parameters of diesel injection systems at ambient conditions and in climate chambers at -25C Gained awareness of the safety requirements of testing flammable liquids at high pressures and cold temperature conditions Performed a research for thesis in Mechanical Engineering at the Injection Department

Calculated key performance indicators of the dealer’s network. Adapted technical reports to the Colombian terms and methods.

- Track: Flight Performance and Propulsion. - Thesis project: “Development of a tool to predict wave drag during the conceptual design phase”. Combined different methodologies to analyse novel aircraft configurations. - Focus on: flight and orbital mechanics, advanced aircraft design, advanced design methods, aircraft aerodynamics, flight performance optimization, aircraft noise and emissions, and network and fleet planning.

- Thesis Project: “Analysis and correction of a pressure sensor signal to establish the temperature of a diesel injection spray”. - Focus on: mechanical design, manufacturing processes, thermal machines, and non destructive testing.