Modeling and analysis of photo-electrochemical devices and processes at low temperature for the production of H2 and syngas.

Worked in the mechanical design of a pressure vessel, flanges, and selection-positioning of measurement instruments for rotating and linear displacement elements.

Designing of pipe systems for natural gas distribution for household and industrial use as well as the designing of pipe systems for liquid gas petroleum distribution in poultry farms. Detailed achievements: Learned how to efficiently plan the working process Material savings in pipe systems, resulting in lower costs for the user Successful installations in different villages of Cochabamba (i.e. Coña Coña, Kanarrancho, Florida Norte,and Arbieto) Successful installations in different poultry farms of A.L.G. company

Consultancy developed for the mining companies of San Cristóbal and Manquiri. Hydraulic systems were designed for the transport of diesel between storing tanks (i.e. selection of pumps, design of electric system,design of pipes and fittings)

Development of a 2D-1D multi-physical model (electrochemistry, fluid dynamics, transport of species, heat transfer, solar cells, and spectral radiation) for the assessment of HT-PEC devices and the production of H2 and syngas. Further evaluation of HT-PEC devices considering the level of integration solar cells-planar solid oxide electrolyzer. Development of 0D models for the comparison of low- and high-temperature PEC devices for the production of H2 and CO. Evaluation of a the process of charging of a planar ZEBRA battery with concentrated solar cells using a 1D-0D model.

Doctoral Program in Energy

Master of Science in Mechanical Engineering,

Bachelor Degree in Mechanical Engineering,