Renacyt Level 1 Researcher, specialized in Thermal Sciences, Fluid Dynamics, and Combustion, with a strong background in experimental, theoretical, and computational methods for investigating fluid flow and reactive systems. I design and implement advanced non-intrusive laser and optical diagnostics to characterize laminar and turbulent flows under inert and reactive conditions. My expertise includes Particle Image Velocimetry (PIV), Schlieren and Shadowgraphy imaging, Laser-Induced Fluorescence (LIF), Light Extinction, Optical Spectroscopy, Multi-wavelength Pyrometry, Infrared Thermometry, and data-driven approaches using Machine Learning. I completed my postgraduate studies abroad, where I also served as a researcher and adjunct professor. I have authored publications in high-impact j
2025 - 2028
Caracterización experimental y numérica de interacciones entre ondas de choque yturbulencia en flujos de fluidos compresibles basada en el uso de técnicas de mediciónóptica y dinámica de fluidos computacional.
2025
Caractérisation expérimentale de la température, masse volumique et de la vitesse de flammes d¿hydrogène et d¿air ultra-pauvres
2022 - 2024
Evolution of Soot Properties in Non-Premixed Flames of Fossil Fuels and Biofuels
1MEC39 - INTRODUCCIÓN A LA TERMODINÁMICA
Semestre 2025
Semestre 2024
MEC245 - LABORATORIO DE TERMODINÁMICA GENERAL
Semestre 2025
Semestre 2024
MEC3A4 - PROYECTO DE TESIS 1
Semestre 2024
MEC3A5 - PROYECTO DE TESIS 2
Semestre 2025
1MEN06 - SEMINARIO DE TESIS 1
Semestre 2025
1MEN07 - SEMINARIO DE TESIS 2
Semestre 2025
Semestre 2024
MEN621 - TÉCNICAS EXPERIMENTALES EN ENERGÍA
Semestre 2025
Semestre 2024
MEN624 - PROCESOS INDUSTRIALES Y ENERGÉTICOS
Semestre 2025