Mechanical engineer with a master's degree in metallurgy graduated from the Technological Institute of Morelia and a doctorate in Engineering and Materials Science from the Autonomous University of San Luis Potosí.
I am a professor at the ITESM campus Morelia teaching the subjects of: Mechanical drawing, Manufacturing processes, Materials mechanics, Design of mechanical elements, Mechanisms, Computerized drawing. As well as a researcher collaborating with research groups in the metallurgy area of the Tecnológico de Morelia, the University of San Luis Potosí and the Universidad Michoacana de San Nicolás de Hidalgo.
I am currently a member of the National System of Researchers (SNI candidate level) of CONACYT.
I have participated in research work on the development and evaluation of the mechanical properties of new generation high and ultra high resistance steels such as: Microalloyed steels, TRIP, Double-Phase, Complex-Phase and TRIP-TWIP.
My areas of interest are:
• Design and manufacture of advanced high-strength steels.
• Tribology.
• Thermo-mechanical treatments.
• Additive manufacturing processes.
• Evaluation of mechanical properties.
• Methods of analysis and characterization of steels.
• Mathematical simulation of transport and kinetic phenomena in steelmaking processes.
Mechanical engineer with a master's degree in metallurgy graduated from the Technological Institute of Morelia and a doctorate in Engineering and Materials Science from the Autonomous University of San Luis Potosí.
I am a professor at the ITESM campus Morelia teaching the subjects of: Mechanical drawing, Manufacturing processes, Materials mechanics, Design of mechanical elements, Mechanisms, Computerized drawing. As well as a researcher collaborating with research groups in the metallurgy area of the Tecnológico de Morelia, the University of San Luis Potosí and the Universidad Michoacana de San Nicolás de Hidalgo.
I am currently a member of the National System of Researchers (SNI candidate level) of CONACYT.
I have participated in research work on the development and evaluation of the mechanical properties of new generation high and ultra high resistance steels such as: Microalloyed steels, TRIP, Double-Phase, Complex-Phase and TRIP-TWIP.
My areas of interest are:
• Design and manufacture of advanced high-strength steels.
• Tribology.
• Thermo-mechanical treatments.
• Additive manufacturing processes.
• Evaluation of mechanical properties.
• Methods of analysis and characterization of steels.
• Mathematical simulation of transport and kinetic phenomena in steelmaking processes.