Teaching classes in the Physics department, such as:-Analog electronics-Physics of materials

Teaching classes in previous plans and TEC21 obtaining good results in the ECOAs (Student Opinion Surveys) in the Mechanical Engineering department and in the Mechatronics department.-M2023.Materials mechanics-WKIN1001S.Week 18 Engineering-1-M1002S.2.Engineering certification workshop (SolidWorks)-M1011.Analysis of static equilibrium-M1001S.Engineering in action-M2014.Applications of Materials-WKIT1001S. Week 18 Closing of exploration stage IIT-3-M2005.Analysis of mechanisms-M2001S.Preparation for certification in simulation with finite elements using SolidWorks-M2033.Stress and strain analysis-M2034.Analysis of the motion of rigid bodies-M2035. Materials Engineering -M2003B.Dynamic design-M2004B. Design of mechanisms-M2008B.Design of machine elements-M2028.Materials technology-WKRH3002S.Week 18 of immersion-6

Provide Laboratories of Materials Mechanics- Analyze axial forces in Universal Machine (SHIMADZU) to show its use and operation- Analyze axial stresses, torsion and flexion using strain gauges as well as teach about their connections in the strain gauge (P3).- Load tests on laminated glass (Tempered-Annealed)- Segmentation of extensiometric gauges in materials for analysis.Provide Laboratories of Advanced Materials Resistance Methods - Analyze shear stresses in transparent materials using the technique of Photoelasticity- Experimental analysis of critical loads in columns- Using Deformation Rosettes to analyze principal stresses in composite beamsProvide Laboratories of Mechanical Vibrations- Experimental analysis of dynamic motor balancing- Experimentally obtain spring resistivity constants in various configurations and degrees of freedom as well as damped systems- Analytically obtain natural frequencies of the pieces analyzed using Matlab- Simulate the different configurations of springs, the various configurations of vibrations as well as their degrees of freedom using Working ModelProvide Laboratories of Materials Science-Know the function of the impact hammer, determine the absorption energy of the material at different temperatures to observe changes in the mechanical properties.-Determine the hardness of different materials under Rockwell and Brinell scales.-Know the tempering and annealing process in steel alloys and compare changes in their mechanical strength when cooling them in different solutions.-Know the microstructure of various materials, as well as grain size and phases.-Determine the graph stress vs number of cycles and natural frequency of various materials.Provide Laboratories of Manufacture-Know the numerical control equipment for milling and create G code using Fusion 360.-Know diverse welding processes.-Learn conventional turning and milling processes.-Learn to use the coordinate machineUnder ASTM

Providing ideas in the design and construction of physics instruments, as well as giving tours to students and professors of different levels of education in the Interactive Room of Sciences for a better understanding of concepts of physics, chemistry and biology.

2012 - Department of Low-Dimensional SystemsDr. Carlos Luna Criado - Dra. Raquel Mendoza Green synthesis and characterization of ultra fine silver nanoparticles using green tea polyphenols.2013 - Department of Thin FilmsDr. Manuel García MendezSynthesis and characterization of thin films by sputtering technique.2014 - Department of Nanobiotechnology Dra. Nora Elizondo Villarreal-Dr. Sergio Belmares Synthesis of gold nanoparticles by the polyol method.2015 - Department of Nanoestructured MaterialsDra. Diana Berenice Hernández UrestiSynthesis of nanostructured oxides for evaluation of their photocatalytic properties.

Advise students in the development and resolution of mathematical problems, as well manage their progress and report their grades to the system.