Luis Alfredo SÁNCHEZ LÓPEZ

My activities were teaching classes and laboratory of: -Automatic and Discrete Control Systems. -Systems with microcontrollers. -Electrical Machines. I could develop different prototypes where I use the ATmega microcontrollers with Control Systems to get the best performance of 1Hp Electrical Machines.

I was able to collaborate in: -Lecturing of Logic Mathematics. -Lecturing of Planar and Spatial Geometry.

-Threshold Voltage Instability in SiC Power MOSFETs. -Characterization and Modeling of BTI in SiC MOSFETs. -Prove Station maintenance -Developed of standard of Characterization in SiC MOSFETs.

- Lecturing Electronic Instrumentation Laboratory of Molecular Physics Laboratory of Oscillations and Waves, Electromagnetism Laboratory. - Preparation of guidelines Electronics Laboratory. - Design Signal amplifiers for radiological equipment. - Rehabilitation, maintenance and operation of rays-x equipment. - Preventive maintenance of electronic laboratory equipment Physics’ career

I am an ERASMUS MUNDUS scholarship holder studying structure and material modeling subjects such as: -Mechatronic components including thermal influences in: SolidWorks, ANSYS and ABACUS. -Electro-Pneumatic and PLC System. -Addition Processes (3D Print). -Virtual Twins by simulation with Simscape, Simulinc and SolidWorks. -Embedded Systems

-Physics for semiconductors devices. -FPGA. (Digilent Nexys 4ddr, VHDL, IDE: Vivado) -THESIS: THRESHOLD VOLTAGE INSTABILITY IN SILICON CARBIDE POWER MOSFET  Probe Station (Cascade Microtch), Temperature Control (Temptronic).  Semiconductor Characterization System 4200SCS (SMU, RPM)  Software: Keithley (ITM and UTM), Matlab, Origin, Excel, Latex, Mendeley.

-Electronic of High Frequency. -Analog and Digital CMOS Technology. -FPGA. (Digilent Nexys 4ddr, VHDL, IDE: Vivado) -Electromagnetic compatibility. -Low Power Design.

-Automatic Control Systems, Discrete Control, Power Electronics, Static converters.  Programming Languages: C, C++, Java, and ladder.  Microcontrollers: STM32, Arduino, ATmega Series, ARM.  Design Tools: Matlab, LabView, Multisim, Circuit Maker, Proteus, AutoCad