Tokyo, Japan
I am a researcher working in the nonlinear control field and its engineering applications. My expertise includes the improvement of theoretical control techniques as well as the design of feedback controllers for complex systems. I am also doing a side job as an engineering lecturer because of my passion for teaching and sharing knowledge and experiences with students. People who know me say that I am a person easy to get along with, friendly, talkative, and open-minded. They also say that I keep a positive and proactive attitude when facing adversity. I would describe myself as an intelligent, creative, organized, and dedicated person, and also a very curious professional who always wants to learn something new, and enjoys discussing ideas with those around me. Currently, I am interested in deep learning applications in the control field, more specifically reinforcement learning.
I am researching oscillators that can generate electrocardiogram-like signals as well as studying the heartbeat regulation problem inspired by nonlinear feedback control techniques. Moreover, I am also collaborating on the design of an altitude control system for a parachute-type unmanned aerial vehicle.
Engineering lecturer at Tecnológico de Monterrey, teaching the lecture "Control Engineering" in the online modality. This course has been offered in both Spanish and English.
Silk laboratory is a company of Software outsourcing located in Shinjuku, Tokyo. The company is specialized in system measurements, control systems, multimedia, computer graphics for data visualization, mobile applications, faster logic, data analytics, and signal processing. I have participated in projects using Python, HTML, JavaScript, Octave, Matlab, and Google Apps Script. I have also gotten some experience working on the cloud app platform Heroku and the version control hosting GitHub.
University lecturer at Universidad del Valle de Mexico. Experience in the lectures: differential equations, laboratory of electric circuits and digital electronics, microcontrollers, and classical control. I also participated in the upgrade of the telecommunications engineering curriculum.