Greetings! I wanted to inform you that I will not be updating this website frequently anymore since I have moved to the private sector. Though I still have a great interest in systems and control, my research will mainly be concentrated on my current job. Nevertheless, I am available for collaboration on the topics listed below, as long as they are not related to my primary occupation. Don't hesitate to contact me if you have any suggestions!
About and research interests
I am passionate about research and development in high-tech systems problems, where my education and experience allow me to propose innovative and practical solutions, as well as in related engineering science education. My background in mechatronics gives me the opportunity of interacting with interdisciplinary teams. I have scientific and engineering experience in systems and control methods for robotic systems, high-precision mechatronic systems, and wind turbine control. My research interests are the theory, engineering, and technology of nonlinear systems and control design, energy-based physical modeling for control, and data & learning-based control. Specifically:
Lyapunov, incremental and passivity techniques for control of nonlinear control systems
Lagrangian and port-Hamiltonian methods for modeling and control of physical and networked control systems
Data and learning-based control: Neural control, neural contraction metrics
Robotics and mechatronics: dynamics and control of rigid and soft robots, and of high-precision mechatronic systems,
Applications: opto-mechatronics, biomedical engineering, wind energy systems, smart industry
News
2022
Jul : Our paper “Stabilization of Underactuated Systems if Degree One via Neural Interconnection and Damping Assignment - Passivity Based Control” has been accepted for presentation at the \(61^{st}\) IEEE Conference on Desicion and Control to be celebrated on Dec. 6-9, in Cancún Mexico.
Mar : Our paper “Total Energy Shaping with Neural Interconnection and Damping Assignment - Passivity Based Control” has been accepted for presentation at the \(4^{th}\) Annual Learning for Dynamics & Control Conference to be celebrated at Standford University, California US on June 2022.
Feb : Our paper “Virtual contractivity-based control of fully-actuated mechanical systems in the port-Hamiltonian framework” has been accepted for publication in Automatica as a brief paper.
Feb: Our abstract “Virtual systems in nonlinear control design” has been accepted for presentation at the \(41^{st}\) Benelux Meeting on Systems and Control to be celebrated in Brussels on July 2022.
2019
Dec. : Abstract on extended Kalman filter and machine learning for wind turbine control submitted to Torque 2020. Joint work with TNO Wind Energy colleagues.
Oct. : I have attented to the National Automatic Control Conference (CNCA) organized by the Mexico Association of Automatic Control (AMCA) at, my alma mater, the Mertorious Autonomous University of Puebla (BUAP), in Puebla City, Mexico.
Oct. : I have attended to the last meeting of the Closed Loop Windcon project in Pamplona Spain. As follow up to this event, in the same location, I also presented a poster on wind farm control during the \(5^{th}\) Wind Energy Systems Engineering Workshop (WESE 2019).
Sep. : I have defended my PhD thesis on the Friday \(13^{th}\)! [Photo].
Jun. : I have attended to European Control Conference (ECC19), in Naples, Italy.
Jan. : I have started as jr. researcher in control engineering of wind energy systems at TNO Wind Energy, in Petten, The Netherlands.
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