I am an Electrical Engineering student at the University of Concepción, passionate about the convergence of power electronics, advanced control, and technological innovation. My education has focused on solving complex problems using Optimization and Artificial Intelligence tools applied to electrical systems. My experience ranges from designing large-scale infrastructure projects such as industrial photovoltaic plants, pumping systems, and efficient lighting, to cutting-edge research in power electronics. Currently, I am developing my thesis on the control of multilevel converters (CHB and T-Type) using Modulated Model Predictive Control (MFPC) and dispatchable Virtual Oscillator Control (dVoc) for Grid-Forming applications.
My goal is to drive energy efficiency and the transition towards smarter, more resilient electrical grids.
Convergence between the rigor of advanced control and the execution of electrical infrastructure. Research on multilevel topologies and sustainable energy systems with AI models.
Electrical engineering design for urban parks and photovoltaic plants with BESS.
Research on multilevel topologies and predictive control for grid stability.
Implementation of metaheuristics and optimization algorithms applied to power systems.
SCADA systems, industrial PLC programming, and robotic kinematic modeling.
Are you looking for an engineer to tackle challenges in power systems, infrastructure, or new technologies? I am available to collaborate on projects that require high-impact technical solutions and efficiency.