Diego Colón

Associate Professor at Escola Politécnica da Universidade de São Paulo (USP - Engineering School) - Department of Telecommunications and Control Engineering (PTC). Former Head of the Undergraduate Electrical Engineering Program - Automation and Control. Referee for more than 15 engineering and technology courses for the State of São Paulo Council of Education (CEE-SP). Principal Investigator of ROTA 2030 projects (Automotive Engineering). Member of judging committees for hiring assistant and associate professors in various areas, such as electronic devices, electronic engineering, robotics, and control. Guest editor of special editions for the journals Symmetry - Basel, Axioms, and Entropy. Reviewer for more than 25 international journals in various fields. Research project reviewer for FAPESP and ROTA 2030/Mover. Class name of the first class of Control and Automation Engineering at UNESP in Sorocaba. Honored professor and patron of the second and third classes of the same course at the same institution, respectively. Habilitation in the area of Automation and Control. PhD and master's advisor at USP. More than 52,000 reads of his publications on ResearchGate (score higher than more than 85 of platform members, see ResearchGate). Holds a degree in Electrical Engineering with an Emphasis on Computing and Digital Systems from Escola Politécnica da Universidade de São Paulo, a master's and doctorate in Electrical Engineering with an Emphasis on Automation and Control from the same institution. He was an assistant professor at the São Paulo State University Júlio de Mesquita Filho (UNESP), Institute of Science and Technology (ICT) at the Sorocaba Campus. He was the general coordinator of the VUNESP in Sorocaba. He worked on research and development projects with the Brazilian Navy, CPFL, IPT, Marelli Cofap, and Schaeffler Group. His research lines include Mobility Engineering, Differential Geometry applied in Robotics, Control and Quantum Computing, Topological Quantum Computing, Adaptive Control and Reinforcement Learning, Geometric Deep Learning, Modeling, Automation and Control and Digital Twins, MEMs and Microrobotics, Mobile Robotics, Soft Robotics, H-Infinity Control, Nonlinear Systems with Delay, Control Systems via Communication Networks, Hybrid and Switched Automation Systems, Applications of Polynomial Chaos in Control and Power Electronic Circuits. (Source: Lattes Curriculum)