At the COPPETEC Foundation, I bridge academic research and applied technological innovation for Petrobras, Brazil's leading Oil & Gas company. My key responsibilities and achievements include:Leadership in Simulations and Optimization: I lead the simulation and optimization of processes on Petrobras's offshore platforms, implementing improvements that reduce losses, prevent shutdowns, and minimize energy consumption.Development of Advanced Controllers: I manage the development and integration of advanced controllers, such as Model Predictive Control (MPC) and Fuzzy Logic Control, ensuring their effective application in Petrobras's corporate system.Digital Twin Construction: I develop digital twins using real plant data, identifying anomalous behaviors and enhancing plant operations specifically for Petrobras.Technical Proficiency: I apply advanced programming skills and utilize software tools such as EMSO, MATLAB, Python, MPA, OPC communications, and PI to analyze and improve processes for Petrobras.Research and Problem Solving: I effectively solve anomalies and challenges, maximizing benefits for Petrobras.

As a Research Fellow, I worked on the same Petrobras project, focusing on the study and application of advanced controllers for offshore gas compression platforms. My responsibilities and achievements included:* Study of Advanced Controllers: I conducted an exhaustive study of advanced controllers and how they are applied to Petrobras's offshore platforms.* Process Simulation: I was actively involved in process simulation, identifying and proposing improvements.* Data Analysis: I worked with plant data to understand and solve behavior anomalies.* Technical Skill Development: I enhanced my skills in EMSO, MATLAB, Python, MPA, OPC communications, and PI, and applied them in problem-solving and process improvement.

Participation in partnership research projects between the LADES Group (PEQ/COPPE/UFRJ) and Petrobras on modeling and advanced control for gas compression plants on offshore platforms.

As the Founder and Educational Director of Control Automático Educación and the Sergio A. Castaño Giraldo YouTube channel, I specialize in spearheading innovative educational content in the fields of control engineering, programming, microcontrollers, and automation. I am responsible for creating and curating comprehensive educational courses, video tutorials, and practical guides. My focus is on making complex technical concepts accessible and engaging for a diverse audience, ranging from students to industry professionals. Through these platforms, I have established a dynamic community, fostering a collaborative learning environment and empowering learners with the skills needed for the evolving technological landscape.

In my role as an Adjunct Professor, I am responsible for instructing three courses: Industrial Instrumentation and Measurement, Analog and Digital Control, and Programming Languages (Python - Labview). Despite living in Brazil and teaching remotely to a university based in Colombia, I have also had the opportunity to teach in person. Key responsibilities and achievements include:* Course Development: I developed comprehensive course materials from scratch, providing a well-structured educational experience for my students, where I emphasize industry experience and job-focused skills without neglecting the mathematical rigor required of engineers.* Student Support: I offer guidance and extensive support to my students, aiming to enhance their academic success.* Communication and Engagement: I record classes and establish additional communication channels like Discord to facilitate students' inquiries, ensuring they have the necessary resources to complete their courses.

As a fellow at the Coppetec Foundation, I was crucial in researching and developing energy management solutions for offshore platforms. My key responsibilities and achievements include:* Development of Predictive Controllers: I led the development of a model-based predictive controller for energy management of the natural gas compression system on an offshore platform. The aim was to maintain the energy efficiency of the compressors for efficient consumption and prevent machine stoppages.* Scientific Publication: My work on this project culminated in a research publication in a specialized journal, highlighting the innovation and effectiveness of the developed controller.

Programacion de dispositivo embebidos comercializados por la empresa Excelec International.