Miguel Angelo Michalski Email & Phone Number

State Of São Paulo, Brazil

São Paulo, Brasil

Temporary Lecture at the Department of Production Engineering at the Polytechnic School of the University of São Paulo.

São Paulo, São Paulo, Brasil

Post-doctoral researcher at the Reliability Analysis Laboratory of the Department of Mechatronics and Mechanical Systems Engineering at the Polytechnic School of the University of São Paulo. I develop the research project "Development of a Framework for the Creation of Digital Twins from Knowledge-Based Engineering Techniques for the Prognosis and Health Management of Complex Systems" and participate in R&D projects related to maintenance and reliability analysis of engineering systems, under… Show more Post-doctoral researcher at the Reliability Analysis Laboratory of the Department of Mechatronics and Mechanical Systems Engineering at the Polytechnic School of the University of São Paulo. I develop the research project "Development of a Framework for the Creation of Digital Twins from Knowledge-Based Engineering Techniques for the Prognosis and Health Management of Complex Systems" and participate in R&D projects related to maintenance and reliability analysis of engineering systems, under the supervision of Professor Gilberto Francisco Martha de Souza, Show less

São Paulo, São Paulo, Brasil

Temporary Lecture in the Dynamics Group of the Department of Mechanical Engineering at the Polytechnic School of the University of São Paulo.

Brasil

Throughout my professional career, at several moments I worked as an independent engineer providing consultancy in various areas. I highlight the following works: - Modeling and simulation with the use of Finite Element Methods and theoretical analysis of a levitating flywheel prototype with superconducting magnetic bearing, for LASUP - Laboratory of Superconducting Applications, from COPPE/UFRJ, in a project financed by Light Serviços de Eletricidade SA - Acoustic and vibration… Show more Throughout my professional career, at several moments I worked as an independent engineer providing consultancy in various areas. I highlight the following works: - Modeling and simulation with the use of Finite Element Methods and theoretical analysis of a levitating flywheel prototype with superconducting magnetic bearing, for LASUP - Laboratory of Superconducting Applications, from COPPE/UFRJ, in a project financed by Light Serviços de Eletricidade SA - Acoustic and vibration insulation between rooms at the Club Méditerranée Convention Center in Rio das Pedras, RJ, in conjunction with the COPPETEC Foundation. - Diagnosis and vibration control of a reactor (neutralizer), together with the COPPETEC Foundation, for Krebs-Technip/Ultrafértil, at the Cubatão unit, SP. - Development of monitoring and diagnostic techniques for hydro generators, in conjunction with the COPPETEC Foundation, for the Electric Energy Research Center, CEPEL. - Design and implementation of the mechanical structure of a test bench for an electric actuator for the company BI Automação Industrial e Instrumentação Virtual, having as the final customer the technology center of FMC Technologies, in Rio de Janeiro, RJ. Show less

São Paulo Area, Brazil

As a researcher and doctoral student (with a CNPq scholarship and advised by Prof. Dr. Gilberto Francisco Martha de Souza), the main objective of my work was to develop a hybrid method for detecting and identifying faults in rotating machines. The proposed method is based on the dynamic response of these pieces of equipment and the integration of model-based and data-based techniques. The crux of the matter is to combine in a framework the ability to identify and quantify faults… Show more As a researcher and doctoral student (with a CNPq scholarship and advised by Prof. Dr. Gilberto Francisco Martha de Souza), the main objective of my work was to develop a hybrid method for detecting and identifying faults in rotating machines. The proposed method is based on the dynamic response of these pieces of equipment and the integration of model-based and data-based techniques. The crux of the matter is to combine in a framework the ability to identify and quantify faults, characteristic of model-based methods, with the ability to detect real-time variations in the behavior of a system, inherent to data-based methods. The needs imposed by Industry 4.0 for the maintenance of rotating machines and the expected evolution of monitoring and diagnosis systems due to the adoption of Integrated Health Management methodologies shortly were the main driving factors for the development of the Ph.D. dissertation. The results of this development are expected to be seen primarily in strategic sectors such as power generation and the petrochemical industry. Show less

Rio De Janeiro E Região, Brasil

As a researcher and doctoral student (with a CAPES grantee between December 2014 and March 2015 and a CNPq grantee between April 2015 and January 2016), and under the guidance of Professor Daniel Alves Castello and researcher Carlos Frederico Trotta Matt (from CEPEL), the objective of my work was to develop a methodology associating signal processing, analysis of experimental data and mathematical models to carry out the fault detection and diagnosis of rotating machines. Methods for solving… Show more As a researcher and doctoral student (with a CAPES grantee between December 2014 and March 2015 and a CNPq grantee between April 2015 and January 2016), and under the guidance of Professor Daniel Alves Castello and researcher Carlos Frederico Trotta Matt (from CEPEL), the objective of my work was to develop a methodology associating signal processing, analysis of experimental data and mathematical models to carry out the fault detection and diagnosis of rotating machines. Methods for solving inverse problems, Bayesian inference, and the Monte Carlo method were some tools that would be part of the methodology. The doctorate was interrupted due to a change of residence, from the city of Rio de Janeiro to the city of São Paulo, serving as the basis for the doctorate that was started at the University of São Paulo in August 2016. Show less

Rio De Janeiro E Região, Brasil

M&D Monitoração e Diagnose Ltda. aimed at meeting the technological needs of the industry regarding the modernization and automation of its production systems, the assessment of the operational condition of equipment, systems, and mechanical structures, in addition to the development of intelligent systems to support decision-making. The engineering area was the company's main operational area, where all the installation projects for its monitoring and diagnosis system, the company's main… Show more M&D Monitoração e Diagnose Ltda. aimed at meeting the technological needs of the industry regarding the modernization and automation of its production systems, the assessment of the operational condition of equipment, systems, and mechanical structures, in addition to the development of intelligent systems to support decision-making. The engineering area was the company's main operational area, where all the installation projects for its monitoring and diagnosis system, the company's main product, were developed. The system installation projects ranged from the positioning of transducers and sensors in the monitored equipment to the architecture of the data network and installation of the server with the embedded software. During my tenure as Engineering Manager, I was responsible for the planning, execution, and control of such projects. I was also responsible for restructuring the area and consolidating concepts of Total Quality Management and Project Management, with significant results. I was able to streamline and improve the internal processes of the engineering area, as well as develop synergy with the other areas of the company. In the field, I supervised several installations, to improve the system installation processes, having direct contact with the final customer and, in this way, bringing his vision to the company. I was also responsible for the company's training and workshops, having personally delivered them. Show less

Rio De Janeiro E Região, Brasil

CEPEL is part of the Eletrobrás group and has a long history in research and development related to the generation, transmission, and distribution of electricity. It is considered the largest electrical energy research center in the southern hemisphere. As a researcher at CEPEL, I worked in the area of monitoring, diagnosis, and prognosis of machines and equipment of greater relevance in large installations in the electricity sector. I was responsible for the management of Research and… Show more CEPEL is part of the Eletrobrás group and has a long history in research and development related to the generation, transmission, and distribution of electricity. It is considered the largest electrical energy research center in the southern hemisphere. As a researcher at CEPEL, I worked in the area of monitoring, diagnosis, and prognosis of machines and equipment of greater relevance in large installations in the electricity sector. I was responsible for the management of Research and Development (R&D) projects, coordinated teams focused on the development of maintenance tools, and developed software dedicated to monitoring equipment (SOMA Lite) applied to the Angra I and Angra II Nuclear Power Plants (Electronuclear), Paulo Afonso IV Hydroelectric Power Plant (Chesf), and Tijuco Preto Substation (Furnas). I was also responsible for the development and implementation of modules for calculating the remaining useful life of boilers and thermal machines, applied at the Jorge Lacerda Thermoelectric Power Plant (ENGIE). I participated in the development of methodologies and tools for mechanical maintenance and was able to act directly in the instrumentation of equipment in the field and from laboratory tests to equipment evaluation. In addition, I acted as an instructor in training aimed at companies in the Brazilian electric sector. I highlight as my most relevant work in this period the development and installation of the monitoring system (SOMA Lite) of the turbo generator set of the Angra I Nuclear Power Plant in 2007. Show less

Rio De Janeiro E Região, Brasil

As a consultant, I worked on scientific and technological research and in the development of projects in the areas of vibrations, machine dynamics, signal processing, and equipment monitoring carried out by CEPEL in the Brazilian electricity sector. I would like to highlight the work carried out at the Paulo Afonso IV Hydroelectric Power Plant, by Chesf, whose objective was to relate the dynamic behavior of the plant's turbines with the alkali-aggregate reaction of the dam.

Rio De Janeiro E Região, Brasil

As a researcher and master's student (CNPq grantee), and under the guidance of Prof. Dr. Moysés Zindeluk, I developed a research relating different configurations of hydrodynamic bearings and their influence on the dynamic behavior of rotating machines, with emphasis on the analysis of the effects of oil whirl and oil whip. The research was developed at the Laboratory of Acoustics and Vibrations (LAVI), at the Department of Mechanical Engineering at UFRJ, and was used in my master's thesis… Show more As a researcher and master's student (CNPq grantee), and under the guidance of Prof. Dr. Moysés Zindeluk, I developed a research relating different configurations of hydrodynamic bearings and their influence on the dynamic behavior of rotating machines, with emphasis on the analysis of the effects of oil whirl and oil whip. The research was developed at the Laboratory of Acoustics and Vibrations (LAVI), at the Department of Mechanical Engineering at UFRJ, and was used in my master's thesis. During the period I was also a member of the Acoustics and Vibrations Group at the UFRJ School of Engineering. Show less

Rio De Janeiro E Região, Brasil

As a teaching intern of the Mechanical Engineering Laboratory I - Vibrations Unit - at the UFRJ School of Engineering, I worked as an intern lecturer of the discipline, being responsible for the presentation of the basic concepts of mechanical vibrations, as well as for monitoring and guiding undergraduate students through laboratory experiments.

Milão E Região, Itália

As a intern researcher, fellow and collaborator, I participated in the Alfa Program – Latin American Academic Training, part of the Vicondia project (Vibration Control and Machine Diagnosis), developing work in the area of Rotor Dynamics at the Mechanics Department of the Politecnico di Milano University.

Rio De Janeiro E Região, Brasil

As a researcher and scientific initiation student (CNPq scholarship holder), and under the guidance of Prof. Dr. Moysés Zindeluk, in addition to being a member of the Acoustics and Vibrations Group at the UFRJ School of Engineering, was co-responsible for the design and construction of an experimental bench to study the dynamics of horizontal rotors. The bench was built in the Laboratory of Acoustics and Vibrations (LAVI), in the Department of Mechanical Engineering at UFRJ, serving as a basis… Show more As a researcher and scientific initiation student (CNPq scholarship holder), and under the guidance of Prof. Dr. Moysés Zindeluk, in addition to being a member of the Acoustics and Vibrations Group at the UFRJ School of Engineering, was co-responsible for the design and construction of an experimental bench to study the dynamics of horizontal rotors. The bench was built in the Laboratory of Acoustics and Vibrations (LAVI), in the Department of Mechanical Engineering at UFRJ, serving as a basis for the development of several pieces of research, including my master's thesis. Show less

Specialization (Postgraduate Lato Sensu Studies), Data Science And Analytics Mba, 9.6

MBA in Data Science and Analytics - Distance Education - 1st half/2021 main knowledge area in Human, held between 11/05/2021.

Ph.D., Mechanical Engineering, A

Activities and Societies: Area: Design and Manufacturing Research Line: Reliability Stricto Sensu PhD in Mechanical Engineering.

M.Sc., Mechanical Engineering, 2.8 In 3.0

Activities and Societies: Laboratório de Acústica e Vibrações (LAVI) Stricto Sensu Master Degree in Mechanical Engineering at Alberto Luiz.

Mechanical Engineering, Mechanical Engineering, 7.2 In 10.0

Activities and Societies: Laboratório de Acústica e Vibrações (LAVI) Bachelor of Mechanical Engineering at Federal University of Rio de.