Design and impact analysis· Contribute to define feasibility (technical options...), functional design and solution validation.· Performs impact analysis related to data captation (system performance in production, security, etc.)· Identifies the source of physical data· Enforces security and confidentiality rules for data on its perimeterImplementation and Deployment· Completes and executes data collection procedures· Builds data collection infrastructure (IoT: Internet of Things, sensors, database, files, etc.)· Deploys data collection infrastructure and procedures· Measures the impact on the technical chain implemented (from the connected object to the storage system)· Completes the necessary tests to validate the solution· Documents the implemented solutionsSupport and troubleshooting· Analyzes and understands the origin of a complex malfunction, incident or bug.· Adopts a proactive approach to avoid or identify root causes of problems.· Provides technical assistance to users.

Responsável pelo desenvolvimento e implementação de gestão híbrida de projetos, onde o planejamento do projeto é preditivo, com algumas adaptações, e a gestão das atividades, dentro do time de automação e instrumentação, é desenvolvida em gestão Ágil, utilizando o Scrum.

Atuando, conforme demanda, como consultor técnico em projetos de automação e indústria 4.0.Especificação de serviços relacionados a transformação digital e indústria 4.0 para expansão do portifólio da empresa no segmento de desenvolvimento de automação e elevação da maturidade tecnológica da indústria.Treinamento da equipe técnica em desenvolvimento de lógicas de automação, conforme boas práticas recomendadas pela IEC 61131-3.

Líder de projeto de racionalização de alarmes do DCS da planta termelétrica Termomacaé - TMA, pertencente a matriz energética da Petrobrás. Neste período, atuei na excução/verificação e também na coordenação do projeto e das pessoas envolvidas.

Working as Software and Hardware Engineer within a Scrum team, developing global projects in the security for manufacturing industries providing production traceability of tobacco, beverage and fuel industry products, promoting security projects and solutions to help and combat tax evasion, piracy and counterfeiting.Part of a multidisciplinary and hybrid global team, with include automation engineers, mechanic designers and engineers and back-end software development professionals, thus being responsible for the integration layer and communication protocols between the software and hardware segments, therefore playing automation and software development roles. Currently leading a tobacco and beverage line simulator project capable of delivering high-speed long Run simulation and remote operation capability, using embedded computing, IoT and Phyton development.

Responsible for monitoring, commissioning and technical support of Inspection and Computer Vision equipment, in the Steel, Pulp/Paper and Glass segments, for costumers in Latin America. Development of surface inspection solutions and integration architecture with customer’s automation systems. Also attending to technical visits providing technical supporting for commercial team to develop new customers in industrial sectors. Also played the substitute Project Manager role, attending the project manager internal training and participating from kickoff meetings with clients to planning, development, monitoring and, often, commissioning the project.

Working at BLS/ BF thermoelectric power plant located at Seropédica, Rio de Janeiro – Brazil.PETROBRÁS –BR Engineering support contract.Main duties:- Technical support to the Automation and I&C team on field. The plant includes several controllers, e.g., GE Mark VI/VIe and Fanuc familiy, Siemens S7, AB SLC 500 and ABB 800M. - Elaboration/Review of maintenance plans and/or maintenance procedures for automation and instrumentation equipment.- Provide Technical opinion for equipment and solutions.- Machinery failure analysis and troubleshooting using many methodologies, e.g., Ishikawa diagram, 5 Whys Technique and others to identify potential factors causing an overall failure effect.- Proving Technical feasibility studies of automation controls projects.- Elaborating Project Descriptions and Technical Specifications for automation controls contracts.- Technical diagnostics of instruments and process valves, analytical instrumentation, control loops and gas turbine instrumentation.- Responsible for Factory Acceptance Test and Site Acceptance Test of automation and instrumentation projects. (FAC/SAT)

- Automation Control and Instrumentation teaching in Electronic technician course.- Electrical teaching in Electrotechnology technician course.

Part of the Special Process Equipment Maintenance team, which includes Quality Controls Systems(Honeywell), Web Inspector Systems(ABB and ISRA Vission) and Porosity Meters, as well as Rockwell Supervisory Systems and Automation Network.Projects in progress: Responsible for the implementation of Real Time Predictive Analysis System of induction motors for analysis of fault patterns, as well as decision making and optimization of Predictive Maintenance via Software based on Artificial Neural Networks.Part of the team responsible for the mill automation modernization, connecting industrial network to the corporate network and implanting industry 4.0 concepts.Part of the team responsible for updating the Rockwell Supervisory System, rewriting and incrementing screens developed in RSView for FactoryTalk View.Part of the team responsible for developing interface and feeding Quality Database with level one informations using OPC standard and SQL Data Base.Responsible for the implementation, maintenance and customization of the ISRA Vision Web Inspector System, which includes grayscale and colored defects detection.Part of the team responsible for optimizing the Process Network and HMI's.

Periodic, predictive, corrective and breakdown maintenance of the Hot Strip Mill automation equipment. Responsible for the development activities and maintenance of the Hot Strip Mill Data Base System (i.e. DBSLTQ). This system is the data concentrator for quality and process engineering and It was developed in LabView. - Implementation of the Maintenance Plan for the DBSLTQ System. - Use of data acquisitions (Nation Instruments DAQ) for gathering several devices feedback into DBSLTQ. - Use of PI OPC for supplying DBSLTQ information to the Real Time Process Management System. (RTPM)Expertise in automation networks and HMIs.Level 2 programming using FORTRAN language.Basic knowledge in Mitsubishi MELPAC PLCs.

In charge of the information consolidation for the management of the hot rolling process and also for the preparation and pickling lines. - Create financial and statistical tools and reports using spreadsheets. - Analyze and interpret financial statistics and other data and produce relevant reports. - Research and investigate information to enable strategic decision-making by others.Development activities and maintenance of systems for concentrating management information (e.g. SIGDLAM), using Visual Basic and C + + as main programming languages. SIGDLAM System is the internal official program used for registering process occurrences and other information.Responsible for the interface between the corporative systems (e.g. MES, SAP or Impromptu) and the hot rolling sector information systems. (Worked as part of a team for improving Corporative systems from hot rolling side)

Monitor and implement activities directed to the good performance of the finishing mill, regarding the safety, quality and production results.