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Campinas, São Paulo, Brasil

Work with clients and functional areas within the organization to elicit requirements related to the John Deere digital solutions for web (Operations Center) and mobile (Operations Center mobile).Understand and propose technical solutions to better adapt the products to the regional needs of South America.Provide support to partner companies and clients that wants to use the API solutions.

Campinas, São Paulo, Brasil

Summarize the stakeholder’s system requirements, define Concept of Operation, System Specifications, Product Architectures, design reviews, test plans, integration plans, etc., in collaboration with senior technical staff and Customers. Guide and oversee the development of system component requirements, interfaces, and specifications necessary to maintain the consistency and integrity of the product developments. Supervise Hardware-Software-Mechanical integration as well as the related HW-SW-Mechanical integration test according V-model design process, for ensuring a proper system design. Work closely to product support team during investigation of defects to identify root causes and help addressing to the correct teams. Support the factories in the adoption of new products related to Precision Agriculture. Provides engineering and technical support to marketing, manufacturing, quality and supply management organizations. Develops and/or executes test or analysis plan for product verification and validation.

Campinas E Região, Brasil

Verification the telematics solutions features for each new software release, including the regional only features which includes specifications to fulfill local regulation;Responsible for specifying test cases and acceptance criteria;Validation in Cooperators from Agricultural and Construction, observing how the telematic solution might be able to help the costumer necessities and guarantee that the product will work properly;Perform durability and reliability electrical tests like electromagnetic immunity, radiated and conducted electromagnetic emissions and durability and reliability mechanical tests live vibration and operating shock;Participation in connectivity project on rural areas, which involved knowledge of LTE (4G) network architecture telecommunication skills;Interact with Linux and Windows Ce terminals during validation, using scripts and command lines;Responsible for validating the integration of the telematic solution with the Agricultural and Construction machines;Responsible for identifying possible risks in the project on telematics solutions;Find root causes for problems and report issues properly;Constant integration with international team from United States and India;

Porto, Portugal

Responsible for Multi Functional Camera used to Driving Assistance functions.Responsible for managing the requirements of system level functions as diagnostics (UDS), communication and boot loader.Communication with OEM customers for alignment and elicitation of requirements.Work with ASPICE based process.Tools being used: Doors (including DXL scripts), IMS Integrity, Rhapsody, CANdela, CANoe, CANdb)

Indaiatuba Sp, Brasil

As Resident Validation engineer on the development of the Telematics Module responsible by the OnStar service for General Motors Brazil, I am responsible to perform the functional validation following the expected specifications for the equipment, raising failures to be corrected by the development teams;Follow the software development proposing ideas to fulfill the specifications;Be support for the technicians and engineers from the client General Motors Brazil;Integration with international team from Ecuador, Mexico and Israel.

Betim E Região, Brasil

As a member of the Validation and Verification group in the Software Factory of Fiat Automotive, I was responsible of perform validation tests in the vehicular embedded software, developed following the AUTOSAR architecture using Model Based Design, designate to the Body Central Module as for example the Fuel Level Management, Defrost Functionalities, Power door Lock and Smart Alternator. Perform requirements verification of documents designed to describe Vehicle functions, ensuring that the functional requirements are able to be fulfilled by the development team using IBM DOORS tool.Utilize validation tools (Matlab and Micromax) with Model in the Loop (MIL) and Software in the Loop (SIL) to match the functional requirements with the vehicle softwareOptimize C codes, detecting dead codes and increase the code coverage of my tests;Integration with international team from United States, Italy and India.

Master Of Engineering - Meng, Electrical, Electronics And Communications Engineering

Signals and Linear Systems - grade A - 60 hours Introduction to Mobile Robots - grade A - 60 hours Laboratory of Cognitive Architectures.

Especialização, Produção Vegetal Pós-Graduação Lato Sensu - Especialização, Produção Vegetal

Treinamento Em Fundamentos Agronômicos Em Fitotecnia: Bases Conceituais Para Uso Em Agricultura De Precisão.

Embedded Electronic (Post Graduation), Engenharia Elétrica E Eletrônica, 9

Activities and Societies: Final project was a telematic device to read vehicular information through OBD and reports it through MQTT..

Engenharia Mecatrônica, Mechatronics, Robotics, And Automation Engineering

Final project was the development of a 6-DOF manipulator using servo motors and controlled by a PIC18F46K22. The final position.

Mechatronic Engineering, Mechatronic Engineering

English Coruse: Pre-Enrolment English Program na The University of Adelaide Course: Robotics M: HD (High Distinction). Course: Finite.

Automação Industrial, Mecatrônica, Robótica E Engenharia De Controle E Automação

Curso Interrompido. Matérias completas EEE555 1 - SISTEMAS DE CONTROLE: ANALISE E PROJETO EEE547 1 - FUND. E APLIC. DE SISTEMAS DE.