Ary Garcia Barrios Jr. Email & Phone Number

Jacareí, SP, BR

Sorocaba, São Paulo, Brasil

As responsible for mechanical projects within the Precision Technology LATAM Team, I specialize in designing and developing innovative mechanical and electrical systems to meet complex requirements. Using advanced tools like CREO, I ensure designs adhere to company standards and supplier specifications. My role involves mentoring the team in interpreting.

Jacareí, São Paulo, Brazil

On-Demand Electronic Product Development and Consulting. Involves the design of schematics, PCB layout, implementation, documentation, testing, and integration of software and hardware according to customer requirements.WORK DEVELOPED:Control algorithm for an electric tow car.Environmental monitoring device with Wi-Fi communication (MQTT protocol).

São José Dos Campos, São Paulo, Brazil

Professor in Industrial Automation, Electrical and Mechanical Technician Courses, and Undergraduate Courses in Control and Automation Engineering. My main classes taught are:UNDERGRADUATE LEVEL:Digital Signal ProcessingPower ElectronicsTECHNICAL LEVEL:Electricity LaboratoryIndustrial Power ElectronicsIndustrial MechanismsIndustrial InstrumentationBusiness.

São José Dos Campos, São Paulo, Brazil

At Autaza, I was responsible for developing embedded systems for the company's main product, the Paint (Automotive Surface Inspector). My work involved hardware development (specifications, electrical schematics, circuit analysis, simulation, PCB layout, debugging, development/validation testing, and EMI/EMC analysis) and software (C/C++ and Python)..

Jacareí, São Paulo, Brazil

Execution of projects using CATIA and development of applications for Embraer and Airbus aircraft, as well as developing automation tools (using Python and SQL Server) integrated with CATIA to assist in the development of drawings. This included the development of electrical wiring diagrams and electrical installation routing definition, complying with.

São José Dos Campos, São Paulo, Brazil

Main Activities: Developed algorithms for self-tuning simulation and adaptive control using MATLAB software, applied to the attitude control in three axes of an artificial satellite described by an ARMAX model. Both indirect and direct control approaches were implemented. Several estimation techniques were used at different stages of the algorithm, such as.

São José Dos Campos, São Paulo, Brazil

Started the studies, development and characterization of a multipurpose external combustion engine (Stirling type). The engine modeling was developed using MATLAB and CATIA softwares.

São José Dos Campos, São Paulo, Brazil

Main Activities: Assisted and developed work across various engineering areas, focusing primarily on power generation, radiation studies in electronic components, and embedded systems. Key activities included developing electronic schematics, performing simulations, debugging, developing tests and validation, PCB layout, and programming PIC 16F and 18F.

Master'S Degree In Space Engineering And Technology, Spatial Mechanics And Control.

Developed self-tuning simulation and adaptive control algorithms using MATLAB software, applying both indirect and direct methods to the.

Master'S Degree In Space Sciences And Technologies, Space Propulsion And Hypersonic., Incomplete

I initiated the studies and developed the first functional design of the Stirling Engine for the Nuclear Energy Division of the Brazilian.

Master Of Business Administration - Mba, Strategic Project Management

In the MBA in Strategic Project Management program, I acquired key skills for aligning projects with organizational vision and strategic.

Master Of Business Administration - Mba, Executive Project Management, 93%

In the Executive MBA in Project Management program, I developed crucial skills for effective project leadership and management. I learned.

Bachelor'S Degree In Control And Automation Engineering, Mechatronics, Robotics And Control And Automation Engineering, 9.2

I developed a micro-controlled inductive heater, starting with system modeling in MATLAB to accurately reflect real-world behavior. I.