Thiago N. Email & Phone Number

Aachen, North Rhine-Westphalia, Germany

- Development of data parsers for pharma device standardization, allowing reduced complexity to data of different sources and accelerating data science experiments- Development of ETL pipelines using Airflow, MongoDB, and Pandas- Development of Python modules for data visualization to support scientists in interpreting relevant data quickly and shortening experiment setups- Development of internal SDK for monitoring and controlling ZONTAL platform, airflow DAGs, and databases (s3, MongoDB)- Training and coordination of new members during onboarding

Aachen, North Rhine-Westphalia, Germany

- Electronics design for data acquisition of electronic vehicles generating reference data for designing new components- Real-time data integration of electric vehicles with S3 server (MinIO), Python APIs for getting data and communicating with Grafana servers- Data management by statistical relevance down sampling- Data processing by variables correlation and identification of relevant data for performance comparison- Data acquisition for Digital Twin model development enabling data extrapolation and saving time of experimentation- Robotic transmission duty cycle experiment setup and analysis

Berlin, Berlin, Germany

- Embedded software and electronics design for specimen exchanger machine, which has shortened hours of beam time for 3D printed metal parts analysis- Additive manufacturing quality analysis correlation through vision systems- Neural Network design applied for defect detection and classification based on SLS 3D printer manufacturing data- 3D voxel rigid and non-rigid alignment for Neural Network training correlation of in-situ manufacturing data and part measured

São José Dos Campos Area, Brazil

- Responsible for electronics, automation, and requirements of AUTAZA products and projects- System engineering and procedures definition and reviewing, generating guidelines and steps for shorter reaction time of new projects and implementation steps- Autaza Paint Product: 1. design, implementation, and management of updates for industrial robustness 2. Automated robot trajectory based on CAD surfaces Software development for Industrial Network Automation and assembly line integration 3. Design and integration of the laboratory (CIR) for testing the products in a simulated relevant assembly line 4. Transfer learning and Convolution Neural Network prototypes for automated defect identification and classification using PyTorch- Autaza Hybrid Product: Point Cloud acquisition, filtering, and alignment optimization. Electronic circuit for optics controlling and temperature monitoring- Autaza Aero Product: use of Matlab (Windows) and C++ (Ubuntu) for path planning and automatic flight of Unmade Aerial Vehicles (UAV) supported by a vision system. Demonstration of automated flight and acquired data which allowed new contracts

São Paulo Area, Brazil

- Implementation of Industry 4.0 concepts (digitalization) in Sao Paulo Industries- Maturity analysis of the industrial plant regards the automation and data convergence for implementation- Identification of challenges and opportunities of high impact in the industrial Plant- Project conceptions and project management of digitization- Participation in the team responsible for structuring the SENAI Technological Center in Sao Jose dos Campos-SP, using the approach defined in partnership with the Fraunhofer Institute

São José Dos Campos Area, Brazil

- Member of the Gear Innovation Group (GIE), responsible for supporting control system, data acquisition, analyses, automation, and project prospection in the group- Member, via ITA, at Engrena ITA Consortium. A consortium of companies such as Ford, GM, Gerdau, and Petrobras, funded with the objective of integration of Industries and Academies through research projects- Project and development of complete supervisory software for data acquisition and control of a gears test rig and for a crankshaft test rig- Integration of sensors and implementation of control systems in industrial robots (KUKA KR210) to automatic alignment and drill of the fuselage- Integration of systems of prototype cells of automatic aeronautic processLabVIEW, C++, Arduino, NI PXI, KUKA Robot, Xbee, Ms-Office, Eagle, PROFIBUS, UDP, Windows

São José Dos Campos E Região, Brasil

- Integrated sensors and real-time control systems in KUKA KR210 industrial robots for automatic fuselage alignment and drilling. Developed a LabVIEW library for real-time communication with KUKA controllers C2 and C4 via UDP protocol and XML file transmission.- Created front-end and back-end supervisory software for data acquisition and control in LabVIEW. Integrated sensors in gears and crankshaft test rigs using PROFIBUS protocol. Enabled simultaneous control of temperature and lubricant levels. Facilitated testing of new gear manufacturing methods and validation of FEM simulations.- Developed control and data acquisition system for an efficiency test rig. Utilized wireless Xbee devices for data acquisition, Arduino microcontroller for integration, and LabVIEW for the user interface. Employed a second Arduino for stepper motor control and serial RS232 communication.- Implemented LabVIEW software for monitoring and synchronized control of different stages in an automatic aeronautic process prototype cell. Process data transmitted through XML files and automatically converted into table reports.LabVIEW, C++, Arduino, NI PXI, KUKA Robot, Xbee, Ms-Office, Eagle, PROFIBUS, UDP, WindowsAdvisors: Dr.(a) Emília Villani, Dr. Anderson Borille, Dr. Ronnie Rego

São José Dos Campos E Região, Brasil

- Developed and researched control laws for space systems using a workbench simulation. The simulation focused on the roll rotation of a spacecraft in a frictionless environment.- Modified the workbench for conducting tests by designing electrical boards and circuits to activate solenoid valves. Real-time embedded hardware programming was implemented using LabVIEW.- Conducted tests to compare the processing time and representation limitations between Euler Angles and Quaternions. Simulations were performed using LabVIEW and Matlab/Simulink, utilizing Transfer Function and State Space Representation.- Compared Inertial Measurement Units (IMUs) in a hardware-in-the-loop system. Integration was achieved using LabVIEW (FPGA + Real-Time) and Matlab/Simulink.LabVIEW, Arduino, NI Crio, Ms-Office, Matlab, Windows

São José Dos Campos E Região, Brasil

- Applied the Least Squares approach in Matlab to process pressure measurements from a wind tunnel. Developed an algorithm to extract data from a text file and automatically approximate functions of different order equations based on user parameters.- The algorithm enabled comparisons with the Monte Carlo approach, enhancing the robustness of aerodynamics project analyses.

São José Dos Campos E Região, Brasil

Update of ground control software and its documentation of the first Brazilian nano-satellite (NCBR1). The process was done via the Linux Operational System in a workbench with the satellite. The work supported the mission control team by decreasing the time of operation and software updating.

São José Dos Campos E Região, Brasil

Participation in the first layout structuring of material storage of the project Chevrolet Trailblazer. The processes were optimized in terms of time and the traveled distances of operators.

São José Dos Campos E Região, Brasil

Parameters of process optimization and operation of milling machinery in the repair of stamping machine components. The milling tool life was extended and procedures of parameters consideration when milling were improved.

Master'S Degree, Computer Engineering

- Embedded software and electronics design for specimen exchanger machine - Additive manufacturing quality analysis through vision systems.

Master'S Degree, Electrical And Electronics Engineering

Use of robotic manipulator for high precision 3D reconstruction of large components. Subjects: - Robotic Manipulators; - Integrated.

Engineer'S Degree, Mechatronics, Robotics, And Automation Engineering

Activities and Societies: - Final Work: "Automatic Position Stabilization of anthropomorphic Robot with Mobile Base"- Structuring.

Machining Mechanics, Industrial Mechanics And Maintenance Technology

Activities and Societies: Technical visit to FIESP (Industry Federation of the São Paulo State).Mechanical projecting and machine.