Juan Chavarro

+ BSP Dev & Debugging for QNX on Qualcomm Snapdragon SoCs. + Automotive Ethernet config on high-performance switches. + ECU flashing & cross-functional troubleshooting for integrated driver and sensors across multiple teams (Cameras, Radar, Ultrasonics, CyberSec, Bootloader). + SW integration & validation for EOL testing during the industrialization phase of new Hardware for BMW. Under SET GmbH.

CARIAD SE (10.23-03.25): EV Thermal Management + SW dev (SWE2/3, ASPICE L2, AUTOSAR) in C/C++ + Tools: Eclipse, DaVinci, Polarion, Enterprise Architect + CI/CD, HW validation (STM32), MISRA-C, Python ZF AG (02.22-10.23): Seatbelt Pretensioner + SW modules & services (AUTOSAR, FuSi, DOORS) in C/C++ + Restbus simulation, Dev tests, MISRA-C compliance

Applied software development and artifitial intelligence expertise to self-driving car functions by: - Motion Planning, Software Development [CarMaker, Azure DevOps, Git, Java, Python] - Masterthesis in the field of machine learning and Advanced Driver Assistance Systems (ADAS) [Python]

Chassis system development for Audi AG by working on HiL test benches for steering, driving dynamics, brakes, and sensorics ECUs. Conducted tests, analyzed data, and programmed automated tests with EXAM. Gained experience in commissioning and operating control units and test benches.

Drove operational efficiency and Industry 4.0 integration through: - Setting, adapting and giving technical support on ERP-Software to integration of operational analysis and industry 4.0 as asset-, maintenance- and calibration-management. - Develop and generate mechatronic conceptual designs to improve the factories’ operations, as well as internal audit over planning, execution and completion of mechatronic projects, plus the machinery inventory and audit of the industrial processes.

Subjects: + e-Vehicle dynamics control + Electrical drive control + Vehicle dynamics + Modelling of Complex Systems + Automotive Comunication Systems + Energy management and energy storage systems + Electric power systems + Semester project, Control and environmental perception for an autonomous vehicle (ADTF & Matlab/Simulink), at the test faclities of the Research Centre CARISSMA.

Subjects: Robotik + Fuzzy und Neuro Control + Adaptive und structure variable control systems + Bionic / technical Biology.

Design and construction in the laboratory for automation.

- Fundamental Subjects: Advanced mathematics, Physics, Structural analysis, Dynamics, Electronics, Computer programming, Chemistry. - Professional Knowledge and abilities: Robotics and multibody dynamics, Advanced Control Techniques, Microcontrollers, Servomechanisms, Sensors and Actuators, Mechatronic Design, Applied Mechanics, Artificial Intelligence Techniques (AI), Machine Vision.