Spearheading the development of the Virtual Engineering Workbench for STLA Smart Cockpit, an innovative AWS Cloud-based PaaS product. Additionally, leading the development of CI/CD pipelines to optimize software integration and deployment processes.Stakeholder Engagement: Actively engaging with cross-functional teams to gather requirements and ensure alignment with business goals, facilitating seamless communication and prioritization of features.Roadmap Development: Developing and maintaining a detailed product roadmap, aligning with the company's strategic objectives and market trends to ensure consistent progress and transparency.Risk Management: Identifying potential project risks and implementing mitigation strategies to minimize impact on project timelines and deliverables, maintaining project momentum.Performance Metrics: Establishing key performance indicators (KPIs) to measure product success and team performance, using data-driven insights to inform decisions and drive continuous improvement.DevOps: Managing the development of CI/CD/CT pipelines, enhancing software integration, testing, and deployment processes for the STLA SmartCockpit project.

HIL development and support to ensure successful execution of embedded software testing (CoE, Verification, Validation) for conventional powertrain on HIL machines at Latam for local and global Stellantis programs.Job-related tasks/key-words:- Agile Method/ Kanban Service Request Manager- Techinical requirements and impact analysis- Hardware changes design and implementation- Application integration and commissioning

Job-related tasks/key-words:- Agile Method/ Kanban - Development of HIL model-plants (Matlab/ Simulink) for conventional powertrain programs- Techinical requirements and impact analysis- Hardware changes design and implementation- Application integration and commissioning

HIL EngineerWorked with Hardware-in-the-Loop (HIL) systems for Electric and Electronic Systems at Ford Development Center. As a HIL pioneer and technical reference, took the HIL laboratory of Ford South America to a higher level of software verification tests in system level with HIL simulatorsJob-related tasks/key-words:- Investigate new solutions for test automation in synergy with the team- Define technical prerequisites, test requirement and design the test architecture- Specify tools, software and hardware for purchase- Discuss technical solutions with supplier representatives, i.e. National Instruments/ dSPACE - Coordinate activities, configure and assemble the complete framework (mechanical structure, electrical connections etc) until it's fully operational- Train the team how to operate and maintain the framework - Conduct tests and write test cases based on requirements / black box, load tests, stress, structural / write box and regression tests- Conduct ad-hoc investigations on critical problems when necessary- Close cooperation with the development team supporting with troubleshoot- Good knowledge in communication protocols CAN, including Diagnostic and Software Download- Good knowledge in programming (CAPL, C, C++, Python, Matlab/Simulink, VBS, VBA)- Good knowledge in HiL software (ControlDesk, ConfigurationDesk)

Participated as a key person in the implementation of Hardware-in-the-Loop (HIL) laboratory in the Product Development Center of Ford South America. Worked in tasks since the development of HIL simulators, until test preparation, test execution and test reporting with focus on unit testing and subsystem testing during the Validation and Verification (V&V) stage in the design cycle of automotive controllers.Job-related tasks/key-words:- Investigate new solutions for test automation in synergy with the team- Define technical prerequisites, test requirement and design the test architecture- Specify tools, software and hardware for purchase- Discuss technical solutions with supplier representatives, i.e. National Instruments/ dSPACE - Coordinate activities, configure and assemble the complete framework (mechanical structure, electrical connections etc) until it's fully operational- Train the team how to operate and maintain the framework - Conduct tests and write test cases based on requirements / black box, load tests, stress, structural / write box and regression tests- Conduct ad-hoc investigations on critical problems when necessary- Close cooperation with the development team supporting with troubleshoot- Good knowledge in communication protocols CAN, including Diagnostic and Software Download- Good knowledge in Ethernet- Good knowledge in programming (CAPL, C, C++, Python, LabVIEW, VBS, VBA)- Publish technical papers

Research and development of a Hardware-in-the-Loop system for embedded software verification and validation for automotive industry

Planning, execution and evaluation of automated test verification (functional/black box and writebox) on electronic systems of new Ford's car under development in Ford South America like 2018 Ford EcoSport Global Compact SUV and more.

Research and development of a real-time embedded system based on Linux to monitor human vertebral column using inertial sensors, signal conditioning and processing.Job-related tasks/key-words:- Multi-threading and real-time programming to ARM-based embedded system (Beaglebone Board) using C/C++ and GCC cross-compiler- Design and prototyping of digital and analogic circuits using simulation software (Multisim) andPCB design and schematic software (Eagle)- Digital filter implementation (Kalman)