Responsible for defining and designing system and subsystem requirements across key functional domains: ADAS/AD, Body, Cockpit, Connectivity, and Powertrain, ensuring they surpass customer experience and cost requirements. This includes the design, development, simulation, and validation of SysML models, along with the generation of Electrical and Electronic (EE) system requirements. Systematic requirements management models are implemented, exceeding industry best practices in completeness… Show more Responsible for defining and designing system and subsystem requirements across key functional domains: ADAS/AD, Body, Cockpit, Connectivity, and Powertrain, ensuring they surpass customer experience and cost requirements. This includes the design, development, simulation, and validation of SysML models, along with the generation of Electrical and Electronic (EE) system requirements. Systematic requirements management models are implemented, exceeding industry best practices in completeness, consistency, and correctness (INCOSE and MBSE). Early lifecycle delivery is driven through an agile approach, providing requirements for the development of hardware and software solutions based on Service-Oriented Architecture (SOA). Additionally, the design of EE systems considers cybersecurity and functional safety requirements. Show less

Implementing control system requirements using MATLAB/Simulink/Stateflow and C programming, and validating model-based designs using desktop simulation packages to ensure compliance with specifications and optimal performance. Also interacting with cross-functional teams to develop comprehensive controls requirements, fostering effective communication and collaboration to achieve project goals.

Worked on the development of a new generation of vehicular electrical/electronic architecture, focusing on vehicular multimedia products, platforms and systems.Mapping of signals and services for the next generation of vehicle architecture.Tracking of vehicle hardware abstraction layer properties for new generation of vehicle architecture.

Master's Degree in Electrical Engineering researching in the area of management of electrical microgrids using the MATLAB/Simulink software. This work accomplished the programming, control and modeling of the system, including generation elements, battery system and its indicators, converters, inverters, filters, loads and transformers. In parallel, a research in HVDC systems was conducted using Simulink software.

Development of research, teaching and extension projects. Teaching courses. Participation in science and technology weeks, fairs, meetings, workshops and seminars.

Responsible for elaborating contracts for establishments connected at high voltage, monitoring requests from high voltage customers, analysis of billing and savings opportunities, tariff simulations of energy demand, energy management of consumer units; Project development of solar power plants.

Responsible for the development of aerial and sheltered substation projects, building electrical installations projects and seasonal charging; Conducting preventive and corrective maintenance in substations; Supervision of constructions.

Lead activities, represent the professional organization, preside over meetings, carry out the analysis of the results generated by the coordinators; Development of soft skills such as planning, systemic vision, team management and creativity.