Vitor Shimada

– Develop and optimize scalable low-code solutions to drive digital transformation in engineering processes. – Provide guidance on OutSystems best practices and architecture for global development teams (Brazil, Vietnam, Germany and Mexico). – Manage technical interfaces of databases and digital tools, ensuring alignment across the digital transformation pipeline.

– Led the product vision and lifecycle for easy.calculation.go, a high-flexibility tool designed to automate complex engineering calculations. – Conducted UX discovery and interviews to translate diverse departmental needs into a scalable calculation tool. – Defined and validated MVPs for three key engineering use cases, including Validation Testing and Sample Shops. – Led product presentations and pilot runs, to engage adoption across new departments. – Managed the product backlog and feature reviews, balancing technical flexibility with user-centric simplicity.

– Led a projet of enabling piezo-electric injectors measurements at legacy solenoid test benches, improving the laboratory capacities and reducing costs. – Performance evaluations and troubleshooting for injector development, supporting product improvements. – Collaborated with cross-functional teams to invest in laboratory equipments and integrate digital tools into laboratory workflows.

– Led a project for unit injectors reuse catalogue for leverage the remanufacturing process at the business unit. – Investigated Unit Pumps and Unit Injectors failure modes to drive design improvements and support customer validation. – Key member of the technical transfer team for injector development between the USA and Brazil.

– Performed Finite Element Method (FEM) simulations to analyze product behavior, collaborating with international customers to troubleshooting and product improvement. – Instrumented fuel injectors to measure temperature and displacement, supporting testing and validation efforts. – Participated in field validation tests on vehicles, contributing to the evaluation of product performance under real-world conditions.