Bryan Santana-Rivera Email & Phone Number

Chicago, Illinois, United States

Rockford, Illinois, United States

·Authored Engineering Coordination Memos to OEM customers, effectively summarizing intricate technical findings to facilitate the resolution of open product requirements.·Perform thorough engineering analyses to ensure components meets intended form, fit and function. Collaborate with seamlessly with drafting team to implement necessary revisions prior to.

Ann Arbor, Michigan

·Lead Strength / NV testing to assist the development of hybrid and conventional automatic transaxles. ·Coordinate project testing schedules, develop test request documents, and provide technical support throughout test duration. ·Facilitate sourcing of external testing facilities and procurement of required prototype test parts for development. ·Develop.

Ann Arbor, Michigan, United States

·Completed durability & function testing to support the development of automatic transaxles. ·Spearheaded failure investigations for prompt root cause identification through problem solving tools (Fault tree analysis, 5 Whys). ·Interfaced with design engineers, suppliers, and manufacturing to develop countermeasures and provide results to achieve.

Ann Arbor, Michigan

·Developed 3D CAD models of cylinder head test fixtures using Creo Parametric, created 2D drawings and coordinated outsourced manufacturing to support engine valvetrain development testing and benchmarking. ·Conducted impact-hammer tests on prototype engine components to confirm frequency response function to aid CAE model correlation and component cost.

Gurabo, Puerto Rico

·Generated 3D CAD models of suspension & steering system components using DS SolidWorks and completed component integration onto vehicle assembly model. ·Utilized Finite Element Analysis (FEA) to optimize vehicle wheel hub geometry based on determined operational load cases. ·Determined vehicle brake system design targets and sourced system components to.

Tuscaloosa, Alabama

Gurabo, Puerto Rico

Completed research on the utilization of ultrasonic device for the completion of the transesterification reaction during biodiesel production. The implementation of ultrasonic technology allows a reduction in both the reaction completion times and the catalyzer amount required for processing. The produced biodiesel blends were tested in a single cylinder.