Marcel A. Clementino, Phd Email & Phone Number

Montreal, Qc, Ca

São José Dos Campos, São Paulo, Brazil

• Actively collaborated on the development of a new hydraulic reservoir, coordinating efforts from design to qualification testing. Responsible for managing and preparing test procedures and reports such as QTP, QTR, ATP, and FMECA.• Assisted in conducting tests on products and prototypes in test rigs, ensuring compliance with functional and performance requirements, including RTCA DO-160 and SAE AS5586 standards. Analyzed results of 10-15 different types of tests and delivered insights to key stakeholders, resulting in several product improvements.• Partnered with cross-functional teams, including design, manufacturing, and quality assurance to perform detailed root cause analysis of component failures, identifying opportunities to improve product design and mitigate recurring issues.• Developed and documented sizing and calculation studies to determine performance characteristics of hydraulic reservoir and steering system.• Supported In-Service engineering and production line on failure analysis and troubleshooting for hydro-electro-mechanical components.

São Carlos, São Paulo, Brazil

• Engineered position tracking algorithms utilizing sensor fusion to capture 3D trajectories of athlete movements.• Authored and evaluated grant proposals to support industry-university partnership initiatives, which resulted in $100k grant for product development.• Created and optimized sensor cases and device enclosures suitable for 3D printing.

São Carlos Area, Brazil

• Designed and benchtop tested programmable metamaterials to achieve wide bandwidth vibration reduction.• Developed real-time vibration control programming codes using Arduino microcontroller.• Contributed to the construction of a whirl tower facility from design to fabrication, assembly and instrumentation.

São Carlos Area, Brazil

• Developed new methods for vibration control and energy harvesting using piezoelectric materials.• Performed structural and vibration Finite Element Analysis (FEA) of piezoelectric based systems.• Developed custom algorithms in MATLAB for dynamic systems simulation, data processing and analysis.• Planned, designed and executed forced vibration tests for modal analysis and model verification.• Designed, simulated and tested prototypes of electric circuits for low power applications.• Maintained and organized lab equipment and accessories, including designing and optimizing lab layouts.• Documented the research progress, wrote reports to the funding agency and published results in journals and conferences.

Ottawa, Canada Area

• Elaborated 3D CAD design and drawings for prototype and experimental setup manufacturing.• Conducted static and forced vibration benchtop tests on prototypes of electromechanical devices.• Performed rotating tests on a whirl tower facility to assess performance of prototype manufactured.• Effectively conducted follow up, contacting sub-tiers and machine shops to obtain status, pricing, lead time.

Foz Do Iguaçu Area, Brazil

• Performed dynamic simulations of cantilever piezoelectric energy harvesters (FE and assumed modes) considering the dependence of electrical circuits.• Performed coupled structure-circuit optimization analysis on piezoelectric systems to maximize the energy harvested.• Conducted forced vibration testing of commercial and custom-made energy harvesters to validate models.• Documented the research progress and published it in journals and conferences.

Foz Do Iguaçu Area, Brazil

• Assisted the routine activities of the Maintenance Engineering Technical Division;• Documented the operational principle guidelines of the floodgate driving system;• Performed static analysis of the anchoring device of the stop-log penstock lifting gantry.

Doctor Of Philosophy - Phd, Mechanical Engineering With A Focus In Aeronautics

Master Of Science - M.Sc, Engineering Of Dynamic And Energy Systems

Bachelor'S Of Engineering, Mechanical Engineering