Undergraduate in Mechanical Engineering from the Universidade Federal de Minas Gerais (2008), Master's degree in Structural Engineering from the Universidade Federal de Minas Gerais (2013). He worked as a Jr Researcher at the Massachusetts Institute of Technology (MIT) in Boston MA-USA, working on research project development through acoustic and vibrational analysis, numerical and computational methods for structural problem solving. He was a professor at the UNA University Center where he taught the subjects about Structural Theories and Mechanics, for the Civil Engineering and Mechanical Vibrations for the Mechanical Engineering course. He is a professor at the Pitagoras College where he teach Structural Calculus for the Civil Engineering course. He is a member of PUB (Boston University Researchers). Has experience in Mechanical Engineering, focusing on Solid Mechanics, Structural Analysis, Mechanical Vibrations and Human Vibrations. Main topics: Machine Dynamics, Mechanical Energy Storage, Vibration Analysis, Modal Analysis and Vehicle Dynamics.
Research and development of tools and methodologies for experimental tests (noise and vibrations, hydraulic, structural). Tests Engineering Responsible. Project Responsible. Create test procedure to shaker and anechoic chamber with focus in functional and durability tests. Fatigue, thermal, vibration, acoustic, structural, impact, load and reliability. I am a NVH Specialist and I am responsible for all NVH tests.
Teaching the following subjects for the Civil and Mechanical Engineering course.
· Isostatic Structures;
· Hyperstatic Structures;
· Strength of Materials;
· Internal combustion engines;
· Machine Dynamics.
Development of lesson plan, theoretical and laboratory activities, evaluations and end-of-course research guidelines. Participation in undergraduation’s paper Evaluation Stands and Academic Fairs.
Worked on product development with a focus on NVH (Noise and Vibration Harshness) using analysis and diagnostic tools as described ahead: Experimental Modal Analysis; Operational Modal Analysis; ODS - Operational Deflection Shape; WBV - Whole Body Vibration; TPA - Transfer Path Analysis; Order Analysis; Signal Processing; FEM – Finite Elements Method; Programming and Logic; Structural Calculus; Statistical Controls; Jury Evaluation.
In summary, my activities in the FCA NVH group included all stages of vehicle validation through acoustic and vibrational analysis. There is an intense interface with the Simulations Department where we make a numerical and experimental correlation with the objective of reducing the number of prototype vehicles in each project.
Analytic Skills
Vehicle Validation Performance
NVH - Noise and Vibration Harshness deeper knowledge
Mathematical Solutions
Research and Development
Experimental and Laboratories Tests