Detail-oriented, results-driven mechanical engineer & leader with 7 years of experience in technical project management, customer engineering, noise-vibration simulation, and experimental testing within a fast-paced environment. People-focused professional with advanced skills in creative problem solving, laboratory relations, and analytical skills with the ability to explain complex ideas in simple terms. Highly motivated to utilize cross-functional leadership skills to impact a technology-drive organization through a hands-on management role.
- Mechanical Engineering
- Finite Element Analysis
- Project Management
- Experiments & Testing
- System Design
- Design Reviews
- Presentation Skills
- Laboratory Management
- Written Communication
- Verbal Communication
- GPA: 3.87/4.00
- GPA: 3.80/4.00
- GPA: 3.53/4.00
Advanced Fluids, Thermal Managements of Electronic Devices, Advanced Mathematics for Engineers I, II Electronic Manufacturing, Applied Elasticity & Compliant Mech, Advanced Materials, Advanced Dynamics & Vibrations Controls, Haptics & Robotics
Chicago, WI, 09/2016 - Current
- Lead noise testing, data analysis, and risk assessment of 2.8L-15L diesel engines within semi-anechoic test cell.
- Collaborate with lab to acquire & analyze data involving multiple microphones, accelerometers, magnetic pickups, and various transducers for pressure and temperature.
- Facilitate product management by conducting tests on multiple product lines, utilizing statistical data analysis, and ensuring customer expectations & regulations standards are met.
- Coordinate vibration & harshness vehicle testing for cross-functional projects including pass by noise, vehicle benchmarking, and skip fire pattern assessment for cylinder deactivation.
- Developed tool for analytical design & validation to better evaluate random vibration of electronic control modules through modal analysis, including random vibration modules on ANSYS workbench, resulting in boosted productivity and reduced expenses.
- Orchestrated software development & validation phases of ECM Ground Noise Test Analyzer (EGN) & Customer Engineering Vibration Analyzer (CEVA) by fulfilling customer project requirements.
- Oversaw facility improvement capital project execution by installing upgraded vehicle lift, building ADA-compliant restroom, and staying under $152K budget.
- Partner with lab customers to prioritize project plans, form schedules for upcoming tests, and outline strategic planning to adhere to protocols.
- Achieve 95% on-time delivery percentage by streamlining test schedules, responding to customer inquiries, and optimizing process workflows & activities.
- Administered tools for enhanced lab workflow & data quality by driving continuous improvement for work order system, standard test plan templates, and Power BI engine performance data visualization, specifications, and maintenance.
City, STATE, 06/2014 - 09/2016
- Spearheaded the development, design, verification, and optimization of vehicle level system dynamic model to accurately assess semi-truck frame durability.
- Maintained model to consistently predict high-stress hot spots and add maneuverability & reliability across multiple surfaces and speeds.
- Provided key insights in quality assurance reviews for engine installations by serving as subject matter expert on engine mounting & vibration and delivering pass/fail assessment on vibration data.
- Created hands on marketing/engineering tool to enable performance comparison of 2 vehicles, including startability, gradeability, acceleration, 0 to 60 mph, and other value-added features.
- Mentored intern by supporting professional development and providing coaching & support through specific situations.
City, STATE, 07/2010 - 05/2014
- Generated 3D pseudo rigid body model to reliably predict deflection and moments of spatial cantilever beam.
- Utilized MATLAB to develop a tool to design a compliant cantilever beam while reducing computational power.
- Leveraged nondimensionalization techniques to research compliant mechanisms, fulfill most loadings, and geometry, and material properties combinations.
City, STATE, 01/2013 - 05/2013
- Evaluated effects of v-band elements geometry, mechanical, properties, and their impact in the axial clamp load.
- Recommended removal of torque/tap operation to reduce cell cycle time by 20 seconds.
- Proposed to increase torque applied to nut of t-bolt from 11.3 Nm to 14.6 Nm to obtain a minimum clamp load of 28.3kN.
- Awards: LAC Scholarship, University of South Florida (August 2006)
- Affiliations: Member, ASME and Society of Hispanic Professional Engineers (2006)
By clicking Customize This Resume, you agree to our Terms of Use and Privacy Policy
Disclaimer
Resumes, and other information uploaded or provided by the user, are considered User Content governed by our Terms & Conditions. As such, it is not owned by us, and it is the user who retains ownership over such content.
How this resume score
could be improved?
Many factors go into creating a strong resume. Here are a few tweaks that could improve the score of this resume:
resume Strength
- Formatting
- Length
- Measurable Results
- Personalization
- Strong Summary
- Target Job
Resume Overview
School Attended
- University of South Florida
- University of South Florida
- University of South Florida
- Relevant Coursework
Job Titles Held:
- NVH Technical Specialist
- System Dynamics Simulation Engineer
- Research Assistant
- Six Sigma Project Extern
Degrees
- Ph.D
- M.S.
- B.S.
By clicking Customize This Resume, you agree to our Terms of Use and Privacy Policy
