Charged with the directive of continually monitoring customer market cases for potential new market issues. Communicates directly with the Japan site on issues pertinent to the direction of current development. Ensures proper engine calibration for drivability of vehicles. Plans and schedules vehicle and test facility for testing. Manages the activities of technicians throughout the process of running tests. Creates summary reports of tests results, and reports findings uncovered in testing back to Japan. Creates documentation for new calibration values necessary for development. Employs Kaizen (Toyota’s thinking of continuous improvement) in all endeavors and contributions. Formulated conceptualization, budgeting, time planning and execution, and hardware on projects as needed. Strives to evaluate customer input in regards to the latest automotive technology.

Communicated and designed efficiently and effectively with a team of 5 students in a modular driveline system to compete in two different race competitions. Managed designs of chassis and driveline system for efficient packaging and optimal weight distribution. Managed coinciding tasks that could be performed without impeding other tasks for higher efficiency. Designed and analyzed parts using SolidWorks. Utilized FEA analysis to calculate static and dynamic loading on components. Created engineering drawings for manufacturing. Music Box Project, January 2010 - March 2010Team Member. Interpreted customer specifications to define requirements for system concepts and designs including functional and physical requirements definition and partitioning. Exercised the process of idea generation, reverse engineering, preliminary design, standards, prototype development, testing, analysis, and redesign of a product involving fluid, thermal, and mechanical components. Utilized FEA Analysis in SolidWorks to design the lightest and simplest way to construct the music box.Turbofan Project, September 2009 - Dec 2009Team Member. Analyzed and designed an engine for an aircraft with the greatest propulsive efficiency possible while conforming to given specifications and parameters. Effectively used Engineering Equation Solver and MATLAB to optimize the turbofan engine system.Water Fountain Project, January 2009 - March 2009Team Member. Engineered a water fountain with one continuous pipe with 10 outlet holes with limiting parameters in the water pump using fluid dynamics. Used FORTRAN efficiently to design a program to calculate the optimal pipe diameter and hole diameter.

Support sales and marketing efforts to drive new business by visually enhancing the store and the merchandise; identify and implement procedures to increase efficiency and visual aesthetics; training new employees in all nightly procedures; demonstrate leadership and teamwork capabilities in all functions.

Improved productivity by efficiently controlling most front office administrative operations including sales, filing, and scheduling; efficiently helped customers with automotive questions; effectively up-sold products during customer transactions, provided technical and non-technical support for customers