Researching active vibration damping for use in turbine blades and extension to other areas.

Administered Exams Graded Assignments Presented Lectures and Recitation Sessions Developed Material for Lectures Adapted Curriculum for Online Education Assisted Students During Office Hours

• Increased the reliability, security, and maintainability of the university-wide wireless network • Involved in the design, testing, implementation, and finalization of the wireless network for the university • Designed, fabricated, and implemented custom solutions for mounting, transportation, and protection of equipment • Created building floor plans for existing university owned buildings and documented equipment locations • Worked with AutoCAD, SolidWorks, Microsoft Visio, and Microsoft Office among other software packages • Responsible for the documentation of physical and logical layouts of network equipment • Operated in a team-based environment on individual as well as group projects

• Implemented and maintained a Vehicle Data Acquisition System for use in test fleet vehicles and engine dynamometers • Measured product performance by recording data from sensors placed throughout the test vehicles • Performed lab controlled testing on products using thermal chambers to allow advanced monitoring of simulated environments • Built an accelerated lifecycle test stand for product life expectancy evaluation and failure analysis • Assisted with feature design and debugging of LabView VI for the data acquisition system • Wrote Visual Basic code to condition and organize the collected data for easy readability and interpretation • Used Pro/Engineer with IntraLink to create and edit CADs for existing production parts • Returned later as an independent consultant for the Vehicle Data Acquisition Project

• Performed the duties of Helpdesk Consultant, Desktop Support Consultant, as well as Network Consultant• Completed more than twice as many cases as the average student worker in a one year period