Recent graduate prepared to utilize academic success and project experience for company seeking dedicated, detail-oriented entry level engineer with a drive to simultaneously learn and contribute to the delivery of projects and processes. In attrition to earning top grades at one of the highest ranked schools of engineering, I lead or supported the development of innovative solutions to industrial changes. Projects included. PRODUCT DEVELOPMENTProject Objective: Increase the efficiency of industrial water-cooling systems.Development: Developed samples for each element and assessed potential using Pugh chart and IIAE matrix.Testing: Led modeling and validation testing efforts. Built small-scale cooling tower testing apparatus. Used 3D printed scale models, conducted iterative testing to determine optimal geometric placement of internal geometry. Outcome: Cooling Tower Splashbox modification increased efficiency by 34%.INDUSTRIAL ENERGY ASSESSMENTProject Objective: Analyze energy usage and recommended cost saving measures for Wolfram Manufacturing, a production technology lab, located in Austin, Texas.Analysis: Assessed energy use of workshop equipment during on-site visits. Identified largest energy expenditures and key metrics including power factor and electrical load factor. Outcome: Delivered report detailing energy usage and prioritizing cost-effective energy saving strategies that would deliver a 15% reduction in annual utility costs.3-D MODELINGProject Objective: Create a fitness aid that would allow older adults to increase hand strength. Design: Utilized existing research to create a lightweight, cost-effective devise geared to hand strength.Outcome: Created aid using 3-D modeling.Additional projects: designed, fabricated, and assembled model scissor lift increasing weight and height capacity; created and executed testing plans for steel welding test to determine impact on material hardness.