eric gilkey

* Independently generated new CFD models to study effects of sensor placement on aero efficiency of Global Hawk * Created improved surface meshes for modified and baseline aircraft, resulting in 15% increase in solution accuracy * Executed CFD cases in Linux, documented extensive new database in a report approved by Chief Engineer

* Implemented original machine learning approach in Python and R to identify steady flight data in UH-60A Black Hawk database, increasing identification accuracy by 40%, while computing maneuver sensitivities to pilot inputs * Utilized signal processing techniques to eliminate noise in data missed by original testing program hardware * Used CFD to simulate performance of JPL Mars Helicopter in Martian atmosphere in preparation for Mars 2020

* Modelled unorthodox airflow around a cutting-edge aircraft using CFD, compared post-processed outputs with contradictory experimental data to diagnose problems with code’s evaluation of turbulent and separated flow * Gained experience with areas of CFD including meshing, flow solvers, and post-processing * Performed propulsion performance analysis on turboshaft engine using GE Fortran based computer model

* Elected by 15 peers, and selected by program manager to direct the university’s Physics 240 study group program * Dedicate 5+ hours per week organizing group meetings to go over administrative problems, give advice to other facilitators, and discuss beneficial techniques for facilitating * In addition to course leader responsibilities, as a facilitator, dedicate 10+ hours each week to reviewing material, and preparing discussion topics and agendas, all while conducting academic research with a full course schedule * Gain valuable experience with leadership, organization, communication, and time management in academic setting

* Made and contributed to interfaces and MATLAB models distributed for international use in the development of important company products and innovations, including single and dual-arm tensioners for use in ABDS * Created MATLAB and Excel models of various engine configurations for complex crank and camshaft types to determine optimal shaft shape for alleviating engine timing error, and validated program predictions to real data * Fixed bugs in spring calculator that calculates rate and stresses in torsion and compression springs under given loads

* Worked under guidance of experienced engineers, programmed robots for the manufacture of automotive parts ; * Visited customer Ford plant, gaining exposure to actual robot applications and manufacturing environment

* Worked independently to complete management-assigned tasks, and completed training modules in products and services offered by the Home and Garden department * Provided customers with important product information, answered questions, and assisted them in selecting product or obtaining services * Worked with other team members to make sales, and organize and stock product * Gained important experience in customer service, team interaction, time management, and learned new skills and product information

Build and fly model airplanes for sport and enjoyment, as well as at large competitions, including the AMA National Championships ; * Apply aircraft engineering concepts in practical fashion during building and repair ; * Multi-time national champion, top Junior in the country, recipient of AMA Charles H. Grant Memorial Scholarship for outstanding achievements in academics and model aviation