College of Engineering and Computer Science | Wright State ...



Rowdy Raider3640 Col. Glenn Hwy. Email: rowdy.2@wright.eduFairborn, OH 45324 Phone: (937) 775-4491OBJECTIVE:To obtain an entry-level Mechanical Engineering positionEDUCATION:Bachelor of Science in Mechanical Engineering May 2020Wright State University, GPA: 3.6 Dayton, OHSalutatorian ScholarshipHonors Competitive ScholarshipCOURSEWORK:Circuit AnalysisThermodynamics IIMechanics of MaterialsMechanical DesignSystem DynamicsAerospace PropulsionTechnical Communication for Engineers and Computer ScientistsCompressible Fluid FlowComputational Methods for Mechanical EngineersComputational Fluid Dynamics TECHNICAL SKILLS:Microsoft Office: Word, PowerPoint, and ExcelProgramming: MATLAB, Python, and LabVIEW3D Modeling: Solidworks and Fusion 360Operation: Desktop 3D Printer and CO2 Laser CutterWORK EXPERIENCE:Mechanical Engineering Intern, Advanced Integration LLC, Columbus, OH May 2017 – August 2018Created and edited 2D/3D CAD models in Solidworks including assembly drawings for manufactureGenerated and revised bills of materials within Solidworks drawings and excel documentsDesigned and employed unique, innovative solutions to in-house organization and convenience problemsWorked as a part of a successful engineering team in a professional environmentCommunicated with part suppliers and custom part manufacturersWorked safely with ITAR restricted dataShopper/Deliverer, Shipt, Fairborn, OH Summer 2019 – Spring 2020Employee, Brentlinger’s Farm Market, Dayton, OH Summer 2016, Summer 2019 – Fall 2019Courtesy Clerk, Kroger, Springfield, OH March 2016 – May 2017PROJECTS:SAE Aero Design West Competition August 2019 – May 2020Worked in cooperation with a group of team members of varying skill setsDesigned and Built a Micro Class AircraftCreated a unique design under strict restrictions and within predetermined budgetUsed Solidworks to model the overall aircraft design as well as individual partsFabricated critical aircraft components using Solidworks drawing and a CO2 laser cutterConstructed multiple prototypes and conducted testing on those prototypesRevised design based on test results and reflectionAdapted to a remote working environment Thermal-Fluids Lab January 2020 – April 2020Used LabVIEW and a data acquisition system to collect data from turbine flow meters and type E thermocouplesConducted analysis on acquired data to generate calibration curvesApplied uncertainty analysis to validate the data and calibration curvesCollected heat transfer data from an unknown rod and employed calibration curves to determine material typeComposed multiple lab write-ups to discuss experimental procedures, results, and conclusions ................
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