• Edison Engineering Development Program• GE9X high pressure turbine stage one blade airfoil mechanical design• Elastic and LCF analysis on HPT S1B

• Troubleshot assembly issues to prevent production delays and meet on-time-delivery requirements• Implemented standard operating procedures to allow for immediate action on production problems• Created, maintained, and updated BOMs for APV homogenizers• Configured custom orders for high pressure reciprocating pumps• Provided technical assistance to Manufacturing, Applications, Quality, and Assembly

• Designed a launch vehicle and space plane configuration that can travel around the earth in one hour as part of a five-member team• Optimized the engine truss structure using finite element analysis to reduce its mass by a factor of ten• Analyzed thrust scenarios to determine minimum and maximum dimensions for the engine gimbal • Performed re-entry heat transfer and thermal analysis on the launch vehicle to determine the heat shield thickness• Calculated the burn time range for the launch vehicle to provide estimates for total fuel mass

• Designed a non-permanent pickup truck liftgate capable of lifting five hundred pounds with a factor of safety of two• Assembled a fully working prototype with 25+ parts while staying within a $400 budget• Coded a MATLAB script using static load analysis that solved for crucial load values• Researched, designed, modeled, and presented the project as part of a 5-member team• Collaborated with team members to write an in-depth report on the analysis and design process of the project

• Managed a budget of $40,000+ while handling coach payments, equipment orders, and travel expenses• Tracked membership requirements for 200+ members while processing over $11,000 in dues each semester• Prepared budgets and financial documents for various grant and fund applications• Initiated the process to start a Foundation account that would provide annual interest for the club in perpetuity

• Focused on creating and implementing an RFID scanning service to locate lost equipment using EPC Gen 2 tags• Used Arduino to learn how to locate, read, and write to Mifare Classic RFID cards• 3D scanned and 3D printed discontinued electronic repair parts with NextEngine, SolidWorks, and AutoCAD

• Improved an existing fiber optic network, contributing to over $200K in total project revenue• Constructed 5 separate fiber optic networks with coworkers using ArcGIS• Completed 3 Department of Transportation permits with tax parcel data from geodatabases

• Designed an enclosure for fiber optic testing equipment to be used in new product line using SolidWorks• Designed and 3D printed attachable fiber optic cable management clips for printed circuit boards• Soldered and assembled N.I.S.T. traceable optical power meters, light sources, and length testers

• Attached regulators, circuit breakers, grounding panels, manifolds, and exhaust fans to build generators• Communicated with Generator Testers to keep generators running smoothly• Participated in a Kaizen event that improved workflow and overall rate of production