F-35 Fighter Jet TR3 ICP Program:Testing:- Developed Python scripts capable of testing out functionalities of different parts of the aircraft system (i.e. message transfers, boot-up sequences, backup procedures, etc.)- Responsible for the functionality and automated testing of 1 of 15 modules of aircraft internal system- Programmed with Python using Visual Studio Code for development and UNIX/LINUX client for hardware testingBackend:- Designed unique internal messaging system in aircraft capable of handling current and backup aircraft system switchovers- Programmed with C++ using Visual Studio Code for development, Eclipse IDE (with Parasoft plugin) for Unit Testing and rules analysis, and Vivado Labs for hardware testingEncryption:- Programmed and modified encryption processes for classified documentations and keys related to the F-35 combat aircraft project using Python and TCL programming languages- Successfully edited encryption scripts to incorporate and encrypt additional modules, increasing the encryption programs module diversity by 300%

- PCM team member of the VIP EcoCAR Mobility Challenge team tasked with converting a gas-powered Ford vehicle to a hybrid Ford vehicle with specific requirements and specifications- As a PCM member, responsible for designing and MIL testing block design diagrams in Simulink which control the vehicle’s internal system for safety and performance purposes, including torque protection program, braking system testing, etc.

- Assisting Engineers in preparation of reports, data analysis, error checking, and configuration of hardware and software as needed- Analyzing electrical transmission grids for worst-case scenarios through a 10 year span, accounting for damages, age, weather, and costs with the use of Siemens PSSE software and other applications and databases- Coding and modifying Python scripts for transmission grid simulations and reports in PSSE- Coding and helping to improve Microsoft Office databases with Visual Basic (VBA) containing records of buses, conductors, connections, etc. in order to increase efficiency and data retrieval by at least 50% with reduction in processing time

- Edited and reviewed electrical design schematics for automated conveyor and sortation systems using AutoCAD Electrical- Tested different devices (VFD, AB, PLC Cabinets, etc.) and cable connections for correct results using Studio 5000 and RSLinx at Jacksonville's UPS SmartHub- Set up and reconfigured IP networks and circuitry of different devices (VFD, AB, PLC Cabinets, etc.) using the correct design schematics as a reference at Jacksonville's UPS SmartHub- Gained some experience and training with PLC and Ladder Logic- Worked with other lead and site engineers at Jacksonville's UPS SmartHub in order to resolve mechanical and electrical issues- Created and edited checkout sheets to record the functionality of devices and the successful connections between those devices with Microsoft Excel

- Researching flexible applications to technological hardware without decreasing electrical output efficiency- Modelling and designing architectures of passives and hardware for flexible application using 3D FEM tools- Creating technical presentations about research to faculty and peers- Writing research papers and proposals

- Completed supervised training and studied for Java, Python, HTML, and CSS programming - Toured project sites, viewing different company projects and the process through which projects are completed- Conversed and interacted with others using only the Korean language