In my position, I bridge the gap between manufacturing operations and software, using my knowledge of both industrial engineering and computer science to serve the technological needs of GM’s manufacturing facilities.● Main operations owner of two critical cloud foundry manufacturing applications, involving trace data and vehicle quality, and key person for General Motors’ central order management application at three plants● Utilized DMAIC approach to identify vulnerability in transmission of JIT trace data at Arlington assembly plant, leading to setup of backup communication channel, providing means of transmission during network outages and preventing plant from stopping production; this was fully utilized when network outages affected plant for one full day● Utilized DMAIC approach to identify Linux labelling system processes crashing due to excess files, implementing measures to regularly clear unused files, increasing available filesystem space by 80% and reducing frequency of labelling system crashes● Oversaw deployment of new builds for order management software, using pipelines in Azure DevOps Server to push database changes across 10 manufacturing sites, enabling assembly plants to hold more unfinished orders in their systems during midst of semiconductor shortage● Participated in four hackathons; developed Android app that plans routes and provides points of interest accounting for electric vehicle mileage and charging station availability; also developed AI chatbot based on Llama 3, with django-based web framework, to answer queries based on part and component data.

● Analyzed 6 months of client’s hospital job data with Python and Excel PivotTables, identifying potential savings achievable through deployment of Navv Systems’ platform.● Developer load-testing tool to send coordinate data based off .gpx and .json files, utilizing scripts written in JavaScript and leveraging artillery.io and faker.js packages, enabling stress testing of system to reflect real-world levels of user traffic.● Collaborated with development team to debug, test and analyze log files of iOS app, leading to discovery of unidentified bugs.

Conducted investigation and developed presentation on state of supply chains and digitization, collaborating with solution architects to establish framework for supply chain resilience through cloud computing, enabling development of resilient supply chains in wake of COVID-19 and other disruptions, as well as presenting at major conference at Michigan Ross School of Business

Organized weekly activities and spring trip to Hamburg, Germany for 29 residents in Max Kade German House, collaborating with German department supervisors and gathering feedback from students, ensuring interactive and engaging learning experience

Oversaw development of route optimization model for Mobility-as-a-Service (MaaS) vehicles, analyzing taxi data from NYC Taxi & Limousine Commission, using Python, JavaScript and WebGL frameworks; sought potential application of model in Ford shuttle service

Guided students on how to apply behavior science concepts to spot cultural tenets within corporations, allowing students to develop intrapreneurial ventures that fit within the values and environment of firms

Coordinated with ProQuest and five other students to design framework to automatically process batches of scanned newspapers, utilizing C++, Python, OpenCV, NLP analysis of OCR files and various ML methods, ensuring solid foundation for historical newspaper platform

Worked on team with five other interns and department head dedicated to researching human reactions to autonomous vehicle decision making, resulting in development of C++ instrument panel display simulator approved for future research in passenger safety

Developed prototype security system with three interns for sensing suspicious activity on public sidewalks, using sensors, actuators and virtual middleware, coding in Python and Java, as well as making use of Arduino and networks; ranked third in engineering category at 2016 Taiwan Tech Trek conference for recognizing potential application of IoT technology in solving societal problems

Contributed to functionality of ground mobile robot by writing C++ program to analyze text in video and collaborating with graduate students of autonomous robotics laboratory