Developed and optimized (front and backend) industrial automation software for multiple projects across North America. Performed subsequent on-site testing, deployment, and troubleshooting in tandem with Embedded Software developers and PLC technicians.

Responsible for seeking out and evaluating new technologies and workflows to utilize in curbside-order fulfillment business. Pitched, piloted, and implemented various technologies and systems to aid employees and clients alike. Regularly communicated findings and recommendations to senior enterprise staff. I also leveraged the Pandas Python library to automate tasks related to system implementation and optimization.

Responsible for ordering product, maintaining inventory control, and compiling After Delivery Reports for the Dairy and Frozen subdepartments. In addition, responsible for using After Delivery Reports and Microsoft Excel to conduct comparative inventory-to-order analysis and maintaining neat storage conditions within subdepartments. While in this role, I implemented a new workflow for conducting After Delivery Reports which increased accuracy of inventory-on-hand counts and decreased departmental shrink by quickly finding products missing from warehouse deliveries.

Worked as a research assistant in the Center for Computer Integrated Systems for Microscopy and Manipulation (CISMM) at UNC-Chapel Hill. Developed an algorithm for image analysis through MATLAB which utilized Nearest Neighbor Searching in an effort to automate the Mucosal Adhesion Assay experiment.

Worked to set up and maintain experiments for introductory physics courses in mechanics and electromagnetism/electronics, in addition to performing various maintenance tasks for Physics and Astronomy Department.