• Led software development for a vanadium electrolyte purification teststand, including PLC control (CODESYS Structured Text) and Ignition HMI.

• Developed custom device drivers for SCPI, CANBus, and Modbus-connected lab equipment.

• Integrated PostgreSQL and Grafana for system performance tracking and historical analysis.

• Collaborated with cross-functional teams to debug hardware wiring, calibrate control systems, and support electrolyte and battery stack test execution.

• Developed safety-critical fault logic in C++ for a 6.1 MWh vanadium redox flow battery system.

• Built and maintained an automated test suite using Pytest, Selenium, and GitLab CI to simulate 150+ BMS faults.

• Designed full-stack site monitoring infrastructure (Grafana, Prometheus, Loki) to detect software and system-level issues.

• Refactored legacy HMI stack (Angular, Express, PHP) to fix memory leaks and improve stability of operational interfaces.

• Modernized internal data workflows, migrating scientific tools from MATLAB/LabVIEW to Python for better performance and flexibility.

• Managed battery data replication for secure customer access and remote diagnostics.

Responsibilities Include:

• Developed a Low-Code (or WYSIWYG) web application for building forms using React.js, Node.js, and Firebase

• Developed a mobile application using React Native and Firebase for viewing the forms that were built using the Low-Code web application. The application also had a focus on offline functionality.

• Daily meetings to report my progress to the Product Manager

• Weekly meetings with the Product Manager and the CTO to discuss my progress as well as to discuss the next steps in development

• Attended Weekly scrum meetings with the entire company to report my progress and to demonstrate my work

• Dockerized the web application to make it more accessible for my co-workers after I left the internship