At Epic, I serve as the Primary Server Systems Engineer, Technical Services Engineer, and Information Security representative for multiple healthcare organizations. I am responsible for managing and maintaining Operational Database (ODB) environments that support mission-critical healthcare applications used by clinicians, administrators, and patients nationwide. My responsibilities include orchestrating Epic and IRIS upgrades, applying Linux patches, performing system performance tuning, and handling both planned and unplanned maintenance windows with zero tolerance for downtime. I actively respond to critical incidents and security escalations, implement secure SFTP solutions, and ensure systems comply with best practices in data privacy and access control. I also contribute to internal development efforts by writing automation scripts and managing configurations improving efficiency across multiple technical workflows.

At Verizon, I worked on modernizing Field Operations systems by contributing to the development of robust backend services and scalable full-stack applications. My role involved close collaboration with cross-functional teams to streamline network operations and improve system reliability. I developed and maintained APIs using Java and Spring Boot, wrote unit tests with Mockito, and helped evolve legacy systems into cloud-native architectures. On the frontend, I contributed to features using React and Angular, enhancing user workflows and accessibility. I also participated in Agile sprints to ensure timely delivery of high-impact features.

During my internship at ANL, I provided technical support for the DOE’s Technology Integration Program, focusing on the deployment of alternative fuel vehicles to reduce petroleum use. I played a key role in developing and integrating advanced features in the AFLEET Online tool using JavaScript, TypeScript, and Svelte. My contributions included dynamic data handling, user input management, and implementing a new copy/paste functionality. Additionally, I designed and implemented a robust testing framework using Vitest for unit testing and Playwright for end-to-end application testing, ensuring high reliability and performance of the application across multiple platforms. This experience enhanced my skills in software development, testing, and systems integration, and reinforced my ability to deliver innovative solutions in a research-driven environment.

This work was supported in part by the U.S. Department of Energy (DOE), Office of Science, Office of Workforce Development for Teachers and Scientists (WDTS) under the Science Undergraduate Laboratory Internships (SULI) program, mentored by Andrew Burnham.

During my research project, I delved into the security intricacies of Internet tunnels, which are designed to encapsulate and route network traffic indirectly. While these tunnels are instrumental in addressing various networking challenges, such as transitioning from IPv4 to IPv6, I identified that they could be exploited when not properly authenticated. Through hands-on experimentation, I successfully demonstrated how malicious entities could spoof IP addresses and inject unauthorized packets into these tunnels using tools like Scapy. By analyzing real-world network traffic and orchestrating lab simulations, I underscored the urgent need for enhanced security protocols, particularly focusing on authentication and encryption, to fortify these tunneling protocols against potential breaches.

Work performed under REU Site program at University of Southern California Viterbi School of Engineering - Information Sciences Institute supported by NSF grant #2051101, mentored by Dr. John Heidemann and Yuri Pradkin.

At Yavar Tech Works, I designed and developed performance testing architecture for a network orchestration platform. My responsibilities included building a load testing infrastructure for back-end testing using k6 and modifying the existing front-end testing infrastructure to enhance efficiency and incorporate additional transactions for End-to-End tests using Cypress. Additionally, I created workflows and developed code for performance testing a new website before its production launch. I also prepared comprehensive internal documentation for all three completed projects. This role allowed me to hone my skills in performance testing, infrastructure development, and technical documentation, contributing to the overall improvement of testing processes and product reliability.