• Wrote C++ and Python code as part of an Agile team using the Git version control system.

• Designed efficient and reusable software components alongside systems architects and wrote those components using object oriented programming, data structures, and algorithms knowledge.

• Built essential features for multiple time-sensitive software contracts that were both on schedule and fully functional.

• Automated processes with Python scripts and socket programming, eliminating significant labor time.

• Communicated across teams to plan out workflow for software requirements and conducted product demonstrations for customers.

• Successfully provided IBM Open Liberty runtime support for Cargo Tracker, an industry‑level open‑source Jakarta EE 8 application.

• Identified and resolved key full‑stack issues related to Java Messaging Services, JavaServer Faces, and Server‑Sent Events.

• Authored and released public documentation to Open Liberty users detailing application features and setup as a final project.

• Configured application databases to ensure compatibility with Open Liberty and released updates to an open‐source Git repository.

• Facilitated the migration of Cargo Tracker through different versions of Open Liberty and Jakarta EE.

• Compared performance of IBM's OpenJ9 runtime against the Oracle HotSpot runtime using Prometheus, Grafana, and JUnit.

• Presented experiment results during the company-wide summer software project debrief.

• Authored Python scripts in a Linux environment to automate file management tasks and efficient refactoring of more than 300 outdated files across the testing codebase.

• Developed tests and conducted testing on new features of ICU Medical’s Plum 360 intravenous infusion system.

• Utilized the Perforce version control system and worked on deadlines to submit code to the software engineering team.

• Organized and assisted in a 35-student lab section for Berkeley's introductory Computer Science course, The Structure and Interpretation of Computer Programs (CS 61A).

• Provided feedback, instruction, and aid in conjunction with the lab GSI.

• Helped students debug code and utilized conceptual explanations to guide them towards solutions.