Aug. 2025 – May 2026
Concentration Area: Signal Processing and Wireless Communication
Activities: Graduate Professional Development Club
Honors & Awards: Fung Excellence Merit Scholar Recipient
Aug. 2022 - Jun. 2025
GPA: 3.97
Activities: Chancellor's Intern; Writing Teaching Assistant; College Scholars Program - Undergraduate Honors; Artificial Intelligence Club, Robotics Club, and Creative Writing Club; UCSC Website Manager
Aug 2018 - Jun 2022
GPA: 4.34
Activities: Yoga Club, Artificial Intelligence Organization, Literary Magazine
Developing an automation framework using Python and REST APIs to configure, deploy, and integrate virtual network monitoring components within a VMware vSphere environment, as well as adapting scripts to transition to KVM/Proxmox. Authoring technical documentation for publication on Keysight support site to assist enterprise customers with deployment and integration.
Utilized MATLAB to develop FDA-compliant simulation for Guardian Sensor 4 and Synergy CGMs, simulating runs of calibration patterns. Implemented YAML configuration file and Stateflow logic to optimize and improving accuracy of insulin-delivery algorithms. Interpreted data flow and signal logging within Simulink to create successful unit and functionality tests.
Co-advising five cohorts, totaling 300 students, in completing a self-paced summer program focused on web development, data science/AI, and cybersecurity. Facilitating weekly advisory meetings and student hours, and offering synchronous support through group activities; technical project feedback; and programming challenges.
Embedded 7500+ closed issues from React JS and stored it in a Pinecone Vector Database. Developed an interactive chatbot using Open AI's LLM and Twilio, which responds to user’s issues with relevant information on issue frequency, bug classification, and potential debugging solutions—streamlining the user's bug resolution process.
Collaborated with Professor Gurmeet Naroola and Dell Technologies on research focusing on emerging technologies and their potential for disruption. Applied statistical models and algorithms to identify patterns and make data-driven predictions in various sectors, including healthcare inefficiencies and venture capital investments.
Explore the relevance of discrete mathematics in various computer science concepts, such as algorithms, data structures, and cryptography.
Understand the ethical challenges of AI development, emphasizing the importance of fairness, transparency, and accountability.
Investigate how technology is transforming healthcare, including AI-driven diagnostics, wearable health devices, and data-driven research.