· Co-designed and implemented experimental runs in Python and C++ to analyze the performance of entanglement distribution

· Managed and developed a product (QuVAL) that distributes information across a fiber network and performs entanglement validation and state tomography in real time, visualized on a dashboard

· Architected the end-to-end workflow of firmware, backend (Docker) as well as the application frontend UI/UX for the QuVAL using Python, React, and postgreSQL

· Spearheaded creation of a cross-product API service using FastAPI to fastrack cutting-edge research experiments, enabling users to interact programmatically with a first-of-its-kind quantum networking API

· Developed Python firmware drivers for optical hardware over serial, HTTP, and WebSocket interfaces

· Operated in a multi-faceted role as a “forward deployed engineer” and product manager to lead client collaborations and on-call support with 5+ partners simultaneously

· Engineered optical hardware (fiber optics, polarization controllers, classical lasers) to distribute entangled photons securely over traditional, noisy classical channels

· Helped provision, administer and configure Linux Servers, DWDM, TimeTagger, Router Switch and White-Rabbit to achieve picosecond synced communication of time-tagged detector events

· Achieved record metrics (10,000x improvement over previous benchmarks) on entanglement swapping demonstrations on a live fiber network in https://arxiv.org/abs/2602.15653

· Authored academic publications, grant proposal submissions, patent applications, and client presentations