· Scaled infrastructure to improve stability, reliability, and latency for an internal pipeline service protecting over 40K developers from hazardous configuration changes.· Collaborated with 8 teams on company-wide infrastructure as code initiatives to define and encapsulate engineering best practices and orchestrate internal resources.· Designed and integrated a data pipeline to generate metrics that correlated best practice initiatives with a 16% improvement in overall developer productivity.

• Organized events to provide engaging learning and bonding opportunities for 1500+ participants throughout the hackathon.• Successfully introduced and implemented a team-based theme to build community and camaraderie amongst participants.• Collaborated with manufacturers to design and distribute merchandise for a fully remote event with students participating from across the country.

• Created a comprehensive Java-based computer science curriculum.• Coached students on fundamental object oriented programming concepts, data structures, and algorithms.• All students earned the highest score on their AP Computer Science A exams.

• Designed and implemented AWS Cloud Development Kit (CDK) constructs to manage internal AWS accounts with code.• Centralized development and eliminated repetitive manual steps for developers deploying applications across multiple accounts.

• Developed a Simple Network Management Protocol-based network manager with Java to monitor and control quantum devices within NIST’s Platform for Quantum Network Innovation. • Increased development efficiency by creating a remote, adaptable, and scalable method of managing networks.

• Created an automated interface with MATLAB and LabVIEW that enabled the analysis of time correlation measurements that were too complex for pre-existing tools, eliminating a crucial limitation in the development of quantum repeaters.

• Developed an interface with LabVIEW to automate an optical fiber pulling system and optimize the process to allow for more precise control.• Eliminated extraneous hardware components while maintaining functional parity with the original manual setup.

• Initialized the development of a web crawler and ontology for clinical telegaming, the combination of telecare and videogaming.• Proposed and developed a clinical telegaming system to quantitatively assess motor function in Parkinson’s disease patients. Created a user-friendly and numbers-based alternative to a typically qualitative process.