Tech lead for AI-powered meeting intelligence in Microsoft Teams, enabling agents to retrieve, reason over, and synthesize information across historical meeting context. (C#, TypeScript)
Architecting RAG workflows and intent-aware retrieval strategies to improve response relevance while optimizing LLM token consumption, inference costs, and latency.
Designing AI agent orchestration and evaluation frameworks to improve response grounding, tool invocation reliability, and overall system quality.
Shipped Facilitator, an AI agent in Teams that fuses LLM intelligence with real-time chat and meeting data to keep group conversations productive.
Driving Responsible AI, privacy, and security initiatives, including evaluation frameworks and authorization workflows that protect sensitive enterprise information.
Providing technical leadership across research, platform, and product engineering teams, from early architectural decisions through production delivery.
Software Engineer II, MicrosoftFebruary 2022 – March 2025
Developed Microsoft Mesh, a collaborative mixed reality platform, alongside a cross-disciplinary team of artists, designers, and PMs. (C#, Unity)
Led engineering for immersive events in Microsoft Teams and Mesh, across Unity clients, backend services, Azure Communication Services, and Microsoft Graph.
Automated the publishing pipeline for Mesh environment templates and owned spatial audio reliability.
Formerly a member of the Vortex Studio, creating immersive experiences across HoloLens, VR, and physical locations in partnership with James Cameron, National Geographic, and OceanX. Built a real-time, multi-user HoloLens tool for ingesting and visualizing bathymetry data, deployed aboard the OceanXplorer vessel and featured in OceanXplorers. (C#, Unity, MRTK, Angular)
Security Software Engineer, MicrosoftMay 2020 – February 2022
Worked on Security Automation for the SOC as a member of the Security Monitoring Investigations team.
Led the development of a security incident notification and enrichment bot (Bot Framework SDK, Node.js, Azure, MS Graph)
Engineered .NET modules for incident response automation (C#, SQL, Kusto, Azure, MS Defender, DevOps)
Applied data analysis and machine learning techniques for auto-remediation of security incidents (Python, TensorFlow)
Software Engineering Intern, Juniper NetworksNovember 2019 – March 2020
Worked on Juniper Network Support Systems as part of final undergraduate thesis.
Developed a novel technique for semantic data type detection in a networking domain.
Designed a diagnostics dashboard to aid in the diagnosis of underlying issues.
Built a system for near real-time insights into AWS Greengrass Core performance.
Software Engineering Intern, MicrosoftMay – August 2019
Developed software to automate security processes in the Cyber Defense Operations Center.
Prototyped a Teams bot for cyber analysts, centralizing multiple data sources to automate security incident investigation.
Created an interactive 3D WebGL visualization using Babylon.js to show clusters and relationships between alerts, machines, and users.
Azure app services, Cosmos DB, and REST endpoints in Node.js.
Web Developer, WPISeptember – December 2019
Bridging the gap between Biology and Computer Science through web and machine learning technologies.
Designed and built a website (Angular) for interactive data analysis and visualization of crowd-sourced Beecology data.
Developed a back-end API (Flask).
Undergraduate Student Researcher, WPIFebruary – December 2019
Working on several different research projects, as part of NSF awards and personal Luce scholar funding.
Research on optimizing deep learning inference models for Android devices as part of an NSF award (WPI Cake Lab).
Research on the links between nutritional starvation/macronutrient composition and overeating in the American diet (Luce Scholar).
Software Engineering Intern, RaytheonMay – August 2018
Worked on the development of Air Traffic Control Automation Systems and Next Generation (NexGen) Weather data processing systems.
Performed bug fixes, unit tests and integration tests to meet requirements from the FAA.
Implemented new features using custom Angular directives.
Created an algorithm for searching and highlighting text in html documents.
Teaching Assistant, WPIMarch 2018 – December 2019
Undergraduate Teaching Assistant for the WPI Computer Science department: grading homework and exams, and holding regular office hours.
Software Engineering: coached student teams working in a class competition to apply Agile development methodologies and
software design patterns in Java to create an indoor pathfinding application, map builder, and
integrated service request modules for Brigham & Women's main hospital campus; helped students build an online scheduler on AWS.
Database Systems: helped students create database diagrams, models, relations and SQL scripts.
Intro to Program Design: helped first-year students learn the fundamentals of Computer Science through Racket.
Coding Instructor, iD TechJune – August 2017
Instructed students aged 7 to 12 on a variety of technology and programming related courses, including game design and Java coding.
Prepared lesson plans that would facilitate creative problem-solving, but also ensure that all students were meeting set curriculum goals.
Applied behavior management techniques to enforce rules and safety regulations.
Machine Learning Researcher, Asian Institute of Technology (AIT)July – August 2015
Research in the field of machine learning and artificial intelligence. Developed facial detection and recognition software in C++.
Trained a haar cascade classifier for detecting human side profiles using free open datasets
Used OpenCV to apply facial recognition and detection algorithms to CCTV footage in office environments
Investigated the use of OpenBR for gender recognition and other biometric services.
Software Engineer Intern, GoPomeloJuly 2014
Programming in HTML and JavaScript using the Google Maps API to create an interactive map for tourists visiting Bangkok, Thailand.
Worked on a small team of four to design and implement the map.