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Selected work

I have been writing code by hand for eleven years, since I was eighteen. Long before it was fashionable, I was preoccupied with one question: what happens when systems become intelligent enough to correct themselves, and what that frees a person to build. It started with a Google hackathon project in C++ called Smart Code Writer, an early attempt at program synthesis, a program that writes and ideally repairs other programs. That thread has run through my research and into my PhD ever since.

These days the work usually begins with reasoning mathematically about the problem, and I have built systems end to end, from conception to production. With agentic development layered on that foundation, the distance between an idea and something running in production is close to limitless. What follows is a mix of ventures, research, and industry experience.

How I got here

At that Google hackathon I ran straight into how hard Smart Code Writer actually was. The version I wanted would not just synthesize programs, it would correct its own mistakes while doing so. I took the problem to one of my professors, and he told me that what I was describing, at a high level, was the field of artificial intelligence.

So I went and studied it. I found that his own thesis work was in computer vision, applying state-of-the-art machine learning and AI, and I wanted to learn it properly. He said he would teach a course on it if I gathered enough signatures on a petition. I got the signatures, and he taught the course.

Ever since 2015, when I learned to code and finished my internship at Google, I have kept turning over the same question: what sufficiently intelligent, self-correcting systems mean for a single person, and how they change what one individual can take on when the work lives in a computational space. That question became one of the foundations of my PhD application, and it is the same one agentic development is now answering in practice.

Ventures

Industry & Research

  • Cornell University logo

    Cornell University

    Engineering Summer Mathematics Institute Associate with the Office of Inclusive Excellence. Guided 15 students through project-based learning in applied mathematics and designed 10 professional development sessions focused on academic growth, career readiness, and self-advocacy.

  • LinkedIn logo

    LinkedIn

    Developed automated time series forecasting methods for hardware capacity planning in LinkedIn's data centers. Identified an intrinsic "level-shift" property in usage data and built regressors for level-shifts, changepoints, and anomalies, achieving a 13.39% improvement over baseline forecasting methods.

  • AMD logo

    AMD

    Built neural-network-based approaches to reduce inter-node communication overhead in distributed PDE solvers for wave propagation simulations. Led the SHAPE project, creating a C++ system with seamless Python integration for training and deploying ML models in high-performance computing environments.

  • IBM logo

    IBM

    Developed local control algorithms for 2D-mesh routing in analog AI hardware, working on next-generation chip architectures to accelerate AI applications.

  • Adobe logo

    Adobe

    Integrated NLP-based voice and gesture commands for image manipulation, bridging natural language understanding with computer vision in an industry research lab.

  • Stanford University logo

    Stanford University

    Research Intern studying Human-Computer Interaction.

  • Google logo

    Google

    Engineering Practicum Intern. First exposure to industry software engineering standards.

Publications & Patents

Education

  • 2018 – Present

    Cornell University

    PhD in Computer Science (in progress)

    Advisor: David Bindel. Thesis: Algorithms for Multi-step Look-ahead Bayesian Optimization.

  • 2022

    Cornell University

    MSc in Computer Science

    Advisor: David Bindel.

  • 2018

    Morehouse College

    BS in Computer Science

    Graduated top of class. Phi Beta Kappa Honor Society. Advisor: Shelby Wilson.