Daniel Will George

Hello! I am a teacher and engineer. I studied Computer Science at Stanford University, and my emphasis is in computing systems. I received my undergraduate degree from Illinois Wesleyan University.

Today, I am focused on machine learning systems at Amazon Science. Before that, I worked on AI architecture and strategy at Microsoft Research. My main interests are in machine learning systems hardware capabilities (GPUs, quantum compute) and mentorship. Please feel free to find me on LinkedIn, and here's a recent CV.

I teach CS253, Software Development, at Illinois Wesleyan University, and I love my golden retriever and three rescued cats.

Email: georgedw [at] stanford.edu

Publications

Daniel Will George, Theo Rogers, Zuhaib Akhtar, Abbe Ganji. Diagnosing Embedding Space Collapse in Two-Tower Recommendation Systems for Large-Scale Event Session Personalization. arXiv preprint arXiv: 1505.07326, 2025. [pdf]

Daniel Will George. Continual Learning for Real-Time Credential Stuffing Detection: A Neural Embedding Approach with Temporal Stress Testing. Daniel George Research, 2025. [pdf]

Daniel Will George. Resolving Feature Space Noise in Large-Scale Customer Action Propensity Prediction. Daniel George Research, 2025. [pdf]

Howdy!

Daniel Will George is a teacher and engineer. Daniel studied as an undergraduate at Illinois Wesleyan University on a scholarship for Trumpet Performance.

Today, Daniel is studying Computer Science at Stanford University, with a concentration in Artificial Intelligence, while working as a software engineer for Microsoft Research. He is interested in randomized algorithms, the theory of computation, and natural language processing.

Coursework

CS265: Randomized Algorithms & Probabilistic Analysis

CS224N: Natural Language Processing with Deep Learning

CS221: Artificial Intelligence: Principles and Techniques

CS161: Design & Analysis of Algorithms

CS103: Mathematical Foundations of Computing


CS144: Introduction to Computer Networking

CS140: Operating Systems

CS110: Principles of Computer Systems

CS107: Computer Organization & Systems

CS106B: Programming Abstractions

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