Staff Research Engineer at Capital One's Center for Machine Learning, Explainable AI Team
New York, New York, United States
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Summary
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Mark Ibrahim is a Staff Research Engineer at Meta's FAIR with 11 years of experience building production-grade ML systems and explainability tooling. He leads explainable AI efforts at Capital One and advises Insight Data Science fellows, bridging deep research with pragmatic engineering. His open-source contributions to FacebookResearch's CrypTen highlight expertise in privacy-preserving ML—implementing and stabilizing autograd, conv gradients, and batch-norm for secure training. Trained in applied mathematics and statistics (MS, MicroMasters) and with early quant finance experience, he blends rigorous mathematical intuition with software delivery. He has a track record of turning research prototypes into scalable pipelines and developer-friendly tools, from distributed Spark/Neo4j systems to production debugging of complex ML gradients. Based in New York, he pairs academic depth with hands-on implementation across research and enterprise environments.
11 years of coding experience
1 year of employment as a software developer
Political Science and Government, Political Science and Government at Sciences Po
NSF Summer Research In Pure Mathematics, NSF Summer Research In Pure Mathematics at University of Chicago
MicroMasters, Statistics, MicroMasters, Statistics at Massachusetts Institute of Technology
Master of Science (M.S.), Applied Mathematics, Master of Science (M.S.), Applied Mathematics at University of Vermont
Bachelor's degree magna cum laude, Mathematics with Honors, Bachelor's degree magna cum laude, Mathematics with Honors at Hamilton College
A framework for Privacy Preserving Machine Learning
Role in this project:
ML Engineer
Contributions:1 release, 64 commits, 38 PRs in 1 year 6 months
Contributions summary:Mark made multiple contributions focused on improving and extending the functionality of the CrypTen framework for privacy-preserving machine learning. They implemented and debugged batch normalization, including the backward gradients, and fixed issues related to conv2d and conv1d gradients. The user also refactored and enhanced testing for autograd and gradient operations, and contributed to the integration of model and function benchmarks. They improved existing approximations.
Contributions:55 commits, 41 pushes, 1 branch in 2 years 6 months
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