Eric Warner, Phd Email & Phone Number

• Provide technical leadership and stakeholder guidance for team of ~5 data scientists and engineers by conducting weekly technical seminars, code reviews, and project check-ins for mentorship/instruction
• Lead algorithm developer and stakeholder liaison on a computer vision application which achieves >99% accuracy (~97% minority class precision) on pixel-level classification across 14 unique part numbers. Product has.
• Technical and business lead for projects in image classification via an ensemble combination of industry standard and proprietary methodologies, enabling ~$2M yearly savings opportunity
• AI/ML lead on a DARPA project which utilized the combination of feature and image classification to enable 5% increase in performance, which led to multiple follow-on contracts

Woburn, MA

• Project Lead for Machine Learning team which specializes in Time-Series Anomaly Detection
• Technical Lead for Python tool development contract
• Technical Lead for Discrete Optimization via Neural Networks project
• Exceeded project scheduled time by >4 weeks for two separate Python tool development tasks

Ann Arbor, MI

• Manipulate matrices via factorization, Schur Compliments, and Linear Matrix Inequalityproperties to create convex optimization problems from non-convex constraints
• Analyze large data sets (18,000 iterations of 100+ variables) to interpret convergence utilizingexponential and linear regression
• Implement stochastic methods including Itô calculus, stationarity, and power spectrumanalysis in order to reformulate a nonlinear expectation into a convex optimization constraint
• Derive theoretical methods to implement a series of over-bounding convex problems to solvea non-convex optimization
• Reduce optimization run time by 70 percent by implementing a dual method optimization inMatlab using both custom and built-in optimization software

Storrs, CT

• Aided a Connecticut Department of Transportation and Federal Highway Administration bridge monitoring project
• Successfully designed a mounting system for strain sensors attached to a bridge whichimproved sensor accuracy without compromising the integrity of the bridge structure
• Cooperating on a semi-active damping project for the Network of Earthquake Engineering Simulation Research (NEESR)

Daejon, South Korea

• Prepared for a global marketplace by learning and appreciating a new culture
• Fostered critical thinking skills and expanded core knowledge about Smart Structures, structural analysis, and system control
• Led a student research group that conducted experiments on a hybrid system model andanalyzed results for structural system properties
• Submitted a final paper to the Transportation Research Board (TRB) on the benefits of variousstructural control methods

Doctor Of Philosophy (Ph.D.), Intelligent Systems Engineering

Activities and Societies: Rackham Summer Institute

Bachelor Of Science (B.S.), Civil Engineering