Experience

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  Trilliant Health

  • Director of Data Science

    • Sep 2023 - Present

• 

  XOi Technologies

  • United States
  • Software Development
  • 100 - 200 Employee

  • Director of Analytics

    • Apr 2020 - Aug 2023

  • Principal Data Scientist

    • Aug 2019 - Apr 2020

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  Digital Reasoning

  • United States
  • Software Development
  • 1 - 100 Employee

  • Director of Data Science, Financial Services

    • Mar 2019 - Jul 2019

  • Data Science Lead for Financial Services

    • Nov 2018 - Mar 2019

    I lead the Digital Reasoning data science team working with large financial institutions. We use NLP and machine learning to provide Conduct Surveillance services for compliance and risk mitigation.

  • Senior Data Scientist

    • Jan 2018 - Nov 2018

    I am a data scientist working on NLP models for surveillance within financial institutions. I help our clients plan and execute their projects to meet their internal and regulatory requirements.

  • Data Scientist

    • Apr 2017 - Jan 2018

• 

  Capital One

  • San Francisco

  • Principal Data Scientist

    • Jun 2015 - Apr 2017
    • San Francisco

    I was the lead data scientist for the business-facing products team (Team Medici) within Digital Commerce at Capital One.

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  University of California, Riverside

  • Assistant Professor

    • Jul 2014 - Jul 2015

    • Conducted applied math research (dynamical systems and partial differential equations) • Adapted and implemented machine learning techniques for a classification problem arising in bioengineering • Provided mathematical analysis for engineering group’s accelerometer model• Taught series of Numerical Analysis courses, advise graduate and undergraduate students

• 

  Carnegie Mellon University

  • Postdoctoral Associate

    • Sep 2011 - Aug 2014

    • Conducted interdisciplinary applied mathematics research, directed towards applications in materials science. Produced theoretical and computational results.• Devised practical implementation of theoretical algorithm to model structure of irregular crystalline materials; used implementation to investigate specific model properties • Developed original mathematical model to identify structural properties of constant-volume systems (e.g. incompressible fluids); simplified project collaborators’ computational strategy for model application • Published results in top peer-reviewed journals• Courses taught: Numerical Methods, Matrix Algebra, Real Analysis• Spent one academic year at Oxford University (England): demonstrated appropriate replacement of complicated (non-linear) mathematical model for movement of flexible material system with simplified (linearized) model

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  Sandia National Laboratories

  • Intern in Computational Mathematics and Algorithms Department

    • Jun 2011 - Aug 2011

    • Developed a theoretical framework to understand mathematical models with stochastic applied forces with wide ranging applications (e.g. RLC circuits, fluid-gas interfaces) • Result produced a greatly simplified, computationally cheap and efficient method to identify system stability under external forces

• 

  The University of Texas at Austin

  • Austin, Texas

  • Graduate Research Assistant and Assistant Instructor

    • Sep 2004 - May 2011
    • Austin, Texas

    • Produced theoretical and computational results on dynamical systems and partial differential equations• Earned multiple research fellowships and a Teaching Excellence Award• Tutored students in Probability and Calculus, taught and assistant-taught several courses (e.g. Differential Equations, Real Analysis, Calculus)

• 

  Sandia National Laboratories

  • Intern in Computational Mathematics and Algorithms Department

    • Jun 2010 - Aug 2010

    • Developed a theoretical framework to understand mathematical models with stochastic applied forces with wide ranging applications (e.g. RLC circuits, fluid-gas interfaces) • Result produced a greatly simplified, computationally cheap and efficient method to identify system stability under external forces