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Bill Fries
  • Home
  • Teaching
  • Research
    • What Motivated Mitigation Policy
    • Epidemics from the Eye of the Pathogen
    • LaSDI: LAtent-Space Dynamic Identification
    • SINDy: Development of a Systematic Method for Application
    • US domestic air travel and the initial spread of COVID-19
  • Personal
    • Triathlon
    • Cycling Videos
  • CV
Bill Fries
  • Home
  • Teaching
  • Research
    • What Motivated Mitigation Policy
    • Epidemics from the Eye of the Pathogen
    • LaSDI: LAtent-Space Dynamic Identification
    • SINDy: Development of a Systematic Method for Application
    • US domestic air travel and the initial spread of COVID-19
  • Personal
    • Triathlon
    • Cycling Videos
  • CV
  • More
    • Home
    • Teaching
    • Research
      • What Motivated Mitigation Policy
      • Epidemics from the Eye of the Pathogen
      • LaSDI: LAtent-Space Dynamic Identification
      • SINDy: Development of a Systematic Method for Application
      • US domestic air travel and the initial spread of COVID-19
    • Personal
      • Triathlon
      • Cycling Videos
    • CV

Bill Fries

Ph.D. in Applied Mathematics

Program in Applied Mathematics

School of Mathematical Sciences, University of Arizona

Contact

Email | Linkedin | GitHub

Phone: 314.402.4296

YouTubeInstagramLink

About Me

Quick Introduction:

  • Last name pronounced "Freeze"

  • "Swammer" & Triathlete

  • Education:

    • BA in Math/Religious Studies

    • MA in Math

    • MS in Applied Math

    • Graduate Cert. in Science Communication

    • Graduate Cert. in Computational Social Science

    • PhD. in Applied Math

  • MO > VA > NC > AZ

Research

Recent Work

  • What Motivated Mitigation Policies?

    • Paper

  • Epidemics Through the Eye of the Pathogen

    • Paper

  • gLaSDI: A Greedy, Physics-Based Extension of LaSDI

    • Paper

    • Github

  • Dissertation

Teaching

Past Experience:

  • First Semester Calculus 

    • 4 Semesters

  • College Algebra

    •  2 Semesters

  • Intro to Data 

    • 2 Semesters

  • Applied Math Senior Capstone 

    • 1 semester

  • Vector Calculus Supplementary Class 

    • 1 semester


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