Physicist by training, Data Scientist by trade

I am a newly minted physics PhD looking to transfer my skills to the Data Science industry. I’m passionate about estimating uncertainties in a model’s output, and I love good visualizations that compare raw data to a model’s predictions.

For hiring teams, please visit my portfolio section to view and interact with my completed projects, or visit my blog too see what problems I’ve been thinking about.

News:

  • April 2024 — My R package ClusterByDensity can now be used to find clusters in 2D point-spread datasets. Read about it here!
  • December 2023 — I’ve uploaded my DataCamp final project that goes through the entire pipeline of data cleaning, exploratory analysis, model building, and model appraisal.
  • November 2023 — Tutorial pages for MIW’s AutoFit are now live.
  • October 2023 — I’ve built a rudimentary sentiment analysis model using Kaggle’s Netflix Movie Rating dataset. I deployed the model to an EC2-instance so that you can check it out for yourself! Or read the blog post here.
  • August 2023 — Completed DataCamp’s Professional Data Scientist certification.
  • March 2023 — I stumbled across a code golf stack exchange post about quickly factoring large prime numbers using a Multiple Polynomial Quadratic Sieve. I’ve immortalized the post’s content in my FastFactor repo, updated for Python 3.x
  • December 2022 — MIW’s AutoFit is now available for download.
  • March 2022 — I defended my thesis, completing my PhD in particle physics at the University of Toronto
  • October 2021 — Met the PhD quota! My third paper Factorization of Power Corrections in the Drell-Yan Process in EFT has been published in Phys Rev D!
  • October 2021 — After a year of arguing with reviewers, our new article Rapidity logarithms in SCET without modes has been published in Nucl Phys A.
  • March 2019 — I presented our prelimary work on the cancellation of rapidity divergences at the annual SCET workshop in San Diego.
  • May 2018 — My first THEP publication, entitled Renormalization of dijet operators at order 1/Q² in Soft-Collinear Effective Theory, has been published by JHEP!