CV
Downloadable PDFs at the bottom of this page
Skills
Programming:
Python
C++
SQL
AWS Cloud
Linux command line
Git version control
HTML + CSS
Julia
Wolfram Mathematica
Tools:
Deep learning
Statistical Modelling
Bayesian Inference and Learning
Computer vision
Data analysis and visualization
High performance parallel computing
Monte Carlo simulation
Analytic computation
Experience
Senior Data Scientist
Sport Performance Lab (SPL) @ Maple Leaf Sports and Entertainment (MLSE)
September 2023 - Present
Toronto, ON, CanadaSport Performance Lab (SPL) is a research & development group that works across all Maple Leaf Sports & Entertainment (MLSE) teams (Raptors, Maple Leafs, Toronto FC, Argonauts) on strategic research initiatives in sports analytics, player performance, and sports science.
Utilize cutting-edge statistical tools, deep learning, and computer vision techniques to analyze marker-less motion capture data and 2D tracking data, enabling precise biomechanical analysis and strategic decision-making.
Innovating data-driven approaches to enhance player development strategies, injury prevention protocols, and tactical decision-making processes
Collaborating cross-functionally with coaches, physiotherapists, and performance analysts to integrate biomechanical insights into training programs and game strategies.
Leading initiatives to leverage tracking data for comprehensive analysis of team dynamics, player positioning, and opponent scouting, contributing to strategic advancements in team operations.
Research Scientist
Department of Physics, University of Toronto
September 2018 - September 2023
Toronto, ON, CanadaConducted high-level research in quantum magnetism, investigating the emergence of exotic states of matter in condensed matter systems.
Developed end-to-end Monte Carlo simulations to model and analyze complex quantum spin systems, unraveling the intricate interplay of magnetic interactions.
Published five research articles in renowned scientific journals, contributing novel insights to the field of condensed matter physics.
Presented research findings at prestigious international scientific conferences and summer schools, fostering collaboration and knowledge exchange within the scientific community.
Mentored and supervised graduate students, providing guidance in research methodologies, data analysis techniques, and academic writing.
Teaching Assistant
Department of Physics, University of Toronto
September 2018 - September 2023
Toronto, ON, CanadaConducted hour-long tutorial lectures for specialized undergraduate courses.
Effectively communicating complex scientific concepts in a simplified manner.
Courses: PHY293 - Waves and Modern Physics, PHY252 - Thermal Physics, PHY100 - The Physics of Everyday Life.
Referee/Peer Reviewer
American Physical Society (APS)
July 2021 - July 2023
RemoteDemonstrated expertise in reading and interpreting complex scientific literature, assessing the accuracy, methodology, and significance of research contributions
Provided insightful feedback and constructive criticism to authors, ensuring the highest standards of scientific integrity and excellence are maintained.
Collaborated closely with journal editors to summarize content and offered informed recommendations regarding the suitability of manuscripts for publication.
Education
PhD, Physics
University of Toronto (Toronto, ON, Canada)
September 2018 - August 2023
Thesis: Hidden order and spin liquids in correlated d-orbital oxides (link)
Advisor: Prof. Arun Paramekanti
Bachelor of Engineering, Applied Physics
Nagoya University (Nagoya, Japan)
October 2014 - August 2018
GPA: 4.17/4.30
Thesis: The Z3 chiral clock model
Advisor: Prof. Yukio Tanaka
Awards and Fellowships
Van Krandendonk Teaching Award (2022)
Dept. of Physics, University of TorontoTed Mossman Graduate Fellowship (2022)
Faculty of Arts and Science, University of TorontoNagoya University President's Award (2018)
Nagoya UniversityMonbukagakusho Scholarship (2018, 2016)
Japan Student Services Organization (JASSO)