Python, Java, R
SQL Server, Oracle Database
Microsoft Office Suite
Tableau, SAS, Matlab
MSc Applied Math (exp. 2021)
BSc Math & Computer Science, Co-op (2019)
Dennis Mock Award for Leadership (2019)
Certificate in Data Analytics (2018)
Graduate Assistant (Ryerson University, 2019-)
Big Data Developer Co-op (Bank of Montreal, 2018)
App Software Developer Co-op (Bank of Montreal, 2017)
Sports Analytics Co-op (Canadian Tire Bank, 2017)
A selection of courses from BSc and MSc relevant to my current area of study.
Course | Grade | Level | Topics |
---|---|---|---|
AM8209 Modeling and Searching Networks | A+ | Graduate | Complex Networks, Cops & Robbers, Meyniel's Conjecture |
AM8204 Topics in Discrete Math | A- | Graduate | Probabilistic Graph Theory, Tournaments, Moment Methods |
AM8102 Advanced Numerical Methods | A+ | Graduate | Computational Precision; Numerical Methods for ODEs/PDEs |
AM8002 Discrete Mathematics | A+ | Graduate | Linear Programming, Duality Theory, Problem Relaxation |
AM8101 Principles and Techniques in Applied Mathematics | A+ | Graduate | Asymptotic Expansion, Eigenfunction Expansions, Fourier Transforms |
CIND719 Big Data Analytics Tools | A+ | Undergraduate | NoSQL, Hadoop, Hive, Pig, Spark |
CMTH642 Data Analytics: Advanced Methods | A | Undergraduate | Clustering, Classification, NLP, Regression, Time Series |
CPS721 Artificial Intelligence | A+ | Undergraduate | Bayesian Statistics, Constraint Satisfaction, Planning |
Courses for which I was a Graduate Assistant (GA) during my MSc at Ryerson University.
Course | Supervising Professor | Semester | Topics |
---|---|---|---|
MTH719 Applied Linear Algebra | Dr. Yu | Winter 2021 | Vector spaces, computational complexity, numerical techniques, eigenvalues and eigenvectors, singular value decomposition, linear transformations. |
MTH425 Differential Equations and Vector Calculus | Dr. Yu | Fall 2020 | Higher-order linear DE's; Laplace Transforms and ODEs; scalar and vector functions and fields; directional derivative; divergence and curl of vector fields; line, surface and multiple integrals; Green's and Stokes' theorems. |
MTH140 Calculus | Dr. Horowitz | Fall 2020 | Limits; continuity; differentiation; extrema; inflection points; asymptotes; applied max/min problems; related rates; integrals; Fundamental Theorem of Integral Calculus. |
MTH141 Linear Algebra | Dr. Wang | Winter 2020 | Systems of linear equations and matrices; determinants; vector spaces; inner product spaces; eigenvalues and eigenvectors |
MTH110 Discrete Mathematics I | Dr. Danziger | Fall 2019 | Propositional and predicate logic; notation for modern algebra; naive set theory; relations; functions and proof techniques. |
MTH131 Modern Mathematics I | Dr. Lan | Fall 2019 | Limits, continuity, differentiation, Newton-Raphson method, integration, Fundamental Theorem of Calculus. |