Teaching Portfolio

I am a PhD Candidate at the University of Washington, Seattle. My teaching approach emphasizes the transition from theoretical mathematical foundations to computational implementation.

"Mathematics is truly learned when one can solve a problem and understand the underlying principles well enough to apply them to real-world scenarios."

Primary Instructor | Summer 2021

Math 381: Discrete Mathematical Modeling

A computational modeling course focused on Linear Programming (SCIP), Graph Theory (NetworkX), and Stochastic Processes. This archive contains my full set of interactive Python notebooks and lecture recordings.

Explore 19+ Lecture Notebooks →

Lead Instructor | Spring 2022

Math 224: Multivariable Calculus

Advanced study of vector calculus, including line and surface integrals, and the fundamental theorems of Green, Stokes, and Gauss. Archive includes structured lecture notes and exhaustive practice exams.

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Instructor | Summer 2022

Intro Math for Computer Science

Taught at the Robinson Center for Young Scholars. Curriculum covers the logic of proofs, set theory, and algorithmic complexity for high-achieving students.

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Teaching Assistant | 2020-2021

Math 126: Calculus III

A full digital syllabus of the Math 126 curriculum, focusing on Taylor series and 3D geometry. Includes 25 sequential video lectures.

Watch Lecture Series →

Teaching Assistant | Summer 2020

Math 125: Calculus II

Resources focused on methods of integration and applications of the definite integral.