Courses

• Engineering (Graduate)

  • ECE 269: Linear Algebra with Applications

  • ECE 271A: Statistical Learning

  • ECE 272A: Linear Dynamical Systems

  • ECE 273: Convex Optimization with Applications

  • ECE 275A: Parameter Estimation

• Math (Graduate)

  • MATH 216C: Mathematical Methods for Data Science (Statistical Optimal Transport)

  • MATH 240A: Real Analysis 1 (Measure Theory)

  • MATH 240B: Real Analysis 2 (Functional Analysis)

  • MATH 240C: Real Analysis 3 (Fourier Analysis and Distribution Theory)

  • MATH 277: Smooth and Non-Smooth Optimization

Courses taken at during my 2 years of undergrad

• Engineering (Undergraduate)

  • ECE 5: Introduction to Electrical and Computer Engineering

  • ECE 35: Introduction to Analog Design

  • ECE 45: Circuits and Systems

  • ECE 65: Components and Circuits Laboratory

  • ECE 101: Linear Systems Fundamentals

  • ECE 109: Engineering Probability and Statistics

  • ECE 158A: Data Networks

  • ECE 171A: Linear Control System Theory

  • ECE 174: Introduction to Linear and Nonlinear Optimization with Applications

  • ECE 175A: Elements of Machine Intelligence: Pattern Recognition and Machine Learning

  • ECE 175B: Elements of Machine Intelligence: Probabilistic Reasoning and Graphical Models

  • ECE 176: Introduction to Deep Learning and Applications

  • ECE 196: Engineering Hands-on Group Project

  • ECE 199: Independent Study for Undergraduates

• Engineering (Graduate)

  • CSE 252B: Computer Vision II

  • DSC 291: Mathematical Aspects of Deep Learning

  • ECE 250: Random Processes

  • ECE 251C: Filter Banks and Wavelets

  • ECE 276A: Sensing and Estimation in Robotics

  • ECE 276B: Planning and Learning in Robotics

  • ECE 285: Semidefinite and Sum-of-Squares Optimization

  • MAE 288A: Optimal Control

• Mathematics (Undergraduate)

  • MATH 100A: Abstract Algebra I

  • MATH 100B: Abstract Algebra II

  • MATH 102: Applied Linear Algebra

  • MATH 140A: Foundations of Real Analysis I

  • MATH 140B: Foundations of Real Analysis II

  • MATH 140C: Foundations of Real Analysis III

  • MATH 144: Introduction to Fourier Analysis

  • MATH 180B: Introduction to Stochastic Processes I

• Mathematics (Graduate)

  • MATH 217: Calculus of Variations

  • MATH 294: Mathematics of Finance