• Taught EECS 489 (Networks), an upper-level computer science course covering reliable transport schemes, routing, protocol design, and other foundational topics in computer networks.

• Co-led overhaul of outdated class projects to create robust autograder functionality, simplify infrastructure, and emphasize modern coding standards to improve student learning.

• Taught EECS 477 (Algorithms), a ~50-student upper-level theoretical computer science elective that covers topics such as FFT, streaming algorithms, advanced data structures, linear programming, approximation algorithms, multiplicative weight update, and online algorithms.

• Planned and led discussion sections, assisted students during office hours, created examination and homework problems, and organized course logistics.

• Taught EECS 376 (Foundations of Theoretical Computer Science) in the 2022-23 school year, a 700-person core class covering topics including algorithm design, theory of computation, complexity theory, and basic cryptography.

• In addition to assisting students during office hours, answering questions on online forums, and teaching weekly 30+ student discussion sections, went above and beyond required duties to hold convenient late-night office hours, organize review sessions, write exam problems, and beta-test exams.