Fall 2009

• EECS 587 — Parallel Computing (Quentin Stout)
• MATH 575 — Number Theory (Jeffrey Lagarias)

Winter 2009

• EECS 586 — Design and Analysis of Algorithms (Quentin Stout)
• EECS 590 — Advanced Programming Languages (Chandra Boyapati)
• EECS 598 — Graph Optimization Algorithms (Seth Pettie)
• MATH 567 — Coding Theory (Carl Miller)

Fall 2008

• EECS 478 — Logic Circuit Synthesis and Optimization (Igor Markov)
• EECS 492 — Artificial Intelligence (Michael Wellman/Edwin Olson)
• EECS 574 — Computational Complexity (Yaoyun Shi)

Spring 2008

• ECS 158 — Parallel Architectures (Norm Matloff)
• HIS 7C — Latin America, 1900-Present (Louis Segal)
• MAT 147 — Topology (Lucas Sabalka)

Winter 2008

• ECS 154B — Computer Architecture (Kurtis Kredo)
• ECS 170 — Introduction to Artificial Intelligence (Ian Davidson)
• MAT 185A — Complex Variables (Zhihua Zhang)

Fall 2007

• ECS 152A — Computer Networks (Dipak Ghosal)
• MAT 115A — Introduction to Number Theory (Francisco Santos)
• MAT 165 — Computational Algebraic Geometry (Fu Liu)
• PHI 1 — Introduction to Philosophy (Michael Glanzberg)

Spring 2007

• ECS 150 — Operating Systems (Matt Roper)
• MAT 125B — Real Analysis (Eric Rains)
• MAT 135B — Stochastic Processes (Craig Tracy)
• MAT 150C — Modern Algebra (Greg Kuperberg)

Winter 2007

• ECS 122B — Algorithm Design (Charles Martel)
• ECS 199 — Independent Study (Vladimir Filkov)
• MAT 125A — Real Analysis (Joel Hass)
• MAT 150B — Modern Algebra (Monica Vazirani)
• MAT 180 — Problem Solving (Janko Gravner)

Fall 2006

• ECS 199 — Independent Study (Vladimir Filkov)
• MAT 25 — Advanced Calculus (Blake Temple)
• MAT 128A — Numerical Analysis (Thomas Strohmer)
• MAT 150A — Modern Algebra (Monica Vazirani)

Spring 2006

• ECS 140A — Programming Languages (Patrick Holmes)
• ECS 154A — Computer Architecture (Matthew Farrens)
• ECS 199 — Independent Study (Nina Amenta)
• MAT 108 — Introduction to Abstract Math (Jack Milton)
• MAT 131 — Probability Theory (Eric Rains)

Winter 2006

• ECS 122A — Algorithm Design (Charles Martel)
• MAT 22B — Differential Equations (Craig Tracy)
• PHY 9C — Classical Physics (Gergely Zimanyi)
• STA 32 — Statistics Through Computation (Duncan Temple Lang)

Fall 2005

• ECS 50 — Machine Dependent Programming (Norm Matloff)
• ECS 120 — Introduction to the Theory of Computation (Vladimir Filkov)
• MAT 22A — Linear Algebra (Alexander Soshnikov)
• PHY 9B — Classical Physics (Bill Ellis)

Spring 2005

• ECS 110 — Data Structures (Sean Davis)
• IST 8C — Testing Psychic Claims (Jessica Utts)
• MAT 21D — Vector Analysis (Lawrence Marx)
• PHY 9A — Classical Physics (Zachary Fisk)

Winter 2005

• ECS 20 — Discrete Math for Computer Science (Vladimir Filkov)
• ECS 40 — Object-Oriented Programming (Sean Davis)
• IST 8C — Globalization and the Middle East (Dennis Dingemans)
• MAT 21C — Calculus (Kevin Klapstein)

Fall 2004

• ECS 30 — Introduction to Programming (Sean Davis)
• IST 8C — Science in the Renaissance (Jared Haynes)
• LIN 1 — Introduction to Linguistics (Jason Schneider)
• MAT 21B — Calculus (Boumediene Hamzi)