Dror Bar-Natan:

Classes

Not a class, yet some sort of educational experience (I hope), are the over-lunch weekly knot theory meetings of Knot at Lunch.

Academic year of 2008-2009: On sabbatical.

Academic year of 2007-2008 (Toronto):

Math 401 - Polynomial Equations and Fields (spring term)
Math 1300 - Geometry and Topology (all year).

Academic year of 2006-2007 (Toronto):

Math 401 - Polynomial Equations and Fields (spring term)
Math 1352 - Algebraic Knot Theory (spring term)
Math 240 - Algebra 1 (fall term)
Math 1350 - Algebraic Knot Theory (fall term)

Academic year of 2005-2006 (Toronto):

Math 1300Y/427S - Topology (all year/spring)

Academic year of 2004-2005 (Toronto):

Math 157 - Analysis I (all year)
Math 1300Y/427S - Topology (all year/spring)

Academic year of 2003-2004 (Toronto):

Math 157 - Analysis I (all year)
Math 1350F - Knot Theory (fall term)

Academic year of 2002-2003 (Toronto):

Math 157 - Analysis I (all year)

Academic year of 2001-2002 (Jerusalem):

Seminar on Knot Theory (spring term)
Fundamental Concepts in Algebraic Topology (spring term)
Knots and Feynman Diagrams (fall term)

Academic year of 2000-2001 (Jerusalem):

Linear Algebra for Engineering (2) (spring term)
Knot Theory (spring term)
Fundamental Concepts in Differential Geometry (fall term)

Academic year of 1999-2000: No classes taught - I was on sabbatical at UC Berkeley and at MSRI.

Academic year of 1998-1999 (Jerusalem):

Classical and Quantum Mechanics for Mathematicians (spring term): An introduction to classical and quantum mechanics suitable for math majors and M.Sc. students, following my own notes. Syllabus: Syllabus.jpg (Hebrew).
Linear Algebra (2) (spring term): A second semester linear algebra class following Amitzur's book, taught along with Aner Shalev and Eliyahu Rips. Very similar to 2000-01: Linear Algebra for Engineering (2).
Advanced Infinitesimal Calculus (fall term): A course for second-year math majors on multi-variable calculus using the language of differential forms, mostly following my own notes. Syllabus: Syllabus.gif (Hebrew).

Academic year of 1997-1998 (Jerusalem):

Three Dimensional Manifolds (spring term): An introduction to Ohtsuki's theory of finite type invariants of three dimensional manifolds, following my own notes. Syllabus: Syllabus.jpg (Hebrew).
M.Sc. Mathematical Workshop (spring term): A guided M.Sc.-level problem solving class. Assignments: 1.ps, 2.ps, 3.ps, 6.ps, 7.ps, 8.ps.
Advanced Infinitesimal Calculus (fall term): A course for second-year math majors on multi-variable calculus using the language of differential forms, mostly following my own notes. Syllabus: Syllabus.gif (Hebrew).
Knots and Lie Algebras (fall term): An undergraduate seminar (where each students gives a class) on the relationship between Lie algebras and finite type knot invariants. Syllabus: Syllabus.jpg (Hebrew).

(some skipped years)

Academic year of 1994-1995 (Harvard):

Math 273b - Knot Theory as an Excuse (spring term).
(Some skipped classes)

Portrait by a student, 1987