According to my philosphy, there are two kinds of classes:
- Maths service classes. These are courses in calculus, linear algebra, differential equations etc. for students who will not necessarily be majoring in maths. Here I have to be on my best behaviour. There are some amazing students in these classes, but most of them are not really interested in math. There are also some, perhaps many, who would rather not be there. The question "Should nurses be required to learn Calculus?" comes to mind, and I would have thought not — but the university thinks otherwise.
- Dedicated maths classes. Especially in the honours stream these are a pleasure to teach. The courses are all about concepts and they can be really challenging for students. Here I am pushing the students as hard as I can because I want them to develop into thinking mathematicians and that won't happen if I wear kid gloves. There are some truly exceptional students in these classes and they are a constant inspiration to me.
- Honours Analysis 2, MATH 255, Analysis in Metric Spaces, Numerical series, Riemann integration, Series of functions, Power series, Elementary functions.
- Honours Analysis 3, MATH 354, Metric spaces. Calculus in several variables and to some extent on Banach spaces.
- Honours Analysis 4, MATH 355, Measure Theory, Abstract Integration, Basic Functional Analysis, Fourier Series and Integrals.
- Honours Complex Analysis, MATH 366, Complex Analysis.
WeBWorK enhances the
educational process in several ways. By providing students with immediate feedback as to the correctness of
their answers, students are encouraged to make multiple attempts until they succeed. By individualizing problems, cheating is discouraged. By
providing instructors with real-time statistics, lesson plans can be customized to better serve students. Teaching assistants are released
from the chore of marking written assignments and can spend more time interacting directly with students.
The major way in which WeBWorK differs from other web-based homework systems is in the way problems are written. The PG language allows the inclusion of both Perl and LaTeX code, allowing problem authors to take advantage of the syntactic efficiency of Perl and the typographical flexibility of LaTeX (which is pretty much necessary for rendering mathematics expressions).