Courses:
In fall 2007 I will be teaching a beginning seminar for first and second year graduate students.   Further information is available here.


In spring 2007  I will be teaching 427K-H.  Click here for the homepage of the course.
       In Fall 2006 I taught complex analysis (M361). Click here for the home page of the course.

        In the spring of 2006 I taught the mathematical biology course for the third time.  Click here for information about this course. You may also want to look at material for the courses I taught in 2000 and 2001 below.


Course Material from the past:
        Material   for the Spring 2005 section of 427k is available here.
I was teaching  a course on vector bundles for beginning graduate students, Fall 2004.  Handouts for the course can be found here.
I taught a course on solitons for beginning graduate students Spring 2003.  Information on the  course is now  available . 
 Below   is information on the mathematics modeling courses in biology that I taught during the Fall of 2000 and  2001  .  This course was taught by Professor Lorenzo Sadun Fall 2002     Fall 2003 Professor Kathy Davis taught it, and she will teach it again in Spring 2005. The plan is to teach it once every year. I also have taught an honors section of 427K as a modeling course.  I have left the information on the web page for those who are interested.  I will probably teach this course again in the near future.

 Course information for the course, Mathematical Modeling in Biology , which was taught for the first time in Fall 2000 is available! It was taught in the Fall of 2001 again as Math 375 (course). Here my course advertisement . To see the home page which will lead you to the other information  (click .

Course information for 427K is also available. This is a course in ordinary differential equations,  and I will taught this course most recently  in Spring 2000 and plan to teqach it again in Spring 2005. We do lots of applications and part of the grade can be determined by a project on a  subject in differential equations of your own choosing.  I particularly encourage students  with an interest in biological modelling to enroll in this section.   We do some computer exercises and use the computer software netmath.