

SECTION 1 
SECTION 2 
LECTURES: 
MWF 1:001:50 DH 1070 
MWF 10:0010:50 KH 105 


INSTRUCTOR: 
Shari Moskow (shari.moskow(at)rice.edu)
Duncan Hall 2037, (713) 3485734
Office hours: Mon 23, Tues 13

Kirk Blazek (Kirk.D.Blazek@caam.rice.edu)
Duncan Hall 2004, (713) 3482290
Office hours: Mon 12:30, Tues 1012



TEACHING ASSISTANT: 
Jay Raol Office hours: Thurs 1112 in DH 2108 


RECITATION: 
79pm Mondays DH 1070 


PREREQUISITES: 
CAAM 210 Introduction to Scientific Computing; MATH 212 Multivariable Calculus
or equivalent background in MATLAB programming, vector calculus, and basic linear algebra.



TEXT: 
Mark S. Gockenbach,
Partial Differential Equations: Analytical and Numerical Methods, SIAM, 2002.
Errata



GRADING: 
60% exams, 40% homework 
 Class participation will be considered when assigning borderline grades.



EXAMS: 
Two takehome, fourhour, closedbook exams will each account for 30% of the final grade.
Each of these pledged exams must be your individual, unassisted effort.
The first exam will be given in mid October, the second during the final exam period.



HOMEWORK: 
Problem sets will be assigned roughly once a week, each worth 100 points.
Mathematically rigorous solutions are expected; strive for clarity and elegance.
You may collaborate on the problems, but your writeups and coding must be your own independent work.
Transcribed solutions are unacceptable.
You may not consult solutions from previous sections of this class.
Unless it is specified that a particular calculation must be performed `by hand,'
you are encouraged to use MATLAB's Symbolic Math Toolbox (or Mathematica or Maple)
to compute and simplify tedious integrals and derivatives on the problem sets.
As always, you must document your calculations clearly.



LATE POLICY: 
You may turn in two homework assignments one class period late without penalty.
Subsequent late assignments will be penalized 20% each. Homework will not be accepted
more than one class period late without a written excuse.
(This implies that you may not use two 'lates' on one assignment.) 


MATLAB: 
Most of the problem sets will require a modest amount of MATLAB programming.
Your solutions should adhere to good programming standards,
and must not be copied from another student.
Below are some links to helpful MATLAB resources: 

 Online Documentation from The MathWorks


 Online Documentation about the Symbolic Math Toolbox


 MATLAB Guide
by Desmond J. Higham and Nicholas J. Higham, 2nd ed., SIAM, 2005


SYLLABUS: 
pdf 



