1/23: Chapter 1: Euler's Method [Ch. 1 Lecture Notes] Homework 1.1, 1.4, 1.5 (Due: Tuesday, January 30)
1/30: Chapter 2: Multistep Methods [Ch. 2 Lecture Notes] [Homework 2] (Due: Tuesday, February 6)
2/6: Chapter 3: Gaussian Quadrature & Runge-Kutta Methods [Ch. 3 Lecture Notes (Quadrature)] [Homework 3] (Due:Tuesday, February 13)
2/13: Chapter 3: Gaussian Quadrature & Runge-Kutta Methods [Ch. 3 Lecture Notes (Runge-Kutta)] [Homework 4] (Due: Tuesday, February 20)
2/20: Chapter 3: Runge-Kutta Methods, Chapter 4: Stiff Equations [Ch. 4 Lecture Notes (Part 1)] [Ch. 4 Lecture Notes (Part 2)] [Ch. 4 Lecture Notes (Part 3)] [Homework 5] (Due: Tuesday, March 6)
2/27: Chapter 4: Stiff Equations [Homework 6] (Due: Tuesday, March 6)
3/6: Chapter 7: Nonlinear Algebraic Systems [Ch. 7 Lecture Notes]
3/13: Spring Break
3/20: Snow Day - takehome midterm distributed - Due 3/27
3/27: Chapter 8: Finite Difference Methods [Ch. 8 Lecture Notes (Part 1)] [Ch. 8 Lecture Notes (Part 2)]
4/3: Chapter 9: Finite Difference Methods - 2D; Finite Element Methods [Homework 8] (Due: Tuesday, April 10)
4/10: Chapter 9: Finite Element Methods [Ch. 9 Lecture Notes (Part 1)] [Ch. 9 Lecture Notes (Part 2)] [Homework 9] (Due: Tuesday, April 17)
4/17: Chapter 9: Finite Element Methods, Chapter 10: Spectral Methods [Ch. 10 Lecture Notes] [Homework 10] (Due: Tuesday, April 24)
4/24: Chapter 10 Spectral Methods, Chapter 16: Diffusion Equation (Due: Tuesday, May 1)
5/1: Chapter 16: Diffusion Equation, Chapter 17: Advection Equation
5/8 (??): Chapter 17: Advection Equation
5/15: Final Exam