Calendar

LEC # TOPICS KEY DATES
Unit 1: Numerical Integration of ODEs
1 Course Introduction and Ordinary Differential Equations (ODEs) Read Unit 1: Numerical Integration of ODEs
2 Numerical Integration of ODEs: Approximating Time Derivative  
3 Numerical Integration of ODEs: Accuracy and a Pendulum Problem  
4 Numerical Integration of ODEs: Stability and a Ballistics Problem

Homework 1 due

5 Numerical Integration of ODEs: Nonlinear Systems  
6 Numerical Integration of ODEs: Stiffness, Implicit Methods, Runge-Kutta

Homework 2 due

Unit 2: Numerical Methods for PDEs
7 Numerical Methods of Partial Differential Equations: Introduction Read Unit 2: Numerical Methods for PDEs
8 Numerical Methods of PDEs: Finite Difference Methods 1

Homework 3 due

9 Numerical Methods of PDEs: Finite Difference Methods 2 Project 1 due
10 Numerical Methods of PDEs: Finite Volume Methods 1

Homework 4 due

11 Numerical Methods of PDEs: Finite Volume Methods 2  
12 Numerical Methods of PDEs: Finite Volume in 2D and Midterm Review Homework 5 due
  Midterm Exam Exam
13 Numerical Methods of PDEs: Matrix Stability Analysis  
14 Fourier Stability Analysis  
15 Numerical Methods of PDEs: Collocation and Weighted Residuals

Homework 6 due

16 Numerical Methods of PDEs: Finite Element Method 1  
17 Numerical Methods of PDEs: Finite Element Method 2

Homework 7 due

18 Numerical Methods of PDEs: Finite Element Method 3  
Unit 3: Probabilistic Methods and Optimization
19 Monte Carlo

Read Unit 3: Probabilistic Methods and Optimization

Project 2 due

20 Monte Carlo Estimators

Homework 8 due

21 Probabilistic Methods & Optimization: Statistical Sampling Methods  
22 Probabilistic Methods & Optimization: Design of Experiments

Homework 9 due

23 Probabilistic Methods & Optimization: Intro to Optimization Methods Project 3 due
24 Probabilistic Methods & Optimization: Sensitivity Analysis  
25 Probabilistic Methods & Optimization: Final Exam Review  
  Final Exam Exam