Schedule
The course schedule is shown below, with lecture topics and class notes listed inline. Note that all course materials can be found at the GitHub repository.
Links to lecture topics below are directed to the GitHub repository, however, lectures written with Jupyter Notebooks can also be viewed in rendered format on nbviewer.
| Date | Topics | Notes |
|---|---|---|
| Mon, Jul. 3 | • Intro to Command Line | • Software Install |
| Tue, Jul. 4 | Holiday, no class | |
| Wed, Jul. 5 | • Intro to Git | |
| Thu, Jul. 6 | • Intro to Python I | • Intro to Jupyter Notebooks |
| Mon, Jul. 10 | • Intro to Python II | |
| Tue, Jul. 11 | • Intro to Python III | |
| Wed, Jul. 12 | • Intro to Python III | Homework 1 due by 3pm; Solution |
| Thu, Jul. 13 | • Intro to Numpy | |
| Mon, Jul. 17 | • Intro to Numpy • Intro to Matplotlib | |
| Tue, Jul. 18 | • Intro to Matplotlib | |
| Wed, Jul. 19 | • Python Review | Homework 2 due by 3pm; Solution |
| Thu, Jul. 20 | • Numerical Accuracy • Numerical Integration | |
| Mon, Jul. 24 | • Numerical Integration | |
| Tue, Jul. 25 | • Numerical Integration • Numerical Differentiation | |
| Wed, Jul. 26 | • Numerical Differentiation | Homework 3 due by 3pm; Solution; Midterm assigned |
| Thu, Jul. 27 | • Numerical ODEs | |
| Fri, Jul. 28 | Midterm due by 6pm | |
| Mon, Jul. 31 | • Numerical ODEs | |
| Tue, Aug. 1 | • Numerical ODEs; Boundary Value Problems | |
| Wed, Aug. 2 | • Fourier Transforms | |
| Thu, Aug. 3 | ||
| Fri, Aug. 4 | Homework 4 due by 3pm; Start thinking about Final Projects | |
| Mon, Aug. 7 | • 3D Animation w/ VPython | Confirm w/ me about your Final Project |
| Tue, Aug. 8 | • Linear Regression | Homework5 due by 3pm |
| Wed, Aug. 9 | • Linear Regression | |
| Thu, Aug. 10 | Last day of class | |
| Mon, Aug. 14 | No class | Final projects due by 6pm |