schedule

Week Date Topic Notes Lab Exam Project
0 Fri Jan 13 welcome πŸ’»
1 Tue Jan 17 git πŸ’» lab 0
Wed Jan 18 control flow, loops and functions πŸ’»
Fri Jan 20 NAs, lists, NULL and attributes πŸ’»
2 Tue Jan 24 if it’s a function, fix it lab 1
Wed Jan 25 object oriented programming πŸ’»
Fri Jan 27 tidy data and dplyr πŸ’»
3 Tue Jan 31 computational masonry lab 2
Wed Feb 01 subsetting πŸ’»
Fri Feb 03 ggplot2 πŸ’»
4 Tue Feb 07 dream of plots lab 3
Wed Feb 08 functional programming and purrr πŸ’»
Fri Feb 10 regular expressions πŸ’»
5 Tue Feb 14 wrangling the written word lab 4
Wed Feb 15 catch-up
Fri Feb 17 review / questions / exam exam 1 release
6 Tue Feb 21 no lab: exam 1 exam 1 due
Wed Feb 22 complexity and parallelization πŸ’»
Fri Feb 24 intro to optimization πŸ’»
7 Tue Feb 28 where’s zero? lab 5
Wed Mar 01 Newton-Raphson πŸ’»
Fri Mar 03 Newton-Raphson examples
8 Tue Mar 07 continue lab
Wed Mar 08 MM principles πŸ’»
Fri Mar 10 MM example πŸ’»
9 Tue Mar 14 NO CLASS: Spring break
Wed Mar 15 NO CLASS: Spring break
Fri Mar 17 NO CLASS: Spring break
10 Tue Mar 21 ascend the likelihood lab 6
Wed Mar 22 EM algorithm πŸ’»
Fri Mar 24 Monte Carlo integration πŸ’»
11 Tue Mar 28 continue lab
Wed Mar 29 importance sampling πŸ’»
Fri Mar 31 review / questions / exam exam 2 release
12 Tue Apr 04 no lab: exam 2 exam 2 due
Wed Apr 05 shiny I πŸ’»
Fri Apr 07 shiny II
13 Tue Apr 11 shiny dashboard on GitHub
Wed Apr 12 SQL
Fri Apr 14 project tips
14 Tue Apr 18 project workday
Wed Apr 19 APIs πŸ’»
Fri Apr 21 covariance & PCA πŸ’»
15 Tue Apr 25 project presentations
Wed Apr 26 special topic: cryptanalysis πŸ’»