September - December of each academic year. Typical format: STAT 545A 1.5 credits in September through mid October, followed by STAT 547M 1.5 credits from mid October through early December. Same time slot, same room. This was/is/will be the deal in 2014/2015, 2015/2016 and 2016/2017.
STAT 545A | STAT547M | |
---|---|---|
title | Exploratory Data Analysis | Basic Training for Data Science |
SSC link | STAT 545A | STAT 547M |
credits | 1.5 | 1.5 |
dates | Sep 08, 2015 to Oct 22, 2015 | Oct 27, 2015 to Dec 03, 2015 |
meets | Tues Thurs 9:30 - 11am | Tues Thurs 9:30 - 11am |
where | ESB 2012 | ESB 2012 |
pre-req | none (but see below) | STAT 545A |
Up-to-date info on office hours: go here
For several years, I taught STAT 545A as a 1.5 credit course. I – and many students – felt there was alot of great, relevant content that could go into an additional 1.5 credits.
Therefore, in 2014/2015, we piloted a full semester on data exploration, visualization, and all-around data wrangling. It was structured as two half courses primarily so that STAT 545A alums could register for STAT 547M and get the “missing half” of the course. We’re still figuring out the long term plan re: 2 courses of 1.5 credits vs. 1 course of 3 credits, but so far, so good.
knitr
and R Markdown for dynamic documents, ggplot2
for graphics, dplyr
for data aggregation.This course is open to any graduate student at UBC. Students from other departments generally outnumber those from Statistics. In fact, the most successful students are often grad students from other fields who need to analyze and visualize data for a thesis. They are highly motivated and excel.
However, if you have never programmed or worked at the command line before, prepare for a shock. This will be a powerful, positive experience, but it’s a big adjustment. Come suffer through the worst part of the learning curve in good company!
YES. You absolutely must have access to a computer on which you can install software, download data, etc. In fact, class meetings will be a mix of lecture, discussion, and live coding. Students will get the most out of this if they can bring their own laptop to class every day. If this is not possible, we will try to help you work something out.
Course mark = 75% homework, 15% peer review, 10% engagement (i.e. attendance, participation in discussion in-class and/or online)
Students submit homework once a week. The end result may still resemble a “final project” or portfolio, but one that has been built up gradually over the term.
Each homework will be evaluated by 2 peer reviewers. The performance of thoughtful peer review will count as 15% of the overall course mark.
No final exam.