COGS 137: Practical Data Science in R
Warning
This is the course website for COGS 137 from Fall 2023. While some material may look similar to your current course, be sure you’re on this quarter’s course website as many things have changed.
Course Info
Practical Data Science in R focuses on teaching students how to think rigorously throughout the data science process. To this end, through interaction with unique data sets and interesting questions, this course helps students 1) gain fluency in the R programming language, 2) effectively explore & visualize data, 3) use statistical thinking to analyze data and rigorously evaluate their conclusions, and 4) effectively communicate their results. Course objectives are accomplished through hands-on practice, using real-world data to learn via case studies, and project-based learning.
Days & Times
Lecture: Tu/Th 2-3:20 (MOS 0204)
Lab: Fri 3-3:50 (Peterson Hall 102)
Instructional Staff & Office Hours
| Instructor | Shannon Ellis | sellis@ucsd.edu | Wed 11-12 | Zoom by appt. (see Canvas) |
| Tu 3:30-4:30 PM | CSB 243 | |||
| TA | Kunal Rustagi | Th 3:45-4:45 PM | Zoom (see Canvas) | |
| IA | Shenova Davis | TBD | TBD |
Course Objectives
Program at the introductory level in the R statistical programming language
Employ the tidyverse suite of packages to interact with, wrangle, visualize, and model data
Explain & apply statistical concepts (estimation, linear regression, logistic regression, etc.) for data analysis
Communicate data science projects through effective visualization, oral presentation, and written reports
Texts
Texts are freely available online:
| Introduction to Modern Statistics | Çetinkaya-Rundel and Hardin | OpenIntro, 1st Edition, 2021 |
| R for Data Science | Grolemund and Wickham | O’Reilly, 1st edition, 2016 |
Materials
You should have access to a laptop and bring it to every class, fully charged (as possible).
Note: If you do not have consistent access to the technology needed, please use this form to request a loaner laptop. (For any issues that you may have, please email vcsa@ucsd.edu, and they will work to assist you.)
Acknowledgements
I want to first recognize Dr. Mine Çetinkaya-Rundeland for her unparalleled efforts in support of education and educators in data science, statistics, and R programming. This course website was adapted from her course website. These course slides/labs/homework…also adapted from Mine’s course and the related datascienceinabox. I am so *very* indebted to Mine! I also want to thank the Open Case Studies team for their tireless work in putting together interesting and topical case studies, a handful of which we use throughout the course. And, finally, thanks to Allison Horst, whose artwork is inspiring, educational, and fun…and is used throughout this course. Further, thanks to the R (education) community generally; planning this course was really fun because I had so many awesome resources to choose from. Having these materials made course prep and planning is just another example of what sets the R community apart!