Schedule overview
The schedule information on this page is subject to changes. All times are Pacific.
- Lab
Section 1: Mondays, 9 am–noon, Chen 130
Section 2: Mondays, 1–4 pm, Chen 130
Section 3: Mondays, 7–10 pm, Chen 130
- Lecture
Section 1: Wednesdays, 9–9:50 am, Chen 100
Section 2: Wednesdays, 10–10:50 am, Chen 100
Instructor office hours: Fridays, 2:30-3:30 pm, Broad 100
TA recitation: Thursdays, 7–8:30 pm, Chen 130
TA homework help: Thursdays, 8:30–10 pm, Chen 130
Homework due dates
Homework 0: due as soon as you can, September 27
Homework 1: due 5 pm, October 2
Homework 2: due 5 pm, October 9
Homework 3: due 5 pm, October 16
Homework 4: due 5 pm, October 23
Homework 5: due 5 pm, October 30
Homework 6: due 5 pm, November 6
Homework 7: due 5 pm, November 13
Homework 8: due 5 pm, November 20
Homework 9: due 11:59 pm, December 6
Homework 10: due 5 pm, December 8
Homework 11: due 5 pm, December 10
Lesson exercise due dates
Lesson exercise 1: due 5 pm, October 3
Lesson exercise 2: due 5 pm, October 3
Lesson exercise 3: due 5 pm, October 10
Lesson exercise 4: due 5 pm, October 17
Lesson exercise 5: due 5 pm, October 24
Lesson exercise 6: due 5 pm, October 31
Lesson exercise 7: due 5 pm, November 7
Lesson exercise 8: due 5 pm, November 14
Lesson exercise 9: due 5 pm, November 21
Lesson exercise 10: due 5 pm, November 28
Weekly schedule
The notes for each Monday lesson must be read ahead of time and associated lesson exercises submitted by 5 pm on the Sunday before the lesson. For example, the exercises to be completed after lesson 6 must be submitted by 5 pm on Sunday, October 3.
If one were reading through the lessons, the numbering of the lessons represents the most logical order. However, due to the constrains of class meeting times, some of the lessons are presented out of order. This is not a problem, though, as the lessons no lesson that strictly depends on another are presented out of order and the order shown in the schedule below is also a reasonable ordering of the lessons.
- Week 0
Lesson 00: Preparing for the course
- Week 1
M 09/27: Course welcome and team set-up
M 09/27: Lesson 02: Version control with Git
M 09/29: Lesson 03: Introduction to Python
W 09/29: Lesson 01: Data analysis pipelines (lecture)
Th 09/30: Recitation 01: Command line
- Week 2
M 10/04: Lesson 06: Exploratory data analysis, part 1
W 10/06: Lesson 04: Style (lecture)
W 10/06: Lesson 05: Test-driven development (lecture)
Th 10/07: Recitation 02: Git/GitHub tips and traps
- Week 3
M 10/11: Lesson 07: Exploratory data analysis, part 2
W 10/13: Lesson 09: Good data storage and sharing practices (guest lecture by Tom Morrell)
Th 10/14: Recitation 03: Time series and data smoothing
- Week 4
M 10/18: Lesson 08: File formats
M 10/18: Lesson 10: Data wrangling
W 10/20: Lesson 11: Introduction to probability (lecture)
Th 10/21: Recitation 04: Manipulating data frames
- Week 5
M 10/25: Lesson 12: Overplotting
M 10/25: Lesson 13: Dashboards
W 10/27: Lesson 14: Plug-in estimates and confidence intervals (lecture)
Th 10/28: Recitation 05: Probability review
- Week 6
M 11/01: Lesson 15: Random number generation
M 11/01: Lesson 16: Probability distributions
W 11/03: Lesson 17: Null hypothesis significance testing (lecture)
Th 11/04: Recitation 06: Introduction to image processing
- Week 7
M 11/08: Lesson 18: Nonparametric inference with hacker stats
W 11/10: Lesson 19: Parametric inference (lecture)
Th 11/11: Recitation 07: Topics in bootstrapping
- Week 8
M 11/15: Lesson 20: Maximum likelihood estimation
W 11/17: Lesson 21: Model assessment and information criteria (lecture)
Th 11/18: Recitation 08: Review of maximum likelihood estimation
- Week 9
M 11/22: Lesson 22: Regression
W 11/24: Lesson 23: Reproducible workflows (guest lecture by Griffin Chure, 9 AM PST)
W 11/24: Lesson 24: The paper of the future (guest lecture by Griffin Chure, 10 AM PST)
Th 11/25: No recitation, Thanksgiving Day
- Week 10
M 11/29: Lesson 25: Mixture models
M 11/29: Lesson 26: Implementation of model assessment
W 12/01: Lesson 27: Statistical watchouts (lecture)
Th 12/02: Recitation 09: Wild and residual bootstrap
Th 12/02: Recitation 10: Packaging and package management