Building an Early Inferential Approach into the Calendar
I have had a few questions about how I am managing to work all of these early inferential projects into my Intro Stats course.
1) Switching from Chapter Exams to a Midterm and a Final
In the first 7 chapters of our textbook I used to give 4 exams. That means that I would use 4 days for exams and approximately 6 days for review. I have 4 days built into my calendar for review (2 days) and the midterm exam (2 days). That is a net gain of 6 days in the first half of the course.
I have 8 project days scheduled in the first half of the course so that only puts me two days behind, but I have been able to avoid spending more than one day on any section so there are unofficial gains there.
I have checked in with two colleagues and I am one day behind one of them and even with the other.
In the second half of the course I will apply the days saved from chapter tests to cover alternatives to the traditional hypothesis tests, including simulations and non-parametric tests.
2) I Will Not Have To Introduce Hypothesis Testing in the Second Half of the Course
I typically spend 4 days to cover the first hypothesis test (the 1-proportion test), but I should be able to jump right in and cover that test in one day.
My Calendar for Weeks 1-5
Here is the schedule I have followed to this point. I have put the project days in bold.
Date | Topic |
15-Aug | Day 1 Syllabus etc. |
16-Aug | 1.1 Intro to Stats |
17-Aug | 1.2 Observational Studies, Experiments |
18-Aug | 1.3/1.4 Sampling Techniques |
22-Aug | 1.6 Experimental Design |
23-Aug | 2.1 Qualitative Graphs |
24-Aug | Project 1: Simulation for 1-Proportion |
25-Aug | Project 2: Randomization Test for 2-Proportions |
29-Aug | 2.2 Quantitative Graphs |
30-Aug | 3.1 Measures of Center |
31-Aug | Project 3: Bootstrap Method for Estimating a Mean or Median |
1-Sep | Project 4: Using Simulation for a Population Mean |
5-Sep | holiday |
6-Sep | Project 5: Using Bootstrap Method for a Paired Difference Test |
7-Sep | 3.2 Measures of Dispersion |
8-Sep | 3.4 Quartiles |
12-Sep | 3.5 5-Number Summary and Boxplots |
13-Sep | Project 6: Randomization Test for Two Means |
14-Sep | 4.1 Correlation |
15-Sep | Project 7: Hypothesis Test for Correlation |