Linear Regression Modeling for Health Data
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Linear Regression Modeling for Health Data
This course is part of Data Science for Health Research Specialization
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What you'll learn
Become knowledgeable about the concept of statistical modeling and the basics of statistical inference
Recognize, fit, and interpret a simple linear regression model
Develop intuition to fit and interpret a multiple regression model
Skills you'll gain
Tools you'll learn
Details to know
9 assignments
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There are 3 modules in this course
This course provides learners with a first look at the world of statistical modeling. It begins with a high-level overview of different philosophies on the question of 'what is a statistical model' and introduces learners to the core ideas of traditional statistical inference and reasoning. Learners will get their first look at the ever-popular t-test and delve further into linear regression. They will also learn how to fit and interpret regression models for a continuous outcome with multiple predictors. All concepts taught in this course will be covered with multiple modalities: slide-based lectures, guided coding practice with the instructor, and independent but structured exercises.
This module gives you a first look at the world of statistical modeling. It begins with a high-level overview of different philosophies on the question of 'what is a statistical model' and introduces you to the core ideas of traditional statistical inference and reasoning. At the end of the module, you will have an introductory understanding of important terms such as 'sample-to-population' (STOP) principle, sampling variation, and measures of statistical uncertainty. You will also get your first look at the ever popular t-test.
What's included
11 videos7 readings3 assignments3 discussion prompts
11 videosβ’Total 119 minutes
- Data Science for Health Research: Specialization Introductionβ’6 minutes
- What is a Statistical Model? (Part 1)β’18 minutes
- What is a Statistical Model ? (Part 2) β’14 minutes
- Sampling: Accuracy Versus Precisionβ’8 minutes
- Confidence Intervalsβ’11 minutes
- Hypothesis Testingβ’15 minutes
- Recapβ’6 minutes
- What is a t-test Trying to Mimic?β’10 minutes
- Guided Practice: t-test part 1β’11 minutes
- Guided Practice: t-test Part 2β’12 minutes
- The t-test is a Regression Modelβ’7 minutes
7 readingsβ’Total 63 minutes
- Meet Your Instructorsβ’3 minutes
- Welcome & Course Syllabusβ’10 minutes
- Pre-Course Surveyβ’10 minutes
- Introduction To and How To Use Independent Guides β’10 minutes
- 1.2 Discussion Prompt Suggested Answerβ’10 minutes
- 1.4 Independent Guideβ’10 minutes
- End of Module 1 Discussion Prompt Suggested Answerβ’10 minutes
3 assignmentsβ’Total 90 minutes
- Module 1 Quizβ’30 minutes
- 1.2 Practice Quizβ’30 minutes
- 1.4 Practice Quizβ’30 minutes
3 discussion promptsβ’Total 30 minutes
- Meet Your Fellow Global Classmatesβ’10 minutes
- 1.2 Discussion Promptβ’10 minutes
- End of Module 1 Discussion Promptβ’10 minutes
This module takes you beyond t-test into linear regression. By the end of the module, you will understand how linear regression is a generalization of the t-test.
What's included
13 videos6 readings4 assignments2 discussion prompts
13 videosβ’Total 123 minutes
- Going Beyond the t-testβ’9 minutes
- Confoundingβ’7 minutes
- Correlationβ’12 minutes
- The Connection Between Correlation and Simple Linear Regressionβ’7 minutes
- Simple Linear Regression: The Main Ideaβ’9 minutes
- Guided Practice: Linear Regression β’10 minutes
- SLR: Estimation and Residualsβ’8 minutes
- SLR: Prediction and Interpretationβ’10 minutes
- Guided Practice: The lm() Function β’12 minutes
- Guided Practice: The summary() Function β’11 minutes
- Guided Practice: Pointing Back to the t-test β’14 minutes
- Simple Linear Regression: an Exampleβ’7 minutes
- SLR with Binary Predictors is a t-testβ’8 minutes
6 readingsβ’Total 60 minutes
- Introduction to the BPUrban Dataβ’10 minutes
- 2.1 Independent Guideβ’10 minutes
- 2.2a Independent Guideβ’10 minutes
- 2.2b Independent Guideβ’10 minutes
- 2.2 Discussion Prompt Suggested Answerβ’10 minutes
- Module 2 Discussion Prompt Suggested Answerβ’10 minutes
4 assignmentsβ’Total 120 minutes
- 2.1 Practice Quizβ’30 minutes
- 2.2 Practice Quizβ’30 minutes
- Comprehension Check β’30 minutes
- Module 2 Quizβ’30 minutes
2 discussion promptsβ’Total 20 minutes
- 2.2 Discussion Promptβ’10 minutes
- End of Module 2 Discussion Promptβ’10 minutes
A key reason that linear regression is so powerful is that it allows to adjust for multiple predictors at the same time. In Module 3, you will learn how to fit regression models for multiple predictors. You will see how to interpret the resulting model and how to use it to answer different questions about your data.
What's included
8 videos3 readings2 assignments1 discussion prompt
8 videosβ’Total 58 minutes
- Introduction to Multiple Linear Regression or Regression with Multiple Predictorsβ’7 minutes
- Multiple Regression: The Basic Setupβ’3 minutes
- Multiple Regression: Interpreting Coefficientsβ’6 minutes
- Guided Practice: How to Fit an MLR β’16 minutes
- Multiple Regression: Prediction Intervals Versus Confidence Intervalsβ’5 minutes
- Multiple Regression: Choosing From Among Variablesβ’5 minutes
- Using Multiple Regression to Answer Different Types of Questions β’7 minutes
- Evaluating Regression Models: MSE, Mallows Cp, and PRESSβ’9 minutes
3 readingsβ’Total 30 minutes
- 3.2 Independent Guideβ’10 minutes
- End of Module 3 Discussion Prompt Suggested Answerβ’10 minutes
- Post-Course Surveyβ’10 minutes
2 assignmentsβ’Total 60 minutes
- Module 3 Quizβ’30 minutes
- 3.3 Practice Quizβ’30 minutes
1 discussion promptβ’Total 10 minutes
- End of Module 3 Discussion Promptβ’10 minutes
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Duke University
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