Skip to content
CESAR NigeriaVisit CESAR South Africa
CESAR
CESAR training

Advanced Course in Multiple Regression and Causal Inference Using Stata

Fit, diagnose and interpret regression models for causal questions in Stata.

Multiple regression and causal inference provide researchers with the needed assurance that observed associations are valid. After using a bivariate test (such as chi-squared test, t-test, ANOVA, etc.

Next cohort

Dates to be announced

In-person
5 days
Virtual
5 weeks
Fee
On request

Registration isn't open yet. Register your interest and we'll contact you first.

About the course

Why take this course

Multiple regression and causal inference provide researchers with the needed assurance that observed associations are valid. After using a bivariate test (such as chi-squared test, t-test, ANOVA, etc.) to demonstrate association between two variables of interest, the next critical question is whether those associations are valid, i.e., whether they can in fact be explained by other variables (confounding) or study methodology (bias). In other words, to strengthen causal inference, it is vital to eliminate confounding and bias.

Multiple regression models remain the most widely known approach for controlling for confounding, identifying risk factors and estimating independent effects. They are also commonly used to build predictive models, and the principles underlying them have influenced many modern artificial intelligence methods. Therefore, all quantitative researchers should be able to understand, build and interpret multiple regression models. Yet, many researchers who are comfortable with bivariate tests have never built or fully interpreted a regression model, leaving a critical gap between the analyses they conduct and the conclusions they need to draw. This course closes that gap.

This course is designed for quantitative researchers who are already proficient in descriptive statistics. Being comfortable conducting hypothesis tests, such as chi-squared tests, t-tests, and ANOVA, will be a plus. Using Stata as the analytical platform, participants will move from the bivariate tests to the regression models that extend and formalise them. By the end of the course, participants will be equipped to build, interpret and critically evaluate linear and logistic regression models, and to apply them with confidence in their own research. They will also be able to extend their knowledge and skills into other models in the generalised linear model family, including Poisson and binomial models.

What you'll learn

Core capabilities

The course equips participants with four essential capabilities for building and interpreting regression models in Stata.
01 · Capability

Foundations of regression and causal inference

Participants will consolidate their understanding of inferential statistics, conduct bivariate tests, and examine how these tests connect directly to regression models. They will develop a clear conceptual grasp of confounding and bias and understand why controlling for these is central to valid causal inference.

Participants in a CESAR training session
Who is this course for?

Who should attend

  • Quantitative researchers
  • Epidemiologists
  • Biostatisticians
  • Public health professionals
  • Medical researchers
  • Economists and social scientists
  • Postgraduate students (Master's and Doctoral)
  • Programme evaluators
  • Data analysts
  • Government and institutional researchers
Course outcomes

After completing this course, participants will be able to build and interpret linear and logistic regression models with confidence. They will understand the link between the bivariate tests they already know and the regression models that extend them. They will be able to adjust for confounders, estimate independent effects, and distinguish between causal and predictive modelling objectives — strengthening the rigour and credibility of their quantitative research.

Course outline

Course outline: Virtual (5 Weeks)

Week 1

Inferential Statistics, Confounding and Simple Linear Regression

  • Consolidate foundational knowledge of inferential statistics and understand the role of confounding, bias and interaction in strengthening causal inference
  • Fit and interpret simple linear regression models and understand their conceptual connection to the t-test, ANOVA and correlation
Week 2

Multiple Linear Regression and Model Diagnostics

  • Extend linear regression to multiple predictors, estimate crude and adjusted effects, and assess the relative contribution of predictor variables
  • Apply variable selection techniques, test model assumptions, and evaluate linear model fit through post-regression diagnostics
Week 3

Simple and Multiple Logistic Regression

  • Understand odds and log odds and fit simple logistic regression models for binary outcomes
  • Extend to multiple logistic regression, adjust for confounders, and interpret adjusted odds ratios
Week 4

Logistic Model Diagnostics and Applied Project

  • Apply variable selection strategies
  • Conduct post-regression diagnostics for logistic models
Week 5

Extensions to Generalised Linear Models

  • Understand the GLM framework and when linear and logistic regression are insufficient for your data
  • Fit and interpret Poisson regression models for count outcomes and binomial regression models for proportional outcomes
Testimonials

What participants say

“I have always wanted to become an excellent migration policy analyst, and I knew understanding data was the missing piece. This course helped me connect data analysis with policy and governance. I can now independently explore findings, identify patterns and contribute more meaningfully to evidence-based migration policy discussions.”
Osato Mary
Lawyer & Migration Policy Analyst
“Having worked in data management for about 10 years, I discovered that there were things I had been doing without fully understanding why. This course gave me a clearer understanding of inferential statistics. I also learned valuable teaching techniques, particularly the importance of engaging students and respecting their time.”
Akande Yusuf
Data Manager & Researcher
“Before this course, I knew what data was but didn’t understand data analysis or how relevant it was to my work. I now see how it can help me organise information, interpret findings, track the impact of my interventions, improve my programmes and make better decisions in mental health and adolescent counselling.”
Eunice Chinedu-Nwigwe
Mental Health Educator
“I particularly appreciate the teaching method and the respect shown to every participant. I know I still have more to learn, but I now have the confidence and foundation to keep practising.”
Amarachi Uzoechina
MPH Candidate
Register your interest

Tell us you're interested

Registration for this course isn't open yet. Tell us how you'd like to learn and we'll contact you with dates, delivery format and fees.

Register your interest

Advanced Course in Multiple Regression and Causal Inference Using Stata. Fields marked * are required.

Phone Number *
How would you like to learn? *
Course details
In-person
5 days
Virtual
5 weeks
Fee
On request
  • Access to interactive webinars
  • Videos for every interactive webinar session
  • All pre-reading materials
  • E-Certificate of attendance
FAQ

Frequently asked questions

1.When does the next cohort start?

Dates have not been set yet. Register your interest and we'll contact you as soon as a cohort is planned.

2.What happens after I register my interest?

We'll contact you by email, phone or WhatsApp with the dates, delivery format and fee. Registering your interest doesn't commit you to anything.

3.Can my organisation book this course for its staff?

Yes. Contact CESAR to discuss your objectives, preferred delivery format and training needs, and we'll tailor the course to your team.

Interested in this course?

Register your interest and hear first when the next cohort opens.

Register Your Interest