17 Feb 2026 09:00am to 18 Feb 2026 05:00pm

Pairwise and Network Meta-analysis: Fundamentals and Beyond

Workshop
Event Location
The University of Melbourne, “The Spot” building (Room 1022), 198 Berkeley St, Carlton
Australia
Speakers
A/Prof Areti-Angeliki (Argie) Veroniki
Brown University
Dr. Areti-Angeliki (Argie) Veroniki is an Associate Professor at the Center for Evidence Synthesis in Health (CESH), Department of Health Services, Policy, and Practice, School of Public Health, Brown University, Providence, Rhode Island, USA. She is also co-chair of the Methods Executive and co-convenor of...
Emily Karahalios
Emily is Deputy Head of the Biostatistics Unit at the Melbourne School of Population and Global Health, The University of Melbourne, and coordinator for the Master of Biostatistics courses at...
Joanne completed her PhD with Monash University. Her research interests include methodological issues in meta-analysis of randomised trials with continuous outcomes, selective inclusion and reporting of results in randomised trials...
Elizabeth (Lizzie) completed her PhD " Statistical methods for meta-analysis of interrupted time series " at Monash University in 2024. She is now based at the University of Melbourne and...
Topic: Assessing the performance of statistical methods to synthesise and compare evidence from multiple treatments Abstract : Network meta-analysis is a statistical technique that enables comparison of multiple interventions to...

Standard (pairwise) meta-analysis enables the statistical synthesis of data from multiple studies to obtain a single combined estimate of a treatment effect. Network meta-analysis is an extension to pairwise meta-analysis that allows for the comparison of multiple competing interventions that form a connected network of studies. Many of the methods for pairwise and network meta-analysis are commonplace but new methods continue to emerge. For example, new methods continue to be proposed for synthesizing data for rare outcomes, and network meta-analysis of multi-component interventions.

The workshop is divided into two days. Interested persons can register for one or both days.

Day 1 of the two-day workshop, will focus on methods for pairwise meta-analysis. We will begin with an introduction to pairwise meta-analysis models (common, fixed- and random-effects), including different estimators for heterogeneity in random-effects models, and provide participants with the skills to be able to identify, quantify, and investigate heterogeneity through subgroup analysis and meta-regression. We will then focus on special topics, including pairwise meta-analysis of rare outcomes.

Day 2 will focus on network meta-analysis methods. We will begin day 2 with an introduction to network meta-analysis models, fitting the models, and a discussion of the key assumptions that underpin network meta-analysis. We will cover how to assess inconsistency in a network, and present the results of a network meta-analysis. We will then focus on special topics, including component network meta-analysis.

In the lectures, methods and concepts will be introduced. Practical sessions will provide participants with an opportunity to discuss the concepts and implement the methods using the statistical package Stata or R.

Prerequisites and intended audience:

Day 1: The intended audience is quantitative epidemiologists and applied statisticians working in health research.  It will be assumed that participants will have a working knowledge of the statistical package Stata version 14 or above or R statistical software, and have training or experience of systematic reviews, introductory statistics and multivariable regression.

Day 2: The audience will be assumed to be familiar with the statistical methods for pairwise meta-analysis, and multivariable regression, for which day 1 attendance will be sufficient. For Day 2, it will be assumed that participants will have a working knowledge of the statistical package R, and have training or experience of pairwise meta-analysis, introductory statistics and multivariable regression.

Dates: Tuesday 17th and Wednesday 18th February

Registration prices: Standard $1020, Student $740 (for both days) OR Standard $540, Student $390 for single-day attendance

 

Registration is now open via Trybooking