Introduction to Survival Analysis: Online - (2 days)

Survival analysis is used to find out the time it takes for an event of interest to occur (e.g., death, birth, recidivism).

 

This course is designed as an introduction to survival analysis.

 

 

This course will be offered online via Zoom And will run to the following timetable:

  • 9.30am -11.00am: Instructional Zoom session
  • 11.00am-11.30am: Break
  • 11.30am-12.30pm: Instructional Zoom session
  • 12:30pm-1.30pm: Lunch
  • 1.30pm-3.00pm: Instructional Zoom session
  • 3.00pm-3.30pm: Break
  • 3.30pm-4.30pm:  Exercises and discussion

 

Please note: Courses will run on Australian Eastern Standard Time (GMT +10)

 

 

 
Workshop - runs over 2 days
Course dates: Friday 27 August 2021 - Saturday 28 August 2021
Instructor: 

Dr Joanna Dipnall is a biostatistician with the School of Public Health and Preventative Medicine (SPHPM) at Monash University and Honorary Research Fellow with School of Medicine at Deakin University. She holds a B.Ec(Honours) from Monash University, and a PhD from the School of Medicine at Deakin University. She also lectures and tutors with the Department of Statistics, Data Science and Epidemiology at Swinburne University. Joanna has developed a novel Risk Index for Depression (RID) utilising SEM and machine learning techniques that brought together five key determinants of depression. She has been a teacher of Stata software for over 15 years, training across Australia and overseas and was a member of the Scientific Committee for the Oceania Stata Users Group Meeting in 2017.

Venue: 
Online
Week: 
Week 1
About this course: 

Survival analysis is used to find out the time it takes for an event of interest to occur (e.g., death, birth, recidivism). It is used in a variety of fields such as cancer studies to investigate time to death, criminology studies to investigate the time until re-offending, engineering studies for “failure-time analysis” or time until a product fails.

Survival analysis can be used to determine the probability that a participant survives to a set number of years; to evaluate if there are differences in survival between key groups (e.g., drug versus placebo); or even what factors affect participants' chances of survival.

Competing risks analysis is a form of survival analysis that takes into account competing events that may influence survival rates (e.g., death).

Discussion of some of the uses of survival analysis in publications will be discussed at the end of the course.

 

Course syllabus: 

This course is broken up into the following sections:

 

Part I: Overview of Survival Analysis
Part II: Kaplan Meyer Curves and Log Rank Tests
Part III: Cox Proportional Hazard Regression
Part IV: Competing Risks Regression
Part V: Survival Analysis in Publications

 

Participants will be given time to do some exercises on their own to practise what they have learned.

Exercises and solutions will be provided in Stata, R and Python software.

 

 

Course format: 

This workshop will take place online using Zoom.

You will need your own computer with Stata, or Python and/or R installed, and an internet connection.

A second screen/monitor is recommended.

Recommended Background: 

This course assumes that participants have:

 

(1) Sound familiarity with at least one of the three software packages Stata, R and/or Python.

(2) sufficient understanding of statistics to be able to comprehend the material covered in the course outline, such as a basic grounding in multiple regression (e.g., linear, logistic, Poisson).

(3) access to either Stata, R and/or Python.

(4) some experience in using Microsoft Word and Excel or their equivalent.

(5) experience using a text editor such as Notepad.

 

Recommended Texts: 

Course notes will be supplied. Please include a shipping address when you enrol. Your notes will be express posted to this address.

 

No specific references are suggested but a number will be supplied with the notes handed out for the course.

Course fees
Early bird Member: 
$1,160
Early bird Non Member: 
$1,980
Early bird full time student Member: 
$720
Member: 
$1,480
Non Member: 
$2,280
Full time student Member: 
$1,280