Data Analysis in R: Online

This course is intended for applied data analysts, including academics and postgraduate students, policy specialists and others. It will examine questions dealt with in public policy, the social sciences and industry, using real data. This includes surveys, and economics and public health data. The unit will help build participants’ ability to work with data in R and undertake rigorous statistical analysis, including spatial analysis and linear regression, and create publication-standard graphs of the results. The end result will be more professional and easy to understand research. It provides the foundational skills needed for the ACSPRI course Advanced Statistical Analysis using R.

 

This course will be run over 5 days in three sessions per day:

  • 10.00 am - 11.30 am - Session 1
  • 12.00 pm - 1.30 pm - Session 2
  • 2.30 pm - 4.00 pm - Session 3

 

Exercises will be provided, including additional problems and datasets for extra practice outside of scheduled sessions, and one-on-one consultations can be scheduled by appointment the following week. 

 

 
Level 2 - runs over 5 days
Instructor: 

Dr Shaun Ratcliff is an applied data scientist, political scientist and survey researcher. Over the past six years, he has provided consulting services for national political campaigns, trade unions, corporate and not-for-profit clients. He is currently working on several projects, including as a consulting data scientist for survey research firm YouGov.
He manages complex survey projects, designing instruments to measure and track behaviours and attitudes, and identifying ways to engage with the public. He also applies innovative data science methods to political, policy and industry research. He has a PhD in political science from Monash University, and holds an affiliation with the University of Sydney, where he is a lecturer in data science in the Faculty of Engineering and holds an honorary appointment with the United States Studies Centre. He has also taught at The University of Melbourne and Monash University.
Between 2017 and 2022, he directed the survey research program at the United States Studies Centre. He also coordinated the 2019 Cooperative Australian Election Survey. With a sample of more than 7,000 respondents, this is the largest academic election survey run in Australia to date. His academic research focuses on the issue preferences and political behaviour of voters. Current projects include work to understand citizens’ attitudes towards the COVID-19 pandemic and public policy responses.
For further details visit his website

About this course: 

We are in the middle of a data revolution. A new laptop computer can run processes impossible for a supercomputer a few generations ago. The internet makes data collection and distribution easier and cheaper than ever, with terabytes of information on consumer behaviour, public transport use, crime statistics and election results sourced from across the world now available almost anywhere in minutes or seconds.

 

These advances in modern computing allow us begin to answer important questions about the world, including what drives regional health issues, why certain choices were made by voters during elections, and whether individuals convicted of serious crimes are likely to reoffend.

 

Taught by a quantitative political scientists from the University of Sydney, this is a problem-based course for subject matter experts who want to use R to take their quantitative analysis to the next level. By the end of the week you will be able to better conduct descriptive analysis and regression in R, and will be able to create impressive looking data visualisations.

 

R is open source and free. It is flexible, powerful and intuitive and it is excellent for data visualisation. As it is open source, R has thousands of developers in leading universities, corporate research labs and other institutions across the world. This means its capabilities tend to exceed competing software, with new packages added or updated daily. This is particularly the case for data visualisation, in which R tends to lead the pack. As there is no licence, you can take it with you wherever you go. No matter where you work, you don't have to change software packages when you change employers. Consequently, R has becoming increasingly popular for academic research, economics analysis and public policy development. This trend is only likely to continue.

 

Being skilled in R will help build your personal capabilities and employment opportunities by making you a more flexible worker capable of undertaking analysis many other researchers and analysts cannot.

No prior experience with R, or any sophisticated quantitative methods are required for this course. Participants should be computer literate and use data in their occupations (or study, if they are a student) and understand some of the basics of statistics. Some basic knowledge with regression is helpful, as is the ability to do simple coding and programming.

 

If you are unsure whether this is for you, please contact Shaun for more information. He can talk you through the course and the kinds of things you will cover.

Course syllabus: 

Day 1

Operating in the R environment

The first day of the course will explore how to operate in the R environment. We will load and re-code data in R, and calculate descriptive statistics. We will visualise data so you can better understand its structure. We will cover graphing your results in a way that looks professional, so you and your audience can better understand important patterns in your data.

 

Day 2

Understanding your data

On the second day of the course, we will look at engaging in more complex descriptive analyses using survey data to understand smoking behaviour amongst Australian adolescents, and earnings in the United States. In the afternoon we will discuss the effects and significance of confounding factors when studying human behaviour, and how we can use linear regression to answer some of the questions in which we are interested. We will look at why controlling for potentially confounding variables such as education, income, gender and birthplace are important when answering social science questions. This will be followed by how can confounding factors also provide us with a greater substantive understanding of the research questions we are trying to answer.

 

Day 3

 

Spatial Data

Much of human behaviour can be understood (at least in part) as a function of geography. This includes election outcomes (often decided based on discrete geographic contests), crime and public health. In this lecture, we will discuss the importance of geographic data for understanding social phenomena. For instance, showing different ways of visualising data (graphs vs maps) that indicates that sometimes presenting and studying the geographic patterns can increase our understanding of different phenomena and behaviours.

 

On the third day of this course we will walk you through using spatial data to understand important social phenomena, including why some parts of the United States suffer from higher mortality rates from drugs and alcohol than others. We will then use these data to make interactive maps of displaying variations in the poverty rate, prescriptions of opiates and drug and alcohol mortality rate across US counties.

 

We will finish by studying geographical variation in Australian election results.

 

Day 4

More on regression

On day four of this course we will revise the concepts of linear regression. We will then spend more time learning how to fit linear regressions in R. We will look at working with a more difficult dataset, and building more complex models. We will then spend the afternoon revising what we have learnt so far this week. In the afternoon, we will build and present models designed to identify what best predicts quality of life. 

 

Day 5

Bringing it all together

We will finish the week by working on one of three problems and datasets. You will design and undertake a study using the methods we have covered during the week to answer your chosen question. 

 

Course format: 

Training in this course will be for 4 hours per day (2 morning, 2 afternoon) over ZOOM. 

You will need your own computer preloaded with R and an internet connection.

We will be in contact prior to the course to ensure you have the software you'll need.

Data and course notes will be provided.

Recommended Background: 

This is a course for subject matter experts who want to use more quantitative analysis in their work. By the end of the week you will be able to better conduct basic descriptive analysis and regression in R, and will be able to create impressive looking visualisations.

Participant feedback: 

 

Really enjoyed the mix of instruction and self-directed activities.

 

The course is well managed and prepared by the instructor. It is the best course that I learned in the past two years.

 

I found the course very useful as I knew nothing about coding and R. So it was useful to start from the basics and learn from there.

 

Very happy with the Zoom experience, I think the features (chat, screen sharing) were really useful to facilitate the work.

 

The learning curve was steep, but the facilitator was excellent, the group was great, and the training worked well over Zoom. Thanks to Adam and Shaun for assisting me with computer issues outside of class time.
 

The break out rooms to work in a team was a great idea. We learnt how to write simple R code to begin with. We were all at the same level so could support each other.

 

Good balance of prepared exercises and working on own data

 

Added a new skill to my skill set.

 

[Shaun] made what could have been very dull, dry subject matter very accessible

 

It was a great introduction to R. I now feel confident starting to use R at work. The course was excellent at differentiating for the different levels. I felt challenged but not out of my depth.

 

Comprehensive coverage, good application potential (graphing, transforming data, programming etc)

Program where course next likely to be offered: 
Online Winter Program 2022
Notes: 

Instructor's bound course notes will be posted to you in advance.