Subject code: MA5820:03
Statistics is used in many disciplines. Applying statistical methods the right way can help data scientists make new discoveries and help managers make better decisions. Conversely, applying statistical methods inappropriately and misinterpreting results can lead to false discoveries and managers making poor and costly decisions. To avoid this, it is very important that students learn the best ways to present and analyse data.
This subject will introduce students to practical applications and concepts involved in descriptive and inferential statistics, and linear modelling. Topics include methods of producing, exploring, displaying and summarising data, both of single and multiple variables, probability and sampling concepts, confidence intervals, hypothesis testing, correlation and regression. Emphasis will be placed on communicating findings from data investigations to a range of audiences. RStudio will be the tool of choice. A calculator will also be used to facilitate numerical calculations.
Software platform: R Studio
Hi, my name is Yvette and I'm a statistician in the College of Science and Engineering. I'm dedicated to identifying strategies that would deliver better learning outcomes in STEM education.
This subject provides students with an introduction to statistics. So, we can think of statistics as being the science of data, and in this subject, we will equip students with the practical skills and know-how to be able to collect, analyse and draw conclusions from data.
And this is really important in data science, because in today's world, it's very easy to collect data and store data. We have faster computers and all we've ever had. And so, these skills are actually integral to data science.
There are a few key learning outcomes in this subject; one of those outcomes is basic familiarity with statistical methods, but we're also hoping to make students comfortable with working with RStudio which is a software program that will be embedded in the course.
We want students to be able to be confident with the software. We want students to be able to correctly interpret the outputs that are generated from Rstudio.
Another outcome is the ability to communicate, so embedded in this course is an assessment which will test your ability to communicate findings to an expert and a non-expert audience.
- Demonstrate sound knowledge of the basic principles and theories that underpin advanced statistical modelling methods
- Effectively integrate and execute advanced statistical modelling theories and processes in SAS Visual Analytics to solve authentic problems
- Retrieve, analyse, synthesise and evaluate outputs produced using advanced statistical modelling methods in SAS Visual Analytics..
Assessment for this course will occur at various times across the seven-week study period. Tasks may include online quizzes, discussion board activity, portfolio development, case studies, reflection, literature reviews presentations and reports.Feedback will be provided to you throughout the study period as well as a final grade at the conclusion of the study period.
This is one of the interdisciplinary subjects studied in the online Master of Data Science.
Please note, course structure and content are subject to change. For information on all course subjects download the course guide.