[closed] Self-paced online course Feb 5 – March 22 2024

This workshop is now closed. Fill in this short survey to register your interest. A new iteration of the course might be run between Sept – Nov if there is sufficient interest!

Key summary

  • The new course is open and will run for 7 weeks. This course is online, but at your own pace, meaning that you need to dedicate enough time (5-8h per week) to fully benefit from the program.
  • There are 4 weeks of asynchronous learning (you work at our own pace to cover the material).
  • There are 4 live webinars organised on the first 4 Thursdays at 5pm AEST (convert your time here)  to summarise some key concepts and ask your questions (the webinars will be recorded).
  • You will have the opportunity to chat on Slack and ask your questions during the whole course.
  • You can analyse your own data for the assessment (due in week 6) or use the data provided. You will reinforce your learning by marking the assignments of 2-3 other learners.

Feedback from the 2022 iteration can be found here.

  • Teaching Period Dates, asynchronised:
    • Teaching commences: Monday, 5 Feb 2024, 9:00 am AEST
    • Teaching concludes: Sunday, 29 Feb 2024, 11:59 pm AEST (4 weeks)
    • (non marked) Assessment due: Friday 15 March 2024 (2 weeks)
    • Peer-review of assessment due: Friday 22 March 2024 (1 week)
  • Fees vary for
    • Research Higher Degree students enrolled at a University: $495 AUD (incl. GST) [discount code: MIXO_RHD]
    • Staff and members from Universities & Not-for-profit organisations: $825 (incl. GST) [discount code: MIXO_NFP_STAFF]
    • Other industries: $1320 AUD (incl. GST)
    • discounts of 5% for a group of 3-9 learners and 10% for 10+ learners, however, this will require a single invoice per group.

(these funds go towards the support of a software developer to maintain the package)

The number of places is limited, so first come first serve (this course runs once or twice a year)

What if I need an invoice? Contact Student Support at continuing-education[at]unimelb.edu.au

Prerequisites. A good working knowledge in R programming (e.g. handling data frame, perform simple calculations and display simple graphical outputs) is essential to fully benefit from the course*. The course is divided into theory (50%) and hands-on practice, with the opportunity to analyse your own data. The exercises and assignments are in R. Participants are encouraged to use RStudio and Rmarkdown (template and R code provided).

*Learners who are not proficient in R do not get the full benefit of the course (based on their own, honest, feedback!)

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