+ - 0:00:00
Notes for current slide
Notes for next slide

Rethinking teaching statistical computing

Nicholas Tierney

Monash University

SSA Vic Meetup

Tuesday 31st July, 2018

njtierney.com/talks

1 / 25

Who has taught Statistics?

2 / 25

Who is being taught statistics?

3 / 25

Meet your neighbour

"What are you teaching?"

"What are you learning?"

"Who taught you statistics?"

4 / 25

Who thought they had to learn programming?

5 / 25

Pi-shaped researcher

6 / 25

Ville Tervo

Jake van der Plas

In the words of Alex Szalay, these sorts of researchers must be "Pi-shaped" as opposed to the more traditional "T-shaped" researcher. In Szalay's view, a classic PhD program generates T-shaped researchers: scientists with wide-but-shallow general knowledge, but deep skill and expertise in one particular area. The new breed of scientific researchers, the data scientists, must be Pi-shaped: that is, they maintain the same wide breadth, but push deeper both in their own subject area and in the statistical or computational methods that help drive modern research:

7 / 25

My journey

8 / 25

Psychology

9 / 25

PhD statistics

10 / 25

Teaching statistics

11 / 25

R packages

visdat.njtierney.com

naniar.njtierney.com

12 / 25

Post Doc

13 / 25
14 / 25
15 / 25

s

  • discuss how I took this course

Learning is a three part process, in which a student:

  1. Receives information accurately
  2. Remembers the information (long term memory)
  3. In such a way that they can reapply the information when appropriate

(Teaching is whatever helps a student do that)

Taken from Garret Grolemund's Teach the Tidyverse

16 / 25
17 / 25

Course climate:

  • Establish early
  • Make Uncertainty Safe
  • Get students talking < 5 min
  • Resist a Single Right Answer
18 / 25

Course climate:

Watch dismissive language

"This has an obvious solution"

"Just download the R package"

"Oh that's easy, just do this ..."

"Simply..."

19 / 25

Feedback

Frequent Feedback Opportunities

Meghan Duffy's: "Sticky Notes as a teaching and lab meeting tool"

20 / 25

Understanding learning

  • Growth and fixed mindsets
  • Reframe success + failure as opportunities for growth
21 / 25

Reframing

From

"I'll never understand"

"I just don't get programming"

"I'm not a maths person"

22 / 25

Reframing

From

"I'll never understand"

"I just don't get programming"

"I'm not a maths person"

To

"I understand more than I did this morning"

"I can learn how to program"

"Compared to this morning, I've learnt quite a bit!"

22 / 25

Practical approaches

  • Balance Lecture with Exercise:
    • 5-10 min lecture, then
    • 1-10 min exercises
  • Use live coding
23 / 25

Recap

  • Course climate: Establish early
  • Provide Frequent Feedback Opportunities (sticky notes)
  • Understand growth and fixed mindsets
  • Balance Lecture with exercise
  • Use live coding
  • Teach using R Markdown
24 / 25

Who has taught Statistics?

2 / 25
Paused

Help

Keyboard shortcuts

, , Pg Up, k Go to previous slide
, , Pg Dn, Space, j Go to next slide
Home Go to first slide
End Go to last slide
Number + Return Go to specific slide
b / m / f Toggle blackout / mirrored / fullscreen mode
c Clone slideshow
p Toggle presenter mode
t Restart the presentation timer
?, h Toggle this help
Esc Back to slideshow