(Re:)Designing Class for Flipped Learning Experiences

California Polytechnic State University / 17 October 2014


Robert Talbert / @RobertTalbert / +RobertTalbert
Mathematics Department, Grand Valley State University
GVSU

Link to this presentation: http://roberttalbert.github.io/calpoly

Why I started teaching

GVSU

A problem and a question

GVSU

How do you know that your students are learning?

How does one convert a course from a traditional model to a flipped learning model, in a sustainable way?

Time / energy / sanity / learning effectiveness / student happiness

A day in the life of a flipped calculus class

What makes this flipped learning and not just a flipped classroom?

Direct instruction relocated to pre-class

Class time focused on creative applications

Class environment is flexible

Class culture is focused on learning

Course content is intentional

I act like a professional educator


See: http://www.flippedlearning.org/definition

Why would someone flip a class?

Lecture less effective than interactive engagement (Hake, 1998)

Student learning in flipped instruction matches or exceeds learning in traditional instruction, exceeds in student engagement (Bates, Galloway 2012)

Lower student stress levels (Marlowe 2012)

Students in flipped instruction become more open to other teaching techniques (Strayer 2012)

Some pedagogies enabled by flipping effectively eliminate the gender gap in student learning in STEM disciplines (Lorenzo, Crouch, Mazur 2005)


But we don't necessarily need the research to tell us this.

(Re:)Designing class: The pre-class experience

Goal for flipped learning:

Pre-class activity provides enough direct instruction to launch the upcoming in-class activity.

The key ideas:

Provide stucture

Provide boundaries

Make it low-risk

Provide rich set of high-quality resources


The model of Guided Practice

(Re:)Designing class: The in-class experience

Goal for flipped learning:

In-class activity provides opportunity for creative, collaborative application work and opportunity for formative assessment and one-on-one interaction.

The key ideas:

Focus on Advanced learning objectives

Connect explicity to Basic learning objectives

Have alernatives ready for outlier students

Observe and collect data

One possible model: Peer instruction Platform used here: Learning Catalytics (http://learningcatalytics.com)

(Re:)Designing class: The post-class experience

Goal for flipped learning:

Post-class activity further sharpens student fluency on the Advanced learning objectives. To be done over time.

The key ideas:

Focus on Advanced learning objectives

Connect explicity to Basic learning objectives

Think minimal

(Re:)Designing class: Follow-through

Goal for flipped learning:

Follow-through involves reflective teaching practices, sharing your results, focusing on data.

Ways to do this:

Building in data collection opportunities

Collaborating with colleagues

Exploring social media and the internet

Presenting at conferences or to your department

Practical matters

How much time does this take?

How did you get student buy-in?

What happens if students rebel?

What practical difference does it make in student learning?

Encouragement and advice

Most important component: Communication

Biggest problem encountered: Time/task/info management

Best idea had: Collaborate with colleagues

Biggest confirmation: What happens to students downstream

Thank you

Robert Talbert, Associate Professor of Mathematics

Grand Valley State University, Allendale, Michigan USA

talbertr@gvsu.edu

Twitter: @RobertTalbert

Google+: +RobertTalbert

Blog: http://chronicle.com/blognetwork/castingoutnines

Presentation: roberttalbert.github.io/calpoly

Calculus materials*: http://github.com/RobertTalbert/calculus

Video content*: http://bit.ly/GVSUCalculus

* Free to use under a Creative Commons Attribution-ShareAlike 3.0 license.