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The active learning ecosystem re- imagined // pedagogy, technology and space dr. lennie scott-webber

The Active Learning Ecosystem Reimagined: Pedagogy, Technology, and Space (245115371)

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Technology is often the Band-Aid for education's woes. Millions are spent on technology each year, trying unsuccessfully to make a difference where it counts: students' success. A more holistic look at the ecosystem of an active learning environment, the pedagogy, technology, and space helps envision what a true, deep learning experience might allow. It takes an active teacher for active learning to occur. First, educators have to teach differently. Then, knowing what the pedagogy might be, a strategy can be built for the technology and spatial needs. One builds on the next.OUTCOMES: Learn about a guiding Active Learning Ecosystem Framework *Learn how research should be guiding decision making *Learn about innovative solutions using the framework and research as guiding constructs http://www.educause.edu/events/eli-online-fall-focus-session-re-imagining-learning-spaces/2014/active-learning-ecosystem-reimagined-pedagogy-technolo

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The active learning ecosystem re-

imagined // pedagogy, technology

and space

dr. lennie scott-webber

Recognize the role of research

Understand a new framework

Realize innovative solutions using the framework

Measure results

discovery | steelcase research

Human-centered /

design thinking

research protocol

used

UNDERSTAND OBSERVER SYNTHESIZE REALIZE PROTOTYPE MEASURE

discovery | steelcase research

Study the work of

brain science,

learning research &

environment-

behavior theory

UNDERSTAND OBSERVER SYNTHESIZE REALIZE PROTOTYPE MEASURE

discovery | brain science

Cognitive

neuroscience helps

us understand how

the brain learns

Thinking

Focus

Diffuse

Tools

Analogue

Digital

discovery | brain science

Every brain is

unique: we each

process information

in different ways

source: dr. terry sejnowski / salk institute ANFA

discovery | learning research

constructivism

behavioralism

conceptual change

cognitive apprenticeship

humanism

information processing

Source: By ZOE TIMOTHY DOWNING on October 20, 2008 http://www.personal.psu.edu/ztd102/blogs/science_teaching_and_learning/2008/10/blog-8-learning-theories-venn-diagram.html; retrieved june 10, 2011;science teaching and learninga discussion of readings for SCIED 552

discovery | environment behavior

Intimate Personal

Social Public

Source: E.T. Hall. Hidden Dimensions. (1969)

POLL

Is research important to imbed for decisions

about real learning?

• Yes

• No

Background research

Understand a new framework

Realize innovative solutions using the framework

discovery | framework Decision-making is in siloes

PEDAGOGY TECHNOLOGY SPACE

discovery | framework

Active Learning

Ecosystem

ALES©

Pedagogy

Technology

Space

Student-

centered

© Steelcase 2013

discovery | framework

Active Learning

Ecosystem

Without an active

educator active

learning doesn’t

occur

© Steelcase 2013

discovery | framework

passive learners

directed learning

knowledge revealed

alone

knowledge is

discrete

content focused

active learners

facilitated learning

knowledge discovered

alone & together

knowledge is

embedded

content & process

focused

Teaching and learning are changing

© Steelcase 2013

discovery | framework

MOOCs

1:1 & BYOD

Blended learning

Distance learning

Flipped classrooms

Collaboration

Student groups

Peer-to-peer

F/S interactions

Virtual

Technology is changing

© Steelcase 2013

discovery | framework Space is NOT changing

• History repeating itself

© Steelcase 2013

Public 4 Year

Private 4 Year

Private 4 Year

Private 4 Year

Community College

Community College

Public 4 Year

Community College

Public 4 Year

POLL

What three attribute make up the ALES’s

Framework?

• Pedagogy

• Technology

• Space

Background research

Understand a new framework

Realize innovative solutions using the framework

realize | applications ideation

© Steelcase 2013

realize | applications ideation

share screens and work surfaces

support social learning © Steelcase 2013

realize | applications ideation

share analog and digital

content

tools to display and

share information

© Steelcase 2013

realize | applications ideation

© Steelcase 2013

visual privacy for teams

co-creation of digital content

capture and distribute

information

realize | applications reality

© Steelcase 2013

realize | applications reality

© Steelcase 2013

realize | applications reality

© Steelcase 2013

realize | applications reality

© Steelcase 2013

realize | applications reality

© Steelcase 2013

Background research

Understand a new framework

Measure results

Measure results

Student survey

results -

engagement

23.9 22.8

33.3 34.6

0

5

10

15

20

25

30

35

40

Activities Solutions

Standard (Old) Current (New)

© Steelcase 2013

*

Student survey results - engagement

0 10 20 30 40 50 60 70 80 90 100

Engagement in class

Ability to achieve a higher grade

Increase in motivation to attend class

Ability to be creative

© Steelcase 2013

Instructor survey

results – student

engagement

© Steelcase 2013

*

Instructor survey results – student engagement

© Steelcase 2013

0 10 20 30 40 50 60 70 80 90 100

Engagement in class

Ability to achieve a higher grade

Increase in motivation to attend class

Ability to be creative

opportunity | real learning 21st century learners

© Steelcase 2013

opportunity | real learning 20th century teaching

practices

© Steelcase 2013

opportunity | real learning 19th century learning

places

© Steelcase 2013

POLL

Is student engagement a high predictor of

student success?

• Yes

• No

Thank you