the science behind engaging students in class

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Kevin A. Clauson, PharmD The Science Behind Engaging Students in Class

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This is the expanded version of 'How to Fight Lecturalgia'. The enhancements from the peer-reviewed literature and science behind aspects of visual design were added in response to feedback after presenting the former version. This was presented as the keynote of Faculty Development at the University of Louisiana - Monroe.

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Page 1: The Science Behind Engaging Students in Class

Kevin A. Clauson, PharmD

The Science

Behind Engaging

Students in Class

Page 2: The Science Behind Engaging Students in Class

Which College are you

representing today?

1. Arts and Sciences

2. Business

Administration

3. Education and

Human Development

4. Health Sciences

5. Pharmacy

6. Graduate Studies

Page 3: The Science Behind Engaging Students in Class

Which best describes your

formal training on how to teach?

1. Modeling based on observing professors

2. Periodic faculty development after becoming a teacher

3. Teaching certificate/track in residency/postdoc

4. Education degree

5. Other

Page 4: The Science Behind Engaging Students in Class

What best describes your use of

an audience response system?

0%

0%

0%

0%

0% 1. I have never considered using clickers

in my class

2. I have considered clickers, but never

tried them in class

3. I use clickers sometimes in my classes

4. I use clickers frequently in my classes

5. I should probably be teaching YOU

about clickers

Page 5: The Science Behind Engaging Students in Class

Objectives

1. Discuss underlying causes and treatments

for lecturalgia

2. Discuss communication and visual design

concepts including dual channels, split

attention effect, and cognitive load

3. Explore the benefits and hurdles with an

audience response system (ARS)

4. Formulate a plan to increase student

interaction and engagement with ARS

Page 6: The Science Behind Engaging Students in Class

What is Lecturalgia?

1. Endangered species

of microplankton

2. Type of nail fungus

3. Word from Greek for

„painful lecture‟

4. Word I just made up

Page 7: The Science Behind Engaging Students in Class

Med Educ 2001;35(12):1135-42.

Causes of

lecturalgia

Page 8: The Science Behind Engaging Students in Class

Poor

organization

Page 9: The Science Behind Engaging Students in Class

The Craft of Scientific Presentations

Page 10: The Science Behind Engaging Students in Class

Poor judgment

Page 12: The Science Behind Engaging Students in Class

Poor

delivery

Page 13: The Science Behind Engaging Students in Class

Pipeline

(unidirectional)

Beyond Bullet Points, 2008.

Page 14: The Science Behind Engaging Students in Class

Pipeline

Beyond Bullet Points, 2008.

No

learning

Fragmented

learning

Meaningful

learning

Page 15: The Science Behind Engaging Students in Class

“My Time” vs “Our Time”

Page 16: The Science Behind Engaging Students in Class

Be flexible in your approach

Page 17: The Science Behind Engaging Students in Class

Avoid educational constipation

Page 18: The Science Behind Engaging Students in Class

Which type of memory has the

most limited capacity?

1. Sensory

2. Working

3. Long-term

Page 19: The Science Behind Engaging Students in Class

Sensory Long-termWorking

Three Types of Memory

Psychol Rev 1956;63(2):81-97.

Nat Rev Neurosci 2003;4(10):829-39.

Page 20: The Science Behind Engaging Students in Class

Sensory Long-termWorking

Three Types of Memory

Psychol Rev 1956;63(2):81-97.

Nat Rev Neurosci 2003;4(10):829-39.

Page 21: The Science Behind Engaging Students in Class

Mental

processing

Mu

ltim

ed

ia L

ea

rnin

g, 2

00

9.

Page 22: The Science Behind Engaging Students in Class

Co

mp

utE

duc

20

03

;41

:77

-86.

Step 1

Put words into

auditory working

memory and

images into

visual working

memory

Page 23: The Science Behind Engaging Students in Class

Co

mp

utE

duc

20

03

;41

:77

-86.

Step 2

Organize

information

separately in

auditory and

visual memory

Page 24: The Science Behind Engaging Students in Class

Co

mp

utE

duc

20

03

;41

:77

-86.

Step 3

Integrate

representations

with prior

knowledge

Page 25: The Science Behind Engaging Students in Class

Dual Coding

Mind and Its Evolution, 2007.

Visual Channel

Audio Channel

Page 26: The Science Behind Engaging Students in Class

Lack of channel synchronicity

Page 27: The Science Behind Engaging Students in Class

Lack of channel synchronicity

Split attention effect

Page 28: The Science Behind Engaging Students in Class

Lack of channel synchronicity

Split attention effect

Increased cognitive load

Page 29: The Science Behind Engaging Students in Class

We can speak at ~ 125 words per

minute (WPM), but we read at:

1. 25 WPM.

2. 125 WPM.

3. 150 WPM.

4. 200 WPM.

5. >250 WPM.

Page 30: The Science Behind Engaging Students in Class

Putting all of the text on the screen of what

you will say and then essentially reading

that text is the surest way to induce the

redundancy effect which basically means

you are presenting the same information at

the same time via both visual and audio

channels so you force the working memory

of the students to work twice as hard to

reconcile those two sources of information

leading to cognitive overload which

ultimately impairs learning

J Educ Psych 2001;93(1):187-98.

Page 31: The Science Behind Engaging Students in Class

Perfect storm created that

reduces learning

Multimedia Learning, 2009.

Page 32: The Science Behind Engaging Students in Class

The perfect marriage of audio and visual can enhance conceptual recall

Co

gn

itiv

e L

oa

d, 2

01

0.

Page 33: The Science Behind Engaging Students in Class

However, slides containing

text with unrelated or visually

discordant images could

negatively affect learning

J Am Soc Info Sci 1996;47:437-48.

Page 34: The Science Behind Engaging Students in Class

Pastry chefs: a

brief history

(maybe if the topic

was pasty chefs…

or Vitamin D

deficiency)

Page 35: The Science Behind Engaging Students in Class

When considering lecture

delivery and its visuals…

Page 36: The Science Behind Engaging Students in Class

Design. Do Not Decorate.

Page 37: The Science Behind Engaging Students in Class

How many slides should you

have for a 60 minute lecture?

0%0%0%0%0%

15 45 60 75 Other

1. 15

2. 45

3. 60

4. 75

5. Other

Page 38: The Science Behind Engaging Students in Class
Page 39: The Science Behind Engaging Students in Class

Symptoms of lecturalgia to

watch for…

Page 40: The Science Behind Engaging Students in Class

Tinnitus

Page 41: The Science Behind Engaging Students in Class

Loss of consciousness

Page 42: The Science Behind Engaging Students in Class

Suicidal

ideation

Page 43: The Science Behind Engaging Students in Class

And of course…

texting

Page 44: The Science Behind Engaging Students in Class

How Do We Fight

Lecturalgia?

Revista de Informatica Aplicada 2009;5(1):51-60.

Page 45: The Science Behind Engaging Students in Class

Solutions to treat lecturalgia are

not always clear

BMC Med Educ 2003;3:12.

Page 46: The Science Behind Engaging Students in Class

Gamble that what you‟ve always

done still works?

Page 47: The Science Behind Engaging Students in Class
Page 48: The Science Behind Engaging Students in Class

Sometimes it‟s best to dive right in

Page 49: The Science Behind Engaging Students in Class

ARS to

fight

lecturalgia

Proceedings 2008 (4709-4717).

Page 50: The Science Behind Engaging Students in Class

Transitioning from…

QJM 2004;97(1):47-51.

Sage on the Stage eSocrates

Page 51: The Science Behind Engaging Students in Class

Use as part of a

blended approach

to teaching

Page 52: The Science Behind Engaging Students in Class

Ultimately, it‟s just

one more tool

Page 53: The Science Behind Engaging Students in Class

When was ARS introduced

into medical education?

1. Early 1970s

2. Early 1980s

3. Late 1980s

4. Late 1990s

Page 54: The Science Behind Engaging Students in Class

First generation student clicker

Mayo Clin Proc 1973;48:294-7.

Mayo Clin Proc 1977;52:556-60.

Page 55: The Science Behind Engaging Students in Class

College Faculty Use of ARS

8%

13%

79%

Don't know what it is

Use it some

Never use it

Source: Faculty Survey of Student Engagement 2009

Page 56: The Science Behind Engaging Students in Class

How frequently do you need to

reengage your audience?

1. Every 3 minutes

2. Every 7 minutes

3. Every 20 minutes

4. Every 30 minutes

Page 57: The Science Behind Engaging Students in Class

Every

Minutes

Page 58: The Science Behind Engaging Students in Class

Student

populations are

increasingly

diverse with

accompanying

differences in

learning styles

Page 59: The Science Behind Engaging Students in Class

Customize the learning experience

Page 60: The Science Behind Engaging Students in Class

Strategies for implementing

ARS in the classroom

Page 61: The Science Behind Engaging Students in Class

What ARS strategy are you

MOST looking forward to using?

0%

0%

0%

0%

0%

Medical Teacher 2008;30(2):146-9.

1. Factual questions to evaluate outside readings and content

2. Conceptual questions to drive discussion

3. Linkable pre- and post-test questions

4. Creating questions on the fly to gauge student understanding

5. Real-time course evaluations

Page 62: The Science Behind Engaging Students in Class

Additional ARS Strategies

Am J Pharm Educ 2008;72(4):77.

Page 63: The Science Behind Engaging Students in Class

Assess participation/attendance

Page 64: The Science Behind Engaging Students in Class

Administer low stakes quiz/OSCE

Page 65: The Science Behind Engaging Students in Class

Elicit opinions on

sensitive topics

Page 66: The Science Behind Engaging Students in Class

Analyze data generated and

map to objectives/outcomes

Page 67: The Science Behind Engaging Students in Class

Use ARS to vote on

student presentations

Page 68: The Science Behind Engaging Students in Class

ARS and crowd behavior

IEEE International CCA 2007;658-663.

Page 69: The Science Behind Engaging Students in Class

Types of

Page 70: The Science Behind Engaging Students in Class

What type

of bacteria

is this?

1. Staphylococcus

2. Streptococcus

3. Meningococcus

Page 71: The Science Behind Engaging Students in Class

What color is the cerebellum?

1. Blue

2. Green

3. Purple

4. Red

5. Yellow

Page 72: The Science Behind Engaging Students in Class

What color elicits the strongest

placebo effect for depression?

1. Green

2. Red

3. Yellow

4. Pill color does not

alter response

Page 73: The Science Behind Engaging Students in Class

BMJ 1996;313:1624-26.

Page 74: The Science Behind Engaging Students in Class

Which course would be most useful

to prepare students for this patient?

Page 75: The Science Behind Engaging Students in Class

Which course would be most useful

to prepare students for this patient?

1. Communication Skills

2. Drug Delivery

Systems

3. Pharmacognosy

4. Pharmacokinetics

5. Therapeutics/

Pathophysiology

Page 76: The Science Behind Engaging Students in Class

Which country has the largest

number of English speakers?

1. China

2. England

3. India

4. South Africa

5. United States

Page 77: The Science Behind Engaging Students in Class

English Mania

Page 78: The Science Behind Engaging Students in Class

Hurdles

with ARS

Page 79: The Science Behind Engaging Students in Class

What will the biggest hurdles be

here for using ARS?

0%

0%

0%

0%

0% 1. Maintenance costs

2. Requirement to modify teaching style

and existing lecture

3. Student resistance to change

4. Technology malfunctions

5. Time investment by faculty to learn

software and hardware

Page 80: The Science Behind Engaging Students in Class

Let‟s take a look at the literature

Page 81: The Science Behind Engaging Students in Class

ARS in pharmacy schools

Page 82: The Science Behind Engaging Students in Class

Use of ARS in

Molecular Biology &

Physical Chemistry Courses

Am

J P

harm

Educ

20

09

;73

(2):

21

.

Page 83: The Science Behind Engaging Students in Class

98% (n=109)

responded that ARS

helped pay attention

Am J Pharm Educ 2009;73(2):21.

Page 84: The Science Behind Engaging Students in Class

Silver medal questions must

be answered solo by

students

For credit: 80% of the class

must answer correctly

Gold medal questions can be

answered collaboratively

For credit: 90% of the class

must answer correctly

Am J Pharm Educ 2009;73(2):21.

Page 85: The Science Behind Engaging Students in Class

Detour

Alternative

Grading

Schemes

Ahead

Page 86: The Science Behind Engaging Students in Class

Percentages of ARS

questions answered

Participation

Points

100%-80% 5

79%-65% 4

64%-50% 3

Less than 50% 0

Sydneyeve Matrix

Page 87: The Science Behind Engaging Students in Class

Hybrid ARS

Grading

Dr. Russell James III

Page 88: The Science Behind Engaging Students in Class

*Previous 2 years student

evaluations (4 pt scale)

Page 89: The Science Behind Engaging Students in Class

Mean course grades increased:

2006 (81.8; p<0.001)

2007 (86.1; p<0.05)

compared to 2008 with ARS (89.9)

Page 90: The Science Behind Engaging Students in Class

No difference between ARS and

non-ARS performance in

Pathophysiology and Therapeutics with

memorization exam items

ARS group performed better (82.5%)

than non-ARS group (77.4%) (p=0.002)

with analytical type exam questions

Page 91: The Science Behind Engaging Students in Class

Use of ARS in Cancer Module

Am

J P

harm

Educ

20

08

;72

(2):

38

.

Page 92: The Science Behind Engaging Students in Class

Focus groups assessed ARS

Page 93: The Science Behind Engaging Students in Class

Pilot study using ARS to

connect three campuses

Page 94: The Science Behind Engaging Students in Class

Survey Item SA/A

(%)

U

(%)

SD/D

(%)

Use of ARS encouraged

me to participate in class

89.8 5.1 5.1

Because of ARS I

participated more than I

usually do

84.5 4.5 11.0

I valued that ARS let me

respond anonymously

93.2 3.4 3.4

The use of ARS made

some topics clearer

72.0 15.4 12.6

The use of ARS was

distracting

12.0 11.4 76.6

SA=strongly agree, A=agree, U=unsure, SD=strongly disagree, D=disagree

Page 95: The Science Behind Engaging Students in Class

What GAPS exist in the literature?

Page 96: The Science Behind Engaging Students in Class

ARS outside of the classroom

Page 97: The Science Behind Engaging Students in Class

Use of ARS for paperless

live CE sessions

J C

on

tin

Ed

uc

He

alt

h P

rof

20

03

; 2

3(2

):1

09

-115

Page 98: The Science Behind Engaging Students in Class

Int

J N

urs

Pra

ct

20

10

;16

(3):

26

8-7

3.

Data collection at nursing

conference with ARS

Page 99: The Science Behind Engaging Students in Class

Using ARS to educate patients about

online health information seeking behaviors

Google Health Wikipedia

Page 100: The Science Behind Engaging Students in Class

Where do

we go from

here?

Page 101: The Science Behind Engaging Students in Class

In healthcare – if

you didn’t document

it, then you didn’t

do it

Page 102: The Science Behind Engaging Students in Class

In education – if

you didn’t assess it,

you might as well

not have done it

Page 103: The Science Behind Engaging Students in Class

Pay attention to the details

Page 104: The Science Behind Engaging Students in Class

Have you viewed

“Death By PowerPoint”?

0%0%

Yes No

1. Yes

2. No

Page 105: The Science Behind Engaging Students in Class

Free Recommended Resources

www.ted.com

www.slideshare.net www.derekbruff.com/teachingwithcrs

www.flickr.com

Page 106: The Science Behind Engaging Students in Class

Recommended Resources

Page 107: The Science Behind Engaging Students in Class

Summary Points

• ARS is one tool in our arsenal to increase

student engagement

• Proactively managing the hurdles with

ARS and integrating educational theory

may result in a better learning experience

• Benefits associated with ARS have been

demonstrated but additional research is

still needed

Page 108: The Science Behind Engaging Students in Class

Expanded slide deck can be found at:

www.slideshare.net/kclauson

Page 109: The Science Behind Engaging Students in Class

Images

• http://www.colbertnation.com/the-colbert-report-videos/312658/june-17-2010/obama-s-simplified-bp-oil-spill-speech

• htttp://www.youtube.com

• http://www.aace.org/conf/edmedia/

• http://farm3.static.flickr.com/2073/2264195999_c4cc2c9ef7.jpg?v=0

• http://www.philipcoppens.com/socrates_2.jpg

• http://www.villaware.com/Product.aspx?pid=1506

Page 110: The Science Behind Engaging Students in Class

Images

• http://dclips.fundraw.com/zobo500dir/ornamental_s_7.jpg

• http://www.flickr.com/photos/spacelion/2295706021/sizes/l/in/photostream/

• http://www.wired.com/medtech/drugs/magazine/17-09/ff_placebo_effect?currentPage=all

• http://www.ted.com/index.php/talks/jay_walker_on_the_world_s_english_mania.html

• www.youtube.com/watch?v=XjkCl3-PId8

• http://worldbreastfeedingweek.net/wbw2008/images/silvermedal_back.JPG

• http://media.sacbee.com/static/weblogs/the_state_worker/gold%20medal.jpg

Page 111: The Science Behind Engaging Students in Class

Images

• http://blog.taragana.com/n/wp-content/uploads/2009/07/piaggio-mp3-hybrid-scooter-1.jpg

• http://www.flickr.com/photos/30211781@N04/3937853319/sizes/l/in/photostream/

• http://www.flickr.com/photos/valuecarenurses/149314448/sizes/l/

• http://neatorama.cachefly.net/images/uploads/2007/03/1292945_360x249.jpg

• http://www.slideshare.net

Unreferenced images are

licensed stock photography

Page 112: The Science Behind Engaging Students in Class

Thank you for your time!

@kevinclauson unhub.com/kevinclauson

Page 113: The Science Behind Engaging Students in Class