STEM & Spatial
Skills
This Week’s Content
• Lecture on Spatial Skills – a key cognitive skill related to STEM and
Touchscreen study
• Article on Informal STEM learning – practical recommendations
• Two TED Talks about how to improve Science education
• Assignments:
• iLearn Activity that focuses on informal learning in museums and how to
apply that to working with children
• Forum to reflect on the week’s content and the experience of virtual
museums, zoos and aquariums
2
STEM & Spatial
Skills
• Transform & remember visual images
• Mentally manipulate structures
• Represent shapes, locations, & paths
Overview Spatial Skills
Spatial Skills
(Brosnan, 1998; Carroll, 1993; Casey et al., 2008; Newcombe
& Shipley, 2015; Uttal & Cohen, 2012; Wai, Lubinski, &
Benbow, 2009) 4
Development of Spatial Skills
Focus on individual
spatial entities
Attention towards
spatial relations
(Casey et al., 2008; Frick & Newcombe, 2015;
Piaget & Inhelder, 1956; Uttal, 2000)
Overview Spatial Skills
5
Individual Differences in Spatial Skills
• Emerge prior to kindergarten
• Motor skills (Newcombe & Frick, 2010)
• Play behaviors (Caldera et al., 1999; Levine et al., 2012; Verdine et al., 2014)
• Spatial language (Pruden, Levine, & Huttenlocher, 2011)
Overview Spatial Skills
6
Overview Spatial Skills
Spatial Skills & STEM
• Predict STEM achievement and attainment
(Newcombe, 2013; Uttal, Miller, & Newcombe, 2013; Wai, Lubinski, Benbow, 2009)
• Association between math and spatial skills begins in
infancy
(McCrink & Opfer, 2014; Mix et al., 2016; Verdine et al., 2014)
7
Overview Spatial Skills
(Uttal et al., 2013)
Spatial Skills & Malleability
8
• Spatial skills can be
trained & improved
• Potential route to
improving STEM abilities
• Interest in malleability of
children’s spatial skills
Overview Spatial Skills
Malleability in Children
• Interventions that include:
• Block play
(Casey et al., 2008)
• Spatial language
interventions
. (e.g., Polinsky et al., 2017)
• Example: intervention at
children’s museum
• Highlights potential & value
spatial play
9
10
Spatial Play
Overview Spatial Skills
Caldera et al., 1999;
Jirout & Newcombe, 2014;
Verdine et al., 2014;
Spatial
Language
Gentner et al., 2013
Pruden et al., 2011
Jirout & Newcombe, 2014
Levine et al., 2012
Yang & Chen, 2010
Puzzle
Play
Block
Play
Frequency of spatial play predicts children’s spatial abilities
(Jirout & Newcombe, 2015)
11
Limits of Spatial Play
Overview Spatial Skills
65 pieces
for $29.99
12
Overview Spatial Skills Digital Spatial Play
Digital Spatial Play
• Engaging with blocks &
shape structures through
digital media
• Takes advantage of
existing environment
13
Overview Spatial Skills Digital Spatial Play
Digital
Spatial Play
14
Overview Spatial Skills Digital Spatial Play
Digital Spatial Play
15
Overview Spatial Skills Digital Spatial Play
Real World vs. Media
• Learning the map of Australia using app or puzzle (Eisen & Lillard, 2019)
16
Overview Spatial Skills Digital Spatial Play
Real World vs. Media
• Learning to complete a Tower of Hanoi task
(Huber et al., 2016; Tarasuik et al., 2017)
• Learning the map of Australia using app or puzzle
(Eisen & Lillard, 2019)
• Quantity of maternal question asking during
physical or digital spatial play (Eisen, Jirout, & Lillard, 2019)
17
Digital Spatial Play as a Context for Spatial Skill
Development
Overview Spatial Skills Digital Spatial Play
Videogames and Spatial Skills
(Lowery & Knirk, 1982; McClurg & Chaillé, 1987;
Subrahmanyam & Greenfield, 1994)
• Conducive to spatial skill development
§ Coordination of perspectives
§ Parallel processing
§ Physical & mental manipulation of 3D objects
Overview Spatial Skills Digital Spatial Play
18
Affordances of Interactive
Digital Spatial Play
• Physically manipulate in ways that might otherwise be
impossible
• Directly manipulated (Sheehan & Uttal, 2016)
• Acting on the world facilitates processing of information
(e.g., embodiment: Aladé et al., 2016; Beilock & Holt, 2007)
Overview Spatial Skills Digital Spatial Play
19
20
21
Overview Spatial Skills Digital Spatial Play
“Informal education takes place by
means of a host of cultural tools,
among which electronic media have
become increasingly important.”
Kaveri Subrahmanyam & Patricia Greenfield, 1994
22
Overview Spatial Skills Digital Spatial Play
New Question:
How can cognitive development occur within the context
of digital media?
My Research Project:
We investigated how young children play two
different spatially-oriented touchscreen games
Overview Spatial Skills Digital Spatial Play Individual Differences
23
Spatially-Oriented
Touchscreen Games
24
Busy Shapes
RelationShapes
TocaBlocks
Participants
• 111 Children
• Ages: 3- to 6-year-olds (M = 4.95 years)
§ 28 3-year-olds
§ 27 4-year-olds
§ 26 5-year-olds
§ 30 6-year-olds
• 52 Males, 59 Females
• 73% Caucasian
• 60.36% have parent with some graduate education or
higher Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods 25
Procedure
Parent
Survey
Assessment
of Children’s
Spatial
Abilities
iPad
Games
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
26
Parent Survey
• Part 1: BRIEF-P (Executive Function)
§ In the past 6 months, how often has each of the following behaviors (e.g.,
overreacts to a small problem; becomes upset with new situations) been a
problem?
• Part 2: Media Usage & Attitudes (Sheehan et al., 2018)
§ Parents’ attitudes to children’s media consumption
§ Earliest age of exposure to smartphones/tablets
§ Time spent using technology yesterday
• Part 3: Child’s play behaviors (Tougu et al., 2017)
• Part 4: Demographics
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
27
Procedure
Parent
Survey
iPad
Games
3- & 4-year-olds 5- & 6-year-olds
Test of Spatial
Assembly
Children’s
Mental
Transformation
Task
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
Assessment
of Children’s
Spatial
Abilities
28
3D TOSA
3- & 4-year-old Spatial Test
1 2 3 4 5 6
Trials
Verdine, Golinkoff, et al., 2014
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
29
3D TOSA Scoring
3- & 4-year-old Spatial Test
Verdine, Golinkoff, et al., 2014
• Part 1: In relation to base piece
§ Vertical Location
§ Rotation
§ Translation
• Part 2: In relation to component pieces
§ Vertical Location
§ Rotation
§ Translation
Model
Base
Child’s Version
Component
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
30
2D Test of Spatial Assembly (TOSA)
3- & 4-year-old Spatial Test
Verdine, Golinkoff, et al., 2014
Trials
1 2 3 4 5 6
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
31
2D TOSA Scoring
3- & 4-year-old Spatial Test
• All scoring is in relation to
the base piece
• Horizontal & Vertical Location
• Adjacent Pieces
• Relative PositionBase Piece
Verdine, Golinkoff, et al., 2014
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
32
Procedure
Parent
Survey
iPad
Games
3- & 4-year-olds 5- & 6-year-olds
Test of Spatial
Assembly
Children’s
Mental
Transformation
Task
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
Assessment
of Children’s
Spatial
Abilities
33
Children’s Mental Transformation Task (CMTT)
5- & 6-year-old Spatial Test
7″
Look at these pieces. Look at these pictures. If you put the pieces
together, they will make one of the pictures. Point to the picture the
pieces make. (Ehrlich, Levine, & Goldin-Meadow, 2006)
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
34
Procedure
Parent
Survey
iPad
Games
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
Assessment
of Children’s
Spatial
Abilities
35
36
iPad Games
• Free & publicly available on IOS/Google Play
• Played both Busy Shapes (5mins), RelationShapes (7mins),
Toca Blocks (7 min)
• Shown demo & example
• Screen capture videos are recorded
• Scored on highest level reached & average time per level
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
Busy Shapes
• Goal: sort the shapes
Overview Spatial Skills Digital Spatial Play Individual DIfferences Current Study Methods
37
RelationShapes
• Goal: make sides the same
Overview Spatial Skills Digital Spatial Play Moderating Factors Current Study Methods
38
RelationShapes
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
39
40
Touchscreen Game Performance
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
Busy Shapes Performance
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
41
0.0000
5.0000
10.0000
15.0000
20.0000
25.0000
30.0000
35.0000
40.0000
Number of Levels
Younger Children Older Children
8.5
9
9.5
10
10.5
11
11.5
Time per level (seconds)
Younger Children Older Children
RelationShapes Perfomance
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods
42
0
1
2
3
4
5
6
7
8
9
Number of Levels
Younger Children Older Children
0
10
20
30
40
50
60
70
80
Time per Level (seconds)
Younger Children Older Children
Age Related Differences
3 Year Old 5 Year Old
Questions
1. Connection between children’s prior media experiences
and touchscreen performance?
2. Effect of age on touchscreen performance?
3. Association between spatial abilities and touchscreen
performance?
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods Results
44
45
Question 1: Children’s prior
media experiences and their
performance on spatially-oriented
touchscreen games
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods Results
Media & Touchscreen Performance
1. Age of exposure?
2. Frequency of tablet play?
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods Results
46
Question 2: Is there an effect of age
on touchscreen game performance?
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods Results
47
Age and Touchscreen Performance
• Busy Shapes
• Relationshapes
48
Question 3:
Is there a link between spatial abilities and
touchscreen game performance?
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods Results
49
50
Overall Performance on Spatial Assessments
TOSA:
M = 61%, SD = 17.59,
Range: 29-103
CMTT:
M = 67%, SD = .13,
Range: 38%-91%
7″
5- & 6-year-olds3- & 4-year-olds
Overview Spatial Skills Digital Spatial Play Individual Differences Current Study Methods Results
Spatial Skills and Touchscreen Performance
• For 3 & 4 year olds the higher the spatial skills the better children did
on the touchscreen games
• 3 year olds with higher spatial skills performed more like 5 year olds
• It didn’t matter for 5 & 6 year olds
51
Toca Blocks
• Coded screen recordings of children’s TocaBlocks play for three categories
of play behaviors, and each category had two subcodes:
• Perspective Changes: adjusting the screen to change the environment
where play is occurring
• Exploratory: change in scenery/environment that seems to lack intention
• Strategic: precise changes in scenery/environment
• Blocks Play: engaging with the blocks or other objects in the digital
environment
• Exploratory: testing/figuring out what the blocks can do
• Construction: building or creating a pattern
• Avatar Play: direct interaction with the characters on the screen
• Exploration: using avatar to move through environment
• Manipulation: using avatar to make changes to environment (e.g., destroying blocks)
52
Toca Blocks
Open Ended
Exploration
Toca Blocks
Open Ended
Exploration
Toca Blocks Findings
• No association with children’s spatial skills and the way they play Toca
Blocks
• Use the Avatar to explore more when they are older
55
What does this all mean?
• That different spatial games require different spatial abilities
• That spatial abilities relate to how children play digital games
• BUT what we don’t know is if children play digital games that
promote spatial skills would they improve their spatial skills and STEM
abilities…..
• STAY TUNED!
56
Thank You!
• Naomi Polinsky
• Dr. David Uttal, & Dr. Ellen
Wartella
• Jose Sotelo, Camille Msall,
Meriem Sadoun and all of the
RA’s at the Project on
Children’s Thinking
• Institute for Innovations in
Developmental Science at
Northwestern University
Overview Spatial Skills Digital Spatial Play Moderating Factors Current Study Methods Results Discussion
57
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