Early academic achievements leads to higher self-esteem, better health, and most importantly, ongoing academic success (Murrell, Salsman & Meeka,2003; Rudasill, Gallagher & White, 2010). Thus, it is crucial to find out how we can boost academic achievement in young children.
In this study, we explore two possible ways - Emotion Knowledge & Teacher's Expectation
*This is not from a published, peer-reviewed, journal article. It is a student-based final year project.
4. Early academic achievement leads to:
Higher self-esteem, better health &
ongoing academic success
Thus, it is crucial to find ways to boost it,
and this study explores 2 possible ways:
Emotion Knowledge & Teachers’ Expectations
Did you know...
5. • To explore how early academic
achievement can be enhanced through
emotion knowledge & teachers’
expectations
• To see if a developmental trajectory is
present for emotion knowledge in
Singaporean children
Objectives of Study
7. • Develops during preschool
• Key predictor of academic success
• Made up of:
– Receptive emotion knowledge (recognition)
– Expressive emotion knowledge (labeling)
– Emotion situation knowledge (understanding
causes and consequences)
Emotion Knowledge
8. EK & Academics
Development and use of EK components
Better behavioral and emotional regulation
Able to pay better attention when learning
ACADEMIC SUCCESS!
10. • Expectations may influence children’s
– Behavior, to match these expectations
– Early educational opportunities
– Early learning environment
• Any combination of these would influence
academic success
Expectations & Academics
11. • Emotion knowledge is related to academic
achievement
• Teachers’ expectations are related to
children’s academic achievement
• A developmental trajectory is observed for
emotion knowledge
And so, our hypotheses...
12. • Emotion knowledge
– Emotion Matching Task (EMT)
• Teacher’s expectations
– Questionnaire on child’s school readiness
(to include all aspects)
• Academic achievement
– Math: Test of Early Mathematical Ability (TEMA-III)
– Language: Peabody Picture Vocabulary Test (PPVT-IV)
• Age in months
Variables/Measures
14. • Participants
– 65 preschoolers (36 male, 29 female) and
their teachers via convenience sampling
– Age of children: 37-72 months (3-6 years)
– Main language spoken is English
• Correlational study (no manipulation)
Background Info
15. Recruitment
(2-3 weeks)
Assessment of
children
(3 x 20 min)
Debrief
(1 week)
Procedure
• Information session with preschool principal
• Consent forms given to teachers and parents/guardians
• Questionnaire given to teachers
16. • Questionnaire on expectations of child’s
school readiness
– Covers social, emotional, behavioral and
cognitive domains
• Adapted from 1993 National Household
Education Survey
– Certain questions were adjusted to suit a
standard rating scale
Teacher Questionnaire
17. Sample question:
The child can recognize ____ of the letters of the
alphabet.
Teacher Questionnaire
Rating Rating Scale
5 All
4 Most
3 Some
2 A few
1 No/None
18. Recruitment
(2-3 weeks)
Assessment of
children
(3 x 20 min)
Debrief
(1 week)
Procedure
• 3 separate sessions on different days for each child
• Each session (emotion knowledge, math & language) was
20 minutes with a debrief
• The order of sessions was randomized for every child
• Environment was conducive with minimal distraction
19. Recruitment
(2-3 weeks)
Assessment of
children
(3 x 20 min)
Debrief
(1 week)
Procedure
• Emotion Knowledge session: Emotion Matching Task
• Math session: Test of Early Mathematical Ability
• Language session: Peabody Picture Vocabulary Test
20. • Assesses early emotion knowledge
• Has 4 sections (12 questions each)
• Only requires child to point, except for part 3
which requires a verbal response
• Focuses on 4 main emotions:
– Happy, Sad, Angry and Scared/Surprised
Emotion Matching Task
21. Part 1: Matching expressions of
the same emotion
Her face shows how she feels.
Show me which one of these
feels the same way.
Part 2: Matching the appropriate
emotion for a given scenario
Show me the one who got a nice
new toy, just what they wanted.
Emotion Matching Task
22. Part 3: Labeling expressions of
different emotions
Look at his face. Can you tell
me how he feels?
Part 4: Matching the appropriate
expression for a given emotion
Show me the one who is happy.
Emotion Matching Task
23. • Assesses early mathematical ability through
standardized testing
• Tests both formal and informal skills, such as
addition, problem solving, counting and number
recognition
• Made up of short, game-like activities
• Uses concrete, pictorial and abstract forms
• Involves verbal, non-verbal and writing items
TEMA-III
24. Sample questions:
• Show me 4 fingers
• How many cats are there?
• If you have 4 tokens and you get 1 more, how
many do you have altogether?
TEMA-III
25. • Assesses receptive vocabulary ability in children
and adults through standardized testing
• Predicts a person’s acquisition or mastery of the
English language (language competency)
• All items are presented in a 4-picture page
layout and require the person to point to the
picture that depicts a certain word
PPVT-IV
29. Variable Measure Reliability (alpha)
Emotion
knowledge
Total score on EMT > .7
Academic
achievement
Mean standardized math
and language ability scores
from the TEMA and PPVT
> .9
(TEMA and PPVT)
Teacher
expectations
Mean score on
questionnaire
> .7
Age Age in months -
Measures & Reliability
30. • Bivariate correlation (Pearson)
– Emotion knowledge and academic achievement
– Teacher expectations and academic achievement
• Linear regression
– Age as a predictor of emotion knowledge
Statistical Tests
31. 60
70
80
90
100
110
120
130
0 10 20 30 40 50
Emotion Knowledge
Academic
Achievement
Linear
(Academic
Achievement)
EK & Academics
r (63) = .52, p < .001
Emotion knowledge has a significant, positive correlation
with academic achievement
32. 0
0.1
0.2
0.3
0.4
0.5
0.6
Academic
achievement
Language ability Math ability
Correlation
with emotion
knowledge
EK & Academics
L: r (63) = .43, p < .001
M: r (63) = .38, p < .01
Emotion knowledge is significantly correlated with individual
components of academic achievement (language and math)
33. 0
1
2
3
4
5
6
0 10 20 30 40 50
Emotion Knowledge
Teacher
expectations
Linear
(Teacher
expectations)
Expectations & Academics
r (63) = .01, p > .05
Teacher expectations has no relation with
academic achievement
34. EK and Age
0
10
20
30
40
50
35 40 45 50 55 60 65 70 75
Age (in months)
Emotion
Knowledge
Linear
(Emotion
Knowledge)
Age is a significant predictor of emotion knowledge
b = .43, t (63) = 3.99, p < .001
35. • Emotion knowledge is related to academic
achievement: SUPPORTED!
– Emotion knowledge is significantly positively related
to academic achievement
– Emotion knowledge has the highest correlation with
academic achievement (as a whole), followed by
language and then math
Hypotheses
36. • Teachers’ expectations are related to children’s
academic achievement: NOT SUPPORTED
• A developmental trajectory is observed for
emotion knowledge: SUPPORTED!
– Age is a significant predictor of emotion knowledge
Hypotheses
38. Significant positive correlation found between
emotion knowledge and academic achievement.
• Both emotional and cognitive parts are linked
and develop together
• Relationship between EK and academics is
universal across different cultures
– Singapore is a multicultural society
Theoretical Implications
39. Significant positive correlation found between
emotion knowledge and language/math (individual
components of academics).
• Development of understanding and regulating emotions
in very young children is closely related with general
language ability (as found in previous research)
• Mathematical ability is also important and plays a part in
emotional development (and vice versa)
Theoretical Implications
40. There is no relationship found between teacher
expectations and academic achievement.
• It does not matter what is expected of a child, because it
has no effect on their academic achievement
• The effect of expectations may not always be present
(may only be present in older children)
• Preschoolers, especially the younger ones may not be old
enough to understand what their teacher’s expectations
are or to let these expectations affect them
Theoretical Implications
41. Age is a significant predictor of emotion
knowledge.
• Emotion knowledge develops with age, suggesting the
presence of a developmental trajectory
• Although we can try to help children learn EK skills at an
earlier age, not all of them may be ready
• Emotion knowledge may increase with age because of
the increased number of social & emotional experiences
of the child and their interactions with other people
Theoretical Implications
42. • Learning of emotion knowledge skills should be
incorporated into the preschool curriculum
– It may help to boost academic achievement and thus,
school readiness (which involves both socio-emotional
and cognitive areas)
• Emotion knowledge develops with age, so a younger child
cannot typically be expected to have the same level of
emotion knowledge as an older child
Practical Implications
43. • Lack of standardized scoring for EMT
• Majority of the testing items and tasks were verbal
– May not be truly representative of the child’s
academic achievement (which also includes written
ability and their performance in class)
• Teachers may rate all their students high because of
social desirability (may not be how they really feel)
• Singapore is multicultural
Limitations
44. • Use written as well as verbal tasks, along with child’s
performance in class
• Compare different cultures
– Parenting style and involvement
– Parental expectations
• Look at presence of older siblings
• Mixed-age group preschools (Full/partial/none)
• Look at the school’s syllabus/culture - some may focus
on individual work while others may focus on group
activities
Future Research