March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent...

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The Effect of the Rocket Math Program on First Grade Students’ Automaticity and Confidence in Learning Math March 2014 Action Research By: Julie Turner

Transcript of March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent...

Page 1: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

The Effect of the Rocket Math Program on First

Grade Students’ Automaticity and Confidence

in Learning Math

March 2014

Action Research By: Julie Turner

Page 2: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about addition

FLUENCY and AUTOMICITY?

What’s the Problem?

Page 3: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

What can we do about it? Start with research of course!

What is the effect of using the Rocket Math program on students’ automaticity and confidence in learning math facts?

Research Question:

Page 4: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

What does the research say?

2 Facts

Over learning

Automaticity?Small

doses..

Mental fatigue

Page 5: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Method2 Groups

Dependent Variables

Independent Variables

Research Design

InterventionSample

Page 6: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

MethodResearch

DesignIntervention

Sample

Let’s get started with ROCKET MATH !

Page 7: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Method

Research Design

InterventionSample

Grade One Students in 1JT and 1SM

USAColumbiaRussia/SudanArgentina/USAIndiaJordanNorwaySouth KoreaHungaryUSA/AustraliaVenezuelaItaly/USASweedenKenyaTurkeyOmanCanada/USAEgyptAlgeriaIranPakistanRussian

Page 8: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Instrumentation and Data Collection

Automaticity Confidence/Enjoyment

Page 9: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Thre

ats to

Valid

ityThreat Consideration

Two Different Teachers worked together and collaborated lessons and testing days

Academic History Pre/post tests were given to measure children from current levels

English as a Second Language

used comparison design with a repeated measures, two group pre/post design

Page 10: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Do you know what all that orange

means?

Results: Automaticity

Means of Group Gains

Control Experimental

5.83

1.31

Page 11: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

To Clarify…..

Means P

re/Po

st Test

in A

chie

vem

ent

Control Experimental0

5

10

15

20

25

Pre

Post

Very StatisticallySignificant

Page 12: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Results: Attitude

Pre

/Post S

core

s in

Attitu

de

Control Experimental0

5

10

15

20

25

Pre

Post

Page 13: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

So…what do we do next?Discussion and Action Plan

Who is ready

for addition

practice

today?

Page 14: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Pass it on!

Keep it up!

Collaborate

Keep Improving

Continue

Have FUN!

Share

Page 15: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

References

Crawford, Donald B., Ph.D (2003, June). The third stage of learning math facts: Developing automaticity.

Retrieved February 2014, from: http://www.rocketmath.com/uploads/Math_Facts_Research.pdf

Crawford, Donald B., Ph.D, Randi Saulter, M.S. (2013). Rocket Math: Directions

Retrieved November 2013, from:

http://www.rocketmath.com/uploads/Rocket_Math_Teacher_Directions-new.pdf

Crawford, Donald B., Ph.D (2003, June). The third stage of learning math facts: Developing automaticity.,

Retrieved February 2014, from:

http://www.rocketmath.com/uploads/Math_Facts_Research.pdf

Page 16: March 2014 Action Research By: Julie Turner. Students leave Grade One with an excellent understanding of the WHY and the HOW of addition, but what about.

Lehner, Patty. (2008). What is the relationship between fluency and automaticity through systematic teaching

with technology (FASTT Math) and improved student computational skills ? Retrieved from :

http://www.vbschools.com/accountability/action_research/PatriciaLehner.pdf

Martella, Ronald C., Nancy Marchand – Martella and Christina R. Smith (2011). Assessing the Effects of the

Rocket Math Program with a Primary Elementary School Student At Risk for School Failure : A Case

Study. Retrieved February 2014 from :

http://www.rocketmath.com/uploads/SmithSglSubjStudy.PDF

Mason, Jennifer. (2006). The Relationship between the Implementation of Mastering Math Facts

and Automaticity. Retrieved February 2014 from:

http://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=1&ved=0CCgQFjAA&url=http%3A%2F%

2Fsrufaculty.sru.edu%2Fclaudia.balach%2FMason_J_AR_Spr_06.doc&ei=tC4kU4ngKsXskQfxzIDACA&usg=AFQjC

NHw2WMLS_t6xgE1ZNMVEmOqiXEfQQ&sig2=6lL8frrX9YrCPAzq9L6ZmA&bvm=bv.62922401,d.eW0

Yermish, Aimee. (2003). Why memorize math facts ? Hoagies’ Gifted Education Page. Retrieved February 2014

from :

http://www.hoagiesgifted.org/why_memorize.htm  

References Continued….