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Round table discussion on STEM (Science, Technology, Engineering, and Math) in the context of early childhood education.
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Laura Johnson, Ed. M. Jenne Parks, M.Ed. Dale McManis, Ph.D.
May 8, 2014
STEM IN EARLY EDUCATION ROUND TABLE
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USING GOTOWEBINAR
You may use either a telephone or your computer’s speakers to listen.
Use the question panel to interact with the speaker or moderators.
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Following the program a recording of the presentation, the slides and a certificate of attendance will be emailed to you!
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STEM in Early Education Round Table WHO ARE YOU?
¡ Fill out the survey for a chance to win a gif t cer tif icate. ¡ Your questions will be answered in the follow-up Q&A blog. ¡ Stick around for your chance to win a
STEM kit from Hatch!
FOLLOWING THE WEBINAR
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Join the Conversation!
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@lkjohnson6 @DrLDMcManis
@HatchEarlyChild #HatchExperts
TODAY’S SPEAKERS
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Laura Johnson, Ed.M. Harvard University
Jenne Parks, M.Ed. Hatch Early Learning
Dale McManis, Ph.D. Hatch Early Learning
What is STEM? • STEM itself is an acronym for Science, Technology, Engineering, and Math.
• Fun Fact: Na9onal Science Founda9on (NSF) began using “SMET” as shorthand for “science, mathema9cs, engineering, & technology” in 90s.
• An NSF program officer complained “SMET” sounded much like “smut,” the switch was made to the “STEM” acronym.
Sanders 2009
POLL How much emphasis is placed on STEM Educa9on in your ECE work/program? o Huge and well-‐established o Gaining momentum o Very inconsistent o Basically not happening o I don’t work directly in ECE
Spoiler Alert! STEM & ECE are Perfect Together….
Both share a focus on: • Explora9on, discovery, crea9vity • Integrated, mul9-‐disciplinarian approach • Learner-‐centeredness in a social context
STEM Educa@on • STEM educa9on can be thought of as a “meta-‐discipline” • Integrated STEM educa9on: “Transforming tradi9onal
classrooms from teacher-‐centered instruc9on into inquiry-‐based, problem solving, discovery zones where children engage with content to find solu9ons to problems (Fioriello, 2010).”
Fioriello 2010 in Howard-‐Brown & Mar9nez 2012
And the “A” in STEAM? • Many people propose using the term STEAM where the A
indicates the arts. • This is suggested as individuals must also be crea9ve and use
cri9cal thinking skills which are supported through exposure to and experience with the arts.
Image from psarts.org
Integrated STEM Educa@on • First, what it’s NOT! – Not intended to be a new stand-‐alone school subject with “integra9ve STEM educa9on” licensing and regula9ons
• What it is! – Thinking about bringing elements from the four areas together in lessons
– Finding ways to build cross-‐disciplinarian teams Image from Purdue Univ
Why So Much Focus on Early Learners? • Interest & mo9va9on high in pre-‐k and early elementary
• Even though under-‐taught BUT
• Drops off drama9cally by middle elementary • Even though more instruc9on
ECE Can Help It “S@ck”
Much like ECE, integra9ve STEM educa9on is firmly grounded in decades of cogni9ve science, par9cularly construc9vism.
Shared themes: • “Learning is a construc/ve, not a recep/ve, process. • Mo/va/on and beliefs are integral to cogni/on. • Social interac/on is fundamental to cogni/ve development. • Knowledge, strategies, and exper/se are contextual.” Bruning et al 2004 in Sanders 2009
ECE Challenges for STEM Ed • Inconsistency in teacher training for STEM • Diverse learning standards • Lack of funding • Lack of good curriculum & materials • False dichotomy of play vs instruc@on • Teacher discomfort w/content But PD can make a huge difference! EDC & NSF 2013; Howard-‐Brown & Mar9nez 2012
Image from marathonna9on.us
Trajectories for STEM Closing Message…. Dr. Doug Clements advises that learning trajectories that are research-‐based and embedded in curricula are a cri9cal facet of effec9ve early STEM educa9on: “STEM learning trajectories start with a goal and involve a developmental progression—students’ successive levels of thinking related to the goal. Based on their understanding of students’ thinking, teachers fine-‐tune ac9vi9es to help students move along the developmental progression to achieve the goal.” EDC & NSF 2013
Over to Laura….
“We've arranged a civiliza9on in which most crucial elements profoundly depend on science and technology. We have also arranged things so that almost no one understands science and technology. This is a prescrip9on for disaster.” – Carl Sagan, American astronomer, astrophysicist, cosmologist, author
• In the past 10 years the number of STEM jobs grew three @mes faster than non-‐STEM jobs.
Why is STEM educa9on a na9onal priority?
• In the past 10 years the number of STEM jobs grew three @mes faster than non-‐STEM jobs.
• In the next 10 years the Bureau of Labor Sta9s9cs expects the United States to create 9.2 million jobs in STEM fields.
Why is STEM educa9on a na9onal priority?
• In the past 10 years the number of STEM jobs grew three @mes faster than non-‐STEM jobs.
• In the next 10 years the Bureau of Labor Sta9s9cs expects the United States to create 9.2 million jobs in STEM fields.
• On average, STEM workers earn 26 percent more than their counterparts.
Why is STEM educa9on a na9onal priority?
Indicators of Effec9ve PreK Curriculum • Children are ac@ve and engaged. • Valued content is learned through inves@ga@on and focused, inten@onal teaching.
• Curriculum builds on prior learning and experiences.
• Curriculum is comprehensive. • Curriculum is likely to benefit children.
-‐ NAEYC/NAECS-‐SDE
STEM + early childhood = future success
Illustra9on by Kali Ciesemier
curiosity
crea9vity
collabora9on
cri9cal thinking
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
Asking “why?” and “how?”
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
Asking “why?” and “how?”
Helping children think about their own thought
process
“If the child is going to control and direct his own thinking, in the kind of way we have been considering, he must become conscious of it.”
-‐ Jean Piaget
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
Asking “why?” and “how?”
Helping children think about their own thought
process Using
mathema9cal and scien9fic language
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
Asking “why?” and “how?”
Helping children think about their own thought
process
Linking concepts
across a variety of situa9ons
Using mathema9cal and scien9fic language
How many of you are familiar with Piaget’s concepts of “schema” and “adapta9on?”
o I’ve never heard of them. o I’ve heard of them, but don’t understand them. o I somewhat understand them. o I have an in-‐depth understanding of those concepts.
Poll
New Situa9on Disequilibrium
Assimila9on
Equilibrium
Ini9al Schema for Dogs
Process of Adapta9on: Assimila9on Reorganized Ini9al Schema
including Barking
Exis9ng Schema for Dogs
Process of Adapta9on: Accommoda9on
Exis9ng Schema for Dogs
New Schema for Cats
New Situa9on Disequilibrium
Assimila9on
Equilibrium
Accommoda9on
New Situa9on Disequilibrium
Assimila9on
Equilibrium
Accommoda9on
Process of Adapta9on: Assimila9on and Accomoda9on
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
Asking “why?” and “how?”
Providing opportuni9es for open-‐ended explora9on
Helping children think about their own thought
process
Linking concepts
across a variety of situa9ons
Using mathema9cal and scien9fic language
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
Asking “why?” and “how?”
Providing opportuni9es for open-‐ended explora9on
Encouraging crea9ve thought
Helping children think about their own thought
process
Linking concepts
across a variety of situa9ons
Using mathema9cal and scien9fic language
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
Asking “why?” and “how?”
Star9ng from real world experiences
Providing opportuni9es for open-‐ended
explora9on
Encouraging crea9ve thought
Helping children think about their own thought
process
Linking concepts
across a variety of situa9ons
Using mathema9cal and scien9fic language
curiosity crea9vity
collabora9on cri9cal thinking
STEM in ECE
Asking “why?” and “how?”
Star9ng from real world experiences
Providing opportuni9es for open-‐ended explora9on
Encouraging crea9ve thought
Helping children think about their own thought
process
Linking concepts
across a variety of situa9ons
Using mathema9cal and scien9fic language
On to Jenne!
STEM KIT: ENGINEERING ROBOTICS
ENIGNEERING A ROBOT
MOBILIZING A ROBOT
STEM KIT: UP, OVER & ON WE GO!
5
STEM KIT: UP, OVER & ON WE GO!
STEM Kit: It’s All in the Box!
STEM KIT: GRAVITY-‐ IF IT GOES UP, WILL IT COME DOWN?
STEM KIT: GRAVITY-‐ IF IT GOES UP, WILL IT COME DOWN?
STEM KIT: GRAVITY-‐ IF IT GOES UP, WILL IT COME DOWN?
¡ EDC & NSF. 2013. STEM Smar t Brief : Nur turing STEM Ski l ls in Young Learners PreK-3r d . http://successfulstemeducation.org/resources/nur turing-stem-ski l ls -young-learners-prek%E2%80%933
¡ McManis LD. 2014. Research-Basis Whitepaper for Hatch Innovations: Solut ions for Success in an Early Learning Environment. http://hatchearly learning.com/?wpfb_dl=110
¡ Sanders M. 2009. STEM, STEM Education, STEMmania. The Technology Teacher , Dec/Jan , 20-26. http://esdstem.pbworks.com/f/TTT+STEM+Ar t ic le_1.pdf
¡ Howard-Brown B. & Mar t inez D. 2012. Engaging Diverse Learners Through the Provision of STEM Education Oppor tunit ies. http://secc.sedl .org/resources/briefs/diverse_learners_STEM/
¡ Bredekamp S. & Pikulski J . 2005. Principles of an Ef fect ive Preschool Curr iculum. http://www.eduplace.com/prek/pdf/prek-naeyc.pdf
SOURCES
STEM in Ear ly Educat ion Round Table QUESTIONS?
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…and STEM k i ts that he lp ch i ldren to b lossom.
TECHNOLOGY THAT REALLY WORKS
HANDy Engineering Robotics It’s All in the Box!
IN TWO WEEKS!
Family Engagement Through Music: How Music Can Support Parent Involvement in Children’s Learning at School and at Home Lili Levinowitz, Ph.D. & Lauren Guilmartin, M.A. Thursday, May 22nd 2014 2-3:30 PM ET
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THE WINNER IS…
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THANKS! SEE YOU IN TWO WEEKS!
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