steam in the library keynote

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STEAM in the Library MASL 2016Amy Koester

A Bit About MeYouth & Family Program Supervisor at Skokie Public Library

Before that, a branch children’s librarian with St. Charles City-County Library District

STEAM trainings include articles, webinars, conference sessions, toolkit, & an online course

Our Agenda1. STEAM & the Library: Setting the

Foundation

2. STEAM for Elementary Students

3. STEAM for Teen Students

4. Major Takeaways

5. Time for Questions

STEAM & the Library

What is STEAM?

Adding the “A”STEM learning emphasis (late 80s, early 90s)

“The arts and sciences are avatars of human creativity.” ~Mae Jemison (early 2000s)

“The problem-solving, the fearlessness, and the critical thinking and making skills.” ~John Maeda (early 2010s)

Adding the “A”STEM learning emphasis (late 80s, early 90s)

“The arts and sciences are avatars of human creativity.” ~Mae Jemison (early 2000s)

“The problem-solving, the fearlessness, and the critical thinking and making skills.” ~John Maeda (early 2010s)

Adding the “A”STEM learning emphasis (late 80s, early 90s)

“The arts and sciences are avatars of human creativity.” ~Mae Jemison (early 2000s)

“The problem-solving, the fearlessness, and the critical thinking and making skills.” ~John Maeda (early 2010s)

Arts ≠ Crafts

image from “Coloured Pencils” by openclipart user rewarriner, Creative Commons licensed

Arts ≠ Crafts

images from “Coloured Pencils” by openclipart user rewarriner, and “No-sign X” (modified) by openclipart user skotan, both Creative Commons licensed

Why STEAM in the Library?

Why STEAM in the Library?

Literacy is multifaceted.

The library is a hub for connected learning.

“Let’s find out” mindset.

Why STEAM in the Library?

Literacy is multifaceted.

The library is a hub for connected learning.

“Let’s find out” mindset.

Why STEAM in the Library?

Literacy is multifaceted.

The library is a hub for connected learning.

“Let’s find out” mindset.

Why STEAM in the Library?

Literacy is multifaceted.

The library is a hub for connected learning.

“Let’s find out” mindset.

Why STEAM in the Library?

STEAM success isn’t about aptitude. It’s about:

Preparation

Access

Motivation

Why STEAM in the Library?

STEAM success isn’t about aptitude. It’s about:

Preparation

Access

Motivation

Why STEAM in the Library?

STEAM success isn’t about aptitude. It’s about:

Preparation

Access

Motivation

Why STEAM in the Library?

STEAM success isn’t about aptitude. It’s about:

Preparation

Access

Motivation

Why STEAM in the Library?

STEAM success isn’t about aptitude. It’s about:

Preparation

Access

Motivation

Quick Thoughts About Where & How

A repurposed office space is great, but not necessary. All you really need is a table.

Let me tell you a story.

You don’t need to be an expert.

You need to be an advocate.

You don’t need to be an expert.

You need to be an advocate.

STEAM for Elementary Students

Why?

‣ Deepen concept knowledge.

‣ Promote the collection.

‣ Facilitate interest.

‣ Engage “reluctant” readers.

Where?

‣ Class activities

‣ “Station” activities

‣ Take-home activities

Elementary Science

Deepen concept knowledge Demos & hands-on are key Test & observe Tie to resources

Elementary Technology

Provide equipment with basic instruction Give space & parameters to create Encourage peer-learning Show off creations

Elementary Engineering

Pose a challenge (that’s maybe a bit hard) Provide space, materials, & time Test & show off creations

Elementary Arts

Infuse arts with STEM Include a brief concept introduction Leave room for creativity

Elementary Math

Make math part of a project or activity Make it visual & interactive Scaffold across abilities

BIG IDEA:Family STEAM events!

BIG IDEA:Family STEAM kits!

STEAM for Teen Students

Why?

‣ Deepen concept knowledge.

‣ Promote the collection & resources.

‣ Encourage personal interest.

‣ Enable seeing themselves as scientists.

Where?

‣ Class activities

‣ “Station” activities

‣ Afterschool activities & clubs

Teen ScienceReinforce concept knowledge Hands-on with resources is optimal Test & observe Tie to resources Bring in guest experts

Teen Technology

Provide equipment with basic instruction Emphasize opportunities to use technology for a goal Encourage peer-learning & community Show off creations Bring in guest experts

Teen Engineering

Pose a challenge (that’s maybe a bit hard) Provide space, materials, & time Be open to providing real tools—safely Test & show off creations Bring in guest experts

Teen ArtsInfuse arts with STEM Include a brief concept introduction Leave room for creativity Encourage discussion of creations after Bring in guest experts

Teen MathMake math part of a larger project/challenge Visual and hands-on is vital Be ready to modify across abilities Bring in guest experts

BIG IDEA:Tap into teens as mentors!

Major Takeaways1. Provide preparation,

access, & motivation 2. Support a culture of

learning by trying 3. Emphasize out-of-

school STEAM

Major Takeaways1. Provide preparation,

access, & motivation 2. Support a culture of

learning by trying 3. Emphasize out-of-

school STEAM

Major Takeaways1. Provide preparation,

access, & motivation 2. Support a culture of

learning by trying 3. Emphasize out-of-

school STEAM

Major Takeaways1. Provide preparation,

access, & motivation 2. Support a culture of

learning by trying 3. Emphasize out-of-

school STEAM

Questions?

Contact Info

Amy Koester

amy.e.koester@gmail.com

http://showmelibrarian.blogspot.com

@amyeileenk

Further Reading‣ “Every Child Is Born A Scientist” from Marcelo Gleiser on NPR 13.7 Cosmos And Culture

‣ “From STEM to STEAM: Science and Art Go Hand-in-Hand” from Steven Ross Pomeroy on Scientific American

‣ “Full STEAM Ahead: Injecting Art and Creativity into STEM” from Amy Koester on School Library Journal

‣ “How Minecraft & Duct Tape Wallets Prepare Our Kids for Jobs That Don’t Exist Yet” from Zach Klein on EdSurge

‣ “Improving STEM Curriculum and Instruction: Engaging Students and Raising Standards” from Successful STEM Education Initiative, a National Research Council report funded by the National Science Foundation

‣ “Students Learn STEM Subjects Better When They’re Taught This Strange Detail in the Process” from Kathleen Wong on Mic.com

‣ “Why Kids Need to Tinker to Learn” from Katrina Schwartz, on Mind/Shift

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