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Sylvia Martinez [email protected] Twitter: @smartinez sylviamartinez.com Designing Inclusive Makerspaces (c) 2016 Sylvia Martinez - sylviamartinez.com

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Page 1: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Sylvia [email protected]

Twitter: @smartinezsylviamartinez.com

Designing Inclusive

Makerspaces

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 2: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

The Maker Movement

• Global, collective learning + doing

• DIY, reinvent, recycle

• Open, shared solutions

• Community hackerspaces, makerspaces

• All ages

• Next industrial revolution

inventtolearn.com(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 3: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

A Movement Gathers Mass and Momentum

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 4: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Maker Faire The Greatest Show and Tell on Earth

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 5: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Invent To Learn: Making, Tinkering, and Engineering in the Classroom

www.InventToLearn.com

Maker tools, materials, & tech

Tinkering mindset

Engineering design

How to make the case for “making” in the classroom

robotics e-textiles 3D printing Arduino Scratch Raspberry Pi programming electronics sensors laser cutters STEM/STEAM

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 6: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 7: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

available fromFrom Constructing Modern Knowledge Press

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 8: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Coming Soon

from the publishers of Invent To Learn

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 9: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Top Tools of the Maker Movement for Education

Computer controlled fabrication 1. Additive (3D printer)2. Subtractive (mill, cutter)

Physical computing 3. Robotics4. Microcontrollers (Arduino)5. Microcomputers (RaspberryPi)6. Wearable computing (Lilypad, Flora)

Programming 7. Block-based (Scratch, SNAP, good

for robotics)8. Text-based (C, Arduino, Python,

Processing - good for computing, design)

New conductive materials 9. Conductive paint, glue, tape, thread10. Graphite pencils

Inventive interface elements/kits 11. MaKey MaKey12. Hummingbird

Electronics components 13. Displays & LEDs14. Sensors (light, heat, motion)15. Motors16. Special purpose batteries

Traditional/hybrid materials 17. Squishy Circuits18. Cardboard19. LEGO

Shared content & community 20. Design warehouses (Thingiverse,

MAKE, Sparkfun)21. Community websites

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 10: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Materials and Spaces That Invite...

• Flexibility & serendipity

• Low threshold, high ceiling

• Artistic expression

• Sense-making (not making stuff)

• Agency

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 11: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

“The role of the teacher is to create the conditions for invention rather than provide ready-made knowledge.”

- Seymour Papert

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 12: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 13: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Hacking biology - rapid prototyping a Euglena gracilis environment

Newest outposts of maker movement

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 14: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

“Bio is the new digital” - Nicholas Negroponte

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 15: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Newest outposts of maker movementGlobal health and education

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 16: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Making is not a shopping

list or a special place...

It’s a stance toward learning.

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 17: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

“When our schools become more gender-fair, education will improve for all our students—boys as well as girls—because excellence in education cannot be achieved without equity in education. By studying what happens to girls in school, we can gain valuable insights about what has to change in order for each student, every girl and every boy, to do as well as she or he can.”

– How Schools Shortchange Girls (American Association of University Women Educational Foundation)

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 18: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

MakeHers: Engaging Girls and Women in Technology through Making, Creating, and Inventing intel.com/girlsintech(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 19: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Leah Buechley’sCritique of Make: Magazine

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 20: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Leah Buechley’sCritique of Make: Magazine

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 21: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Leah Buechley’sCritique of Make: Magazine

Subscribers

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 22: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

ResourcesMaker Invent To LearnMakeHers: Engaging Girls and Women in Technology through Making, Creating, and Inventing (Intel infographic)Power, Access, Status: The Discourse of Race, Gender, and Class in the Maker MovementLeah Buechley - Gender, Making, and the Maker Movement (video from FabLearn 2013)

STEM Generation STEM:  What girls say about Science, Technology, Engineering, and Math - Girl Scouts of the USA (2012) (Girls 14-17)Effective STEM Programs for Adolescent Girls: Three Approaches and Many Lessons Learned

Associations National Girls Collaborative ProjectNational Council of Women and Informational Technology (NCWIT)American Association of University Women (AAUW)WISE (UK) - campaign to promote women in science, technology, and engineering

Virtual Handoutsylviamartinez.com/handout

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 23: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Girls more likely to:• Collaborate & strive for consensus

• Let others take credit / Take the blame

• Girls are more likely to look to the teacher for clues on how to behave or what to choose

• Decline to compete (including for scarce materials)

• Take on organizational roles

• Be compliant / adapt

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 24: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Maker MindsetDIY

Open

Shared solutions

Recycle, reuse

Future-looking

Artistic

Get it done

Self-reliant

Positive

Collaborative

Smart

Global citizen

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 25: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Makerspace

• Space design (space, tools, materials)

• What happens in the space (activities, lessons, free time)

Culture

• Framework

• Ongoing search for group identity

• Roles

• “The way we do things around here”

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 26: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

What are attributes of a gender-inclusive

makerspace*?

*Can be a classroom, library, lab, or other learning space.

Write on post-it notes Most important attribute on pink

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 27: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Elements of School CultureVision

Rituals

Ceremonies

Values & Beliefs

Climate

Tools & Materials

Mission

Language

Symbols

Heroes

Norms

Stories

from School Culture Rewired: How to Define, Assess, and Transform It. Steve Gruenert & Todd Whitaker (ASCD)(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 28: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

What is important?

• Will be different for different groups

• Can point out strengths to build on

• Can point out what might be missing

• Provides a place to start

• Not a checklist

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 29: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

What can we do?

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 30: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

K - 12

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 31: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

K - 12

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 32: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Key FindingsThe Maker Lab has been wildly popular with patrons.Making has strong potential for building patrons’ digital literacy.The Maker Lab engages female patrons to participate in STEAM learning.Making facilitates collaboration between learners and supports the library’s role as acommunity convener

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 33: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Key Findings The Maker Lab has been wildly popular with patrons.

Making has strong potential for building patrons’ digital literacy.

The Maker Lab engages female patrons to participate in STEAM learning.

Making facilitates collaboration between learners and supports the library’s role as a community convener.

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 34: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Learn2Teach Teach2Learn(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 35: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Learn2Teach Teach2Learn• Listening – Create a participatory culture that

speedily responds to feedback and ideas.

• Collaboration, not competition – Knowledge is collective and responsibility is shared.

• Personal expression – Allow style, identity, and artistic expression to flourish.

• Making the world a better place – Technology is a way to help people and build relationships.

- Susan Klimczak, L2TT2L Education Organizer(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 36: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Dr. Nettrice Gaskins

In Recontextualizing the Makerspace: Culturally Responsive Education, she argues, “…for a redefinition of technology and technological processes that include engagements by groups underrepresented in the DIY/makerspace/hacker culture movement.”

L2TT2L mentor

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 37: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Teach2Learn Learn2TeachBoston, USA

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 38: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Teach2Learn Learn2TeachBoston, USA

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 39: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 40: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Full steam ahead• Flexible, open spaces, owned by the inhabitants

• Honor culture, community

• Model the maker mindset - “I don’t know, let’s find out!”

• Real problems, real research, real tools

• Value all kinds of making, tools, materials (craft vs. tech)

• Reduce risk, reduce stakes, reduce barriers to entry - open doors, transparency

• Peer mentors, leaders, experts

• Constant reflection and course correction(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 41: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Proceed with caution

• Role models - work with, not talk at

• Gender differentiated experiences - supportive or enshrining segregation?

• Student-led, student voice - is it the voice of a mono-culture?

• Embrace differences, don’t enshrine them. Young people try on new identities.

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 42: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Question

• Activities that differentiate boys from girls (stereotype threat)

• Adding “school” frameworks (grades, pre-requisites)

• What is popular

• Everything being a competition. Can the same quality of experience be had without a prize?

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 43: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Full stop

• Micro-inequalities (actions and words)

• Cheerleading - “Girls can be anything!”… Reinforces the unsaid stereotype.

• A deficit frame - we aren’t “fixing” girls or improving their self-confidence

• Unconscious bias - difficult to see your own bias.

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 44: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Two more…

• How we teach STEM subjects needs to change

• Figure out how to fix teacher math and science anxiety

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 45: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Problem Solving

• Dr. Seymour Papert defined two styles of problem solving: analytical and bricolage

• Bricolage - French for tinkering, using found objects, playfulness in creation

• Higher grades = more analytical

• Real world is both

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 46: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Mastery Styles Sherry Turkle

Hard Mastery

linear, rigid, abstract, solitary

Soft Mastery

non-linear, messy, concrete, collaborative

Academic & rigorous

Naive & lazy

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 47: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

"The bricoleur resembles the painter who stands back between brushstrokes, looks at the canvas, and only after this contemplation, decides what to do next." - Sherry Turkle

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 48: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Teacher Math Anxiety• Elementary education majors have some of the

highest levels of mathematics anxiety

• Math anxiety impacts student learning

• Female teachers’ math anxiety disproportionally affects girls’ math achievement

• 90% of elementary teachers are female

Beilock, Sian L., et al. "Female teachers’ math anxiety affects girls’ math achievement." Proceedings of the National Academy of Sciences 107.5 (2010): 1860-1863.

Gresham, Gina. "A study of mathematics anxiety in pre-service teachers." Early Childhood Education Journal 35.2 (2007): 181-188.

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 49: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Math is

hard!

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 50: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

How do teachers learn to teach this way? http://www.inventtolearn.com/workshops/ http://constructingmodernknowledge.com

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 51: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 52: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Constructing Modern Knowledge

(c) 2016 Sylvia Martinez - sylviamartinez.com

Page 53: Designing Inclusive Makerspaces...Top Tools of the Maker Movement for Education Computer controlled fabrication 1. Additive (3D printer) 2. Subtractive (mill, cutter) Physical computing

Let’s make it happen!

inventtolearn.comsylviamartinez.com

Sylvia [email protected]

Twitter: @smartinez

[email protected](c) 2016 Sylvia Martinez - sylviamartinez.com