5. www.heatherlister.com @heathermlister
By 2022, no less than 54% of all
employees will require significant re- and
upskilling.
• 35% are expected to require additional
training of up to six months
• 10% will require additional skills
training of more than a year.
Link to full report on
www.constructlearning.org
11. Open, accessible
place stocked
with resources
and materials
for a variety of
making goals
OPEN
MAKING
MODEL
www.heatherlister.com @heathermlister
12. • student directed
• Dedicated, permanent space in your
classroom or school
• Area for material storage and a
workspace
• Combination of consumables and
reusable products
• No, you don’t need a “kit” or a 3d
printer
OPEN-MAKING MODEL
www.heatherlister.com @heathermlister
13. - Take apart stations
- Short and long term projects
- Tinkering stations
- Taking curriculum further
- Solving their own problems
WHAT YOU’LL SEE
www.heatherlister.com @heathermlister
15. Students learn
“making” skills by
completing
teacher-directed
projects or
challenges
PROJECT BASED
MODEL
www.heatherlister.com @heathermlister
16. • Students are to create a specific
product using specific tools.
• Students are to address a
teacher-directed challenge or
problem
• Maker instruction is scaffolded
to accomplish goal
PROJECT BASED
MAKING MODEL
www.heatherlister.com @heathermlister
17. TASK: NAVIGATE SPHERO
FROM ONE END OF THE
MAZE TO THE OTHER
What skills would
students need to
accomplish this?
www.heatherlister.com @heathermlister
18. TASK: DESIGN A STUFFED
ANIMAL THAT LIGHTS UP
www.heatherlister.com @heathermlister
What skills would
students need to
accomplish this?
19. TASK: ASSEMBLE CREATE
2 ROBOT
www.heatherlister.com @heathermlister
What skills would
students need to
accomplish this?
20. WHAT YOU’LL SEE
- WHOLE GROUP INSTRUCTION
- STATIONS
- Challenge or task cards
www.heatherlister.com @heathermlister
Shout out to Sarah Demaria & hempfield school district
@hempfieldsd for this brilliant idea
#10M2M
Photos courtesy of @hsd_mes_library
22. The primary focus
is content
knowledge and
making is used to
express
understanding
CURRICULUM
EMBEDDED
MODEL
www.heatherlister.com @heathermlister
23. WHAT YOU’LL SEE
- Students creating an
interactive map of WWII with
chibitronics or hyperduino
- Students using making to
recreate events in literature
www.heatherlister.com @heathermlister
24. • Making is used as a vehicle for
students and teachers to express
complex subjects
• Highlight the interconnectedness
of stem and interdisciplinary uses
of making skills
CURRICULUM
EMBEDDED MODEL
www.heatherlister.com @heathermlister
25. ALLIED & AXIS POWERS
What skills and content
would students need to
know in order to accomplish
this?
www.heatherlister.com @heathermlister
26. NATIONAL PARKS INTERACTIVE
What skills and content
would you need to teach in
order for a student to
accomplish this?
www.heatherlister.com @heathermlister
38. PROCEDURES
• How long will you store in-progress projects?
• Can students ever take projects home?
• Do students need to prepare a plan before they use
the makerspace? *
• Part of classroom jobs?
www.heatherlister.com @heathermlister
Smart isn’t always measured by tests. The same thing applies for standardized test. I want to assume good intent, but I was never ever given any sort of assessment that gauged my ability to visualize solutions to a problem. I love hacking things. Like when my husbands glasses broke last week, I got a toothpick and some picture wire and fixed it. Sometimes I even go as far as to get a little angry. I have lots of fun building computers and playing with Raspberry Pis and since I live relatively close to the area I grow up in, I sometimes get comments like “I had no idea you were that smart”. And I guess I didn’t see that as being smart because that was not measured. Rant over.
You hear stories of kid inventors like Super Awesome Sylvia and Caines arcade. And I love those videos, but both of those kids are making as an “outside” thing. As a “hobby” and not connected with school.
STUDENT CURIOSITY SHOULD NOT BE LIMITED BY CURRICULUM MAPS OR PACING GUIDES
I know some of you came here today to figure out how to work in a makerspace in your alright jam packed curriculum. And I understand that there are standards to meet and common assessments to give, but whether we look at it this way or not, but these curriculum maps can actually limit our students.
For example, let’s say you introduce circuits in 5th grade science. They kids learn about a circuit, how it works, why it doesn’t work, all the places we find circuits, etc.. But the student gets interested and wants to see if he can light up multiple things with one power source. Well that’s different than the simple circuits he/she just learned about. Unless the kid has access to his own materials, that question just sort of fizzles away. But what if that kid had a place to get that question answered because HE wanted it answered. Not because a teacher or a homework assignment told him he needed to answer it.