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The use of Moodle in STEM education, maker spaces and Fab Labs Presentation at Moodlemoot Edinburgh UK, April 2014 Pieter van der Hijden msc ([email protected] ) Centre of Expertise in Education & ICTs Suriname www.ecoisonline.org www.sofos.nl Amsterdam, The Netherlands
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The use of Moodle in STEM education, maker spaces and Fab Labs; Pieter van der Hijden; Moodlemoot, Edinburgh UK, 2014

Sep 01, 2014

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Education

In the fifties, in many western countries hobby clubs emerged, that shared tools and knowledge. In the eighties, the same happened with computer clubs, sharing a matrix printer or a telephone modem. Now they have a new successor: MILK (made-in-Limerick) labs, Happy Lab Vienna, Protospace Utrecht, Buda Lab Kortrijk, and more generically the Fab Labs, Maker spaces, repair cafés, and hacker spaces. They all focus on making, learning, sharing and empowering.
The popularity of the maker concept has its impact on more and more educational institutes. To motivate their students, to improve their STE(A)M education, many school organise tours to the nearest Fab Lab, promote project activities there or set-up their own Fab Lab embedded in their school. In fact, it is a new trend in social constructivism.
We will shortly introduce you to this new world and reflect on its opportunities and threats for Moodle.
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Page 1: The use of Moodle in STEM education, maker spaces and Fab Labs; Pieter van der Hijden; Moodlemoot, Edinburgh UK, 2014

The use of Moodle in STEM education, maker spaces and

Fab LabsPresentation at Moodlemoot

Edinburgh UK, April 2014

Pieter van der Hijden msc ([email protected])

Centre of Expertise in Education & ICTs Suriname www.ecoisonline.org

www.sofos.nl Amsterdam, The Netherlands

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Background Pieter van der Hijden

Consultant e-learning, Fab Lab, gaming/simulation The Netherlands (Sofos) and Suriname (ECOIS)

The use of Moodle in STEM education, maker spaces and Fab Labs STE(A)M = Science, Technology, Engineering, (Arts),

Mathematics Moodle and maker movement have much in common! How about their intersection / cross fertilization?

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Agenda

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1. Technologies, communities and schools

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1. Technologies, communities and schoolsYear Phenomenon Community Assumed impact

on education1950 Radio /

electronicsHobby club School events

1970 Personal computers

Computer club

Improved learning thanks to ict

1990 Video games LANfest, MORPG

Learning through gaming/simulation

2010 Digital fabrication tools

Maker movement, maker faire

Tinkering as social constructivist learning

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2. Maker movement

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2. Maker movementHype or trend?

Gartner: Hype Cycle for Emerging Technologies, 2013

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2. Maker movementCharacteristics Worldwide Loosely connected From layman to prof Mix of technologies Ict in design, production

and products Making, sharing,

learning Open design, open

software, open hardware

Number of Fab Labs worldwide doubles every 1.5 years, now 250+; http://bit.ly/1fXPQEm

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2. Maker movementConcepts

Fab Lab Maker Space TechShop

Origin MIT Center for Bits and Atoms (Neil Gershenfeld)

Make magazine Commercial initiative

Inventory Limited set of digital production machines

Not defined Extended set of machines & tools

Target audience

Everybody Everybody Everybody

Legal Independent foundations or embedded in institutes

Community based Holding with subsidiaries

Set-up costs 50-100,000 USD 5-20,000 USD 1-2,000,000 USDEntry fee Free (at some days of

week)Free Subscription100

USD monthlyNumber 250+ Unknown 5Geographical Worldwide USA, Europe,

Asia, EgyptUSA, plans to go Europe

Mission Learning, sharing Making (for the maker faire)

Making/ earning

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3. A typical Fab Lab

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3. A typical Fab LabWhat do you see? 3D scanner 3D printer Laser cutter Milling machine(s) Vinyl cutter Electronics Computers Teleconference set Etc.

At the top a CNC milling machine (behind safety glass), in the centre a 3D mobile scanner plus laptop, at the bottom a laser cutter / engraver. Source: Fab Lab Paramaribo

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3. A typical Fab LabWhat is happening? One time visitors Regular visitors,

tinkerers, students Special project

teams Designing Making

Source: Fab Lab Paramaribo

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3. A typical Fab LabWhich role for ICT? Ict in design

2D & 3D design software

Ict in production All machines are ict

driven Ict in products

Intelligent products Internet of things Raspberry Pi Arduino Source: Fab Lab Paramaribo

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4. STEM education

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4. STEM educationclass centered Classes Labs with parallel

groups Moodle and science

teaching Reflection and

journal Math formulas Animated molecules Dynamic graphs

Packt Publishing: book cover

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4. STEM educationmaker centered Outreach activity Curriculum activities

Dedicated projects Free assignments

Moodle Backbone for learning

and knowledge management

Component in intelligent systems!

Constructing modern knowledge press: book cover

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5. Opportunities

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5. Opportunitiesfor STEM education Motivation Learning outcomes

Social learning Learning by making

Side effects Informed citizen Economy (more STEM) Meet other disciplines Meet the world

Lab for teachers

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5. Opportunitiesfor Moodle Tradional

Support learning Cheap, easy Integrated

New Support designing Knowledge management New target groups

Hot Moodle as system

component! Datalogging, IO Raspberry Pi

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6. Threats

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6. Threatsfor STEM education Still under

development! Vision

goals and outcomes Materials

projects, lesson plans Expertise

facilitating in design and manufacture

Infrastructure no plug and play Instructables: http://

bit.ly/1nnX7nx

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6. Threatsfor Moodle Traditional

Culture clash Hype sensitive Reinvent the wheel

New Handicaps

Mainly text oriented No designs No data

Hot Competitor may find the

grail

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7. Welcome on board

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7. Welcome on board Observations? Questions? Opinions?

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References

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References Digital Fabrication and ‘Making’ in Education: The Democratization of Invention; Paulo Blikstein; in: In J.

Walter-Herrmann & C. Büching (Eds.), FabLabs: Of Machines, Makers and Inventors; Bielefeld: Transcript Publishers; 2013; http://stanford.io/1cMLRdL

Fab Lab At School; website; https://tltl.stanford.edu/projects/fablabschool Fab: The Coming Revolution on Your Desktop--from Personal Computers to Personal Fabrication; Neil

Gershenfeld; Basic Books, 2007; http://amzn.to/1fXMb9p Four in balance monitor 2013; Kennisnet, The Netherlands, 2013; http://bit.ly/1lLN9hc Gartner's 2013 Hype Cycle for Emerging Technologies Maps Out Evolving Relationship Between

Humans and Machines; http://www.gartner.com/newsroom/id/2575515 Getting Started with Arduino; Massimo Banzi; Maker Media, 2011; http://bit.ly/1i1Bgkk Getting Started with Raspberry Pi; Matt Richardson; Maker Media, 2012; http://bit.ly/1i1BtUw Instructables; website; http://www.instructables.com International Fab Lab Association; website; http://www.fablabinternational.org Invent to learn; making, tinkering, and engineering in the classroom; Sylvia L. Martinez, Gary Stager;

Constructing Modern Knowledge Press; 2013; http://www.inventtolearn.com/ Maker space playbook; 2013; http://bit.ly/1lLMMTT Making, living, sharing; movie; a Fab Lab world documentary; Jens Dyvik; http://bit.ly/MZ4Uup Science teaching with Moodle 2.0; Vincent L. Stocker; Packt Publishing, Birmingham UK, 2011;

http://bit.ly/1lbQ8wm Science teaching with Moodle 2.0; Vincent Stocker; Packt Publishing, Birmingham, UK, 2011;

http://bit.ly/1lbQ8wm

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Thank you for your attention!Pieter van der Hijden msc ([email protected])

2014 – Pieter van der Hijden ([email protected]) – 2014 - This work is licensed under a Creative Commons Attribution 3.0 Unported License.