opening classrooms through the australian curriculum

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Opening Classrooms Through the Australian Curriculum Arjen Lentz Chief Explorer arjen (at) openstem (dot) com (dot) au What, How, and Why

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Page 1: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Throughthe Australian Curriculum

Arjen LentzChief Explorer

arjen (at) openstem (dot) com (dot) au

What, How, and Why

Page 2: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 2

Science, Tech, Engineering, Maths

● Enabling students with hands-on projects– Most kids are very visual

– Many kids learn through tactile, kinaesthetic means

– Direct feedback

● Projects, not just an experience● Entire classes, no pre-selection

– Inclusive

– We also do extension programs

– ICP (Individual Curriculum Plan)

Page 3: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 3

Some of the Stuff We Do

● Brewing Ginger Beer (non-alcoholic)● Digital Technologies

– Robotics

– Soldering

– Digital & Analog Electronics

– 3D printers & 3D printing

● History, Geography, Archaeology● Orienteering

Page 4: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 4

Mirobot Logo Turtle

Page 5: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 5

Mirobot chassis

Page 6: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 6

Mirobot Electronics & Circuit Board

Page 7: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 7

Electronics Soldering

Page 8: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 8

Computational ThinkingProgramming

Page 9: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 9

OpenSTEM Vision/Approach

“Any sufficiently advanced technologyis indistinguishable from magic”

● Explore Why and How things work– When you learn how a magician's trick works,

it's still cool…

● Broad exposure to different things● Implicit inoculation

– Against silly comments

● Off-line options – why

Page 10: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 10

Open Tools – Practical Reasons

● Schools inevitably have limited budget● Enabling beyond school environment● Hardware: diverse sources for kits/components● Single vendor platforms hinder adding new stuff● Availability and practicality of spare parts

Page 11: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 11

Concepts/Skills vs Products

● We must use brand/product X.● Why?● It's the industry standard!● So… did you train and acquire a license to

a) operate a “Holden Commodore 2008 Automatic”

b) drive a passenger vehicle

… what are the actual issues?

Page 12: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 12

Digital Indulgence

● Tablets– are explicitly consumer devices

● Gear for every student– essential?

● Virtual reality– not the same as physical touch

● Web-based teaching resources– require good Internet connection & bandwidth

– more logins to keep track of

Page 13: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 13

Curriculum Integration

● Teachers are busy– Mostly non-specialised in primary schools

– Suitable resources

– Professional Development

● New topics need attention– (political and media forces on focus)

● Assessment– Cross-curricular projects can be done

● Programming → Maths, Robotics → Science, Orienteering → HPE, 3D printers/printing → Maths + Science + Design Tech

Page 14: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 14

Integrated History/Geography Program for Primary Schools

● Complete P-6 Program– Teacher handbooks with lesson plans

– Assessment guide

– Student workbooks & home research sheets

– Background resources

– Activities

– Optional workshops

● Professional Development● Support● Updates

Page 15: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 15

Australian Curriculum (v8.0)Digital Technologies

● ACARA draft approved by minister late 2015– States/territories now to implement

● P-8 mandatory, elective in year 9-10● Programming from year 3-4, more in 5-6● We're developing P-6 program (term 2, 2016)

Page 16: Opening Classrooms Through the Australian Curriculum

Opening Classrooms Through the Australian Curriculum © 2016 OpenSTEM Pty Ltd (openstem.com.au) CC-BY-SA 16

Questions?

Arjen LentzChief Explorer

arjen (at) openstem (dot) com (dot) au