Science around the globe

47
“Science Around the Globe” SASTA conference 13 th and 14 th April, 2015 Britt Gow, Hawkesdale P12 College

Transcript of Science around the globe

Page 1: Science around the globe

“Science Around the Globe”

SASTA conference

13th and 14th April, 2015

Britt Gow, Hawkesdale P12 College

Page 2: Science around the globe

Science and Maths teacherHawkesdale P12 College

SW Victoria

Technoscience blog since 2008

Twitter @[email protected]

Page 3: Science around the globe

“Science is the foundation of our future and it’s very important that we remember that.” ~ Megan Clark, CEO of CSIRO and recipient of the Order of Australia this year.

Page 4: Science around the globe
Page 5: Science around the globe

Today’s learner’s are:

• Multi-taskers

• Digitally literate

• Mobile and connected 24/7

• Experiential and Social

• Visual / spatial learners with

• Fast response times & short attention spans

Page 6: Science around the globe

• The Power to Engage• Students use technology already • It's not going to go away...it will only grow• Professional development• Employers want their workers to use internet tools

Page 7: Science around the globe
Page 8: Science around the globe

Aim: To engage students and allow them to connect, communicate and collaborate with peers and experts around the globe and enhance their understanding of science concepts.

Page 9: Science around the globe

Over 50,000 views and 1,200 downloads onSlidesharehttp://www.slideshare.net/brittgow/malaria-powerpoint

Page 10: Science around the globe

http://www.slideshare.net/brittgow/year-7-minecraft-maths

Page 11: Science around the globe

https://www.youtube.com/user/brittgow/videos

Page 12: Science around the globe
Page 13: Science around the globe
Page 14: Science around the globe

Social Networks

• Edublogs – http://edublogs.org

• Wikispaces - https://www.wikispaces.com/

• Twitter - https://twitter.com/

• Skype - http://www.skype.com/en/

• Slideshare - http://www.slideshare.net/

• YouTube - https://www.youtube.com/

• Facebook – https://www.facebook.com/

Page 15: Science around the globe

What do these sites have in common?

• Sign up with a username and password

• Sometimes you can use another platform (eg. Google or Facebook)

• Create a profile (image, occupation, interests)

• Share an object (text, image, slideshow, video)

• Connect with people based on interests

• Comment, ‘Like’, Discuss and Share

Page 16: Science around the globe

How can you find teachers willing to work together to create global

projects?

• Science Blogs

• Twitter (#scichat)

• Skype for Education

• Nings (Classroom2.0)

• Conferences (online and F2F)

• Facebook for Educators

Page 17: Science around the globe
Page 18: Science around the globe

What tools can you use to allow students to learn collectively?

• Google docs (upload to spreadsheets)

• Edmodo (create classes online)

• Wikispaces (Wetpaint or PBwiki)

• Skype

• Voicethread

• Blackboard Collaborate

Page 19: Science around the globe
Page 20: Science around the globe

Since 2011 I have used Blackboard Collaborate to teach Unit 3 and 4 VCE Environmental Science to students from different schools around the state. We connected for 90 minutes each week synchronously and used my blog, email and Facebookasynchronously.

We have met at Ecolinc, Bacchus Marsh in term 1, Grampians in term 2 and at EcoBeach Apollo Bay YHA during term 3 holidays.

Page 21: Science around the globe

Some Global Science Projects...

• Google Science Fair

• Global Learning and Observations to Benefit the Environment (GLOBE)

• The Moon Project

• SHOUT Tree banding program

• Online Science Fair

• International Energy Challenge

With varying degrees of collaboration.

Page 22: Science around the globe

https://www.googlesciencefair.com/en/

Google Science Fair

Page 23: Science around the globe

“The Global Learning and Observations to Benefit the Environment

(GLOBE) program is a worldwide hands-on, primary and secondary

school-based science and education program. GLOBE's vision promotes

and supports students, teachers and scientists to collaborate on inquiry-

based investigations of the environment and the Earth system working in

close partnership with NASA, NOAA and NSF Earth System Science

Projects (ESSP’s) in study and research about the dynamics of Earth's

environment.”

Page 24: Science around the globe

http://www.globe.gov/explore-science

GLOBE Science Projects

Page 25: Science around the globe

http://www.worldmoonproject.org/

World Moon Project

Page 26: Science around the globe

http://onlinesciencefair.wikispaces.com/

Page 27: Science around the globe

Online Science Fair

• Students chose individual projects using the “Science Buddies” site.

• Teachers set up a wiki in which each student had a page with a template.

• Template showed which parts of the project need to be completed each week.

• The aim was to upload a digital product (slideshow, video or Voicethread) that explained their hypothesis, results and an explanation.

Page 28: Science around the globe

International Energy Challenge

http://energychallenge.wikispaces.com/

Page 29: Science around the globe

International Energy Challenge

• A Seimen’s STEM project, initiated by teachers in USA.

• Five schools in four countries each looked at Renewable and Non-renewable Energy sources.

• The main focus was a wiki, with all resources linked or embedded to pages for each school and energy source.

• Students worked together in groups around 12 different forms of energy.

Page 30: Science around the globe

International Energy Challenge

• Each group produced a wiki for research and discussion and a Voicethread.

• The conclusion of the project was an online “Town Meeting”, using Blackboard Collaborate, moderated by older students, in which each group nominated a spokesperson who outlined their case for that particular form of energy, stating the positive case and outlining why other forms of energy where inferior.

Page 31: Science around the globe

http://shoutlearning.org/treebanding.html

Page 32: Science around the globe

SHOUT Tree Banding Project

• An international project sponsored by the Smithsonian Institute.

• Resources available online (YouTube videos, website and downloads)

• A tree-banding kit is sent out, which contains all the necessary materials and equipment to measure tree growth using dendrometers.

• Data is uploaded to the website for scientists to use in climate change analysis.

Page 33: Science around the globe
Page 34: Science around the globe
Page 35: Science around the globe

CSIRO Scientists in Schools

• http://www.scientistsinschools.edu.au/

Page 36: Science around the globe

We use Skype and Blackboard Collaborate to connect with our Scientist in Schools partner,

Melissa Toifl, from CSIRO Land and Water Technologies, in Highett and Clayton.

Page 37: Science around the globe

Skype in the Classroom

• https://education.skype.com/help

Page 38: Science around the globe

Collaborations around the Planet

CAP Space - http://projects.twice.cc/

Page 39: Science around the globe

@genegeekCatherine Anderson, a geneticist from Canada.

Page 40: Science around the globe
Page 41: Science around the globe

@ScienceMagsMagdeline Lum, a

Metallurgist, photographer and science writer from

Perth

Page 42: Science around the globe
Page 43: Science around the globe

Polycom with GTAC

• Grade 5 to VCE Biology

• http://www.gtac.edu.au/site/home.html

Page 44: Science around the globe

Polycom with Gene Technology Access Centre, Melbourne

Page 45: Science around the globe
Page 46: Science around the globe
Page 47: Science around the globe

Facebook Pages for science lovers

• Science Alert

• I F*cking Love Science

• Australian Science Teacher’s Association

• ScienceDaily

• ABC Science

• Climate Reality

• An Inconvenient Truth