Tech in Government Canberra

Looking forward to Tech in Gov 2025, 12 & 13 August in Canberra. Not the least because I am not speaking or chairing any sessions, just wandering around, trying to make sense of what is happening with cybersecurity, AI, and digital transformation in government. Previously I talked at the event on  "Learning to Innovate for Sustainable Computing".

Back to the Conference in Canberra

At the TiG food truck.

Greetings from Tech in Government (TiG) at the National Convention Center in Canberra. While I have enjoyed online conferences over the last three years, it is good to be back in a room, with people. I am speaking tomorrow on Learning to Innovate for Sustainable Computing.

TiG's big innovation this year are food trucks parked outside the exhibition hall. This prompts casual conversations with people you don't know. I was offered work with one of the world's big four consulting companies, and a pair of sox, while waiting for my Chicken Tikka. ;-)

Google slogan at TiG 2022:
"Let's getting solving for Government".

Google got perhaps more attention than they wanted for the slogan on their booth: "Let's getting solving for Government". ;-)

Learning to Innovate for Sustainable Computing

I will be speaking on "Learning to Innovate for Sustainable Computing" at the Tech in Government conference in Canberra, 25 to 26 October. In this post I am collecting my thought on what to say. Suggestions, comments, and corrections would be welcome.

Computers are part of the problem of global warming,

Computers > electricity > fossil fuel > CO2 > global warming.

Yallourn W Power Station - Victoria, 

photo by Marcus Wong Wongm, CC BY-SA, 18 August 2007

Computers, and the Internet, run on electricity. Most electricity today is generated by burning fossil fuel, which releases carbon dioxide (CO2) into the atmosphere. The CO2 is a greenhouse gas, which traps sunlight, causing global warming. These facts have been clear since 2007, when the Australian Computer Society (ACS) release a world first study. The study estimated 1.52% of Australian carbon emissions were attributable to computers and telecommunications. There have been later more detailed studies around the world, but these produce similar estimates of around 2%. This is a significant source of pollution, being around the same as from the airline industry.

Reference

Audit of Carbon Emissions resulting from ICT usage by Australia Business,

by Shadi Haddad, Ethan Group Pty Limited, for the Australian Computer Society, August 2007. URL https://web.archive.org/web/20070907015722if_/http://www.acs.org.au/acs_policies/docs/2007/greenictaudit.pdf

Computers can be part of the solution to climate change

Big Efficient Data Centers Linked to Handheld Devices 

Brendale Supernode, Queensland,
by Quinbrook Infrastructure Partners, 8 July, 2022

Consolidating computing into large data centers, collocated with renewable energy storage, as is being done at the Berndale Supernode in Queensland, provides the opportunity to reduce carbon emissions from computing. These systems can also be used to replace activities which are carbon emitting. As an example, the recent COVID-19 pandemic has shown that much business travel can be replaced with video conferences. However this requires learning new skills, and habits.

Reference

Supernode set for Moreton Bay, Steven Miles, Deputy Premier of Queensland, 8 July, 2022. URL https://statements.qld.gov.au/statements/95682

We can teach how to measure and reduce emissions, with a smart phone

Small Chunks of Learning Delivered to Handheld Devices

ICT Sustainability Course on a desktop computer,
by Tom Worthington, CC-BY, 2007

ICT Sustainability Course on a phone,
by Tom Worthington, CC-BY, 2007

Vocational education at TAFE, and courses at university are now routinely provided online. What is not generally appreciated is that students don't have to sit down at a desk-top computer, to learn. The learning management systems used for teaching TAFE and university students automatically adjust to smart phone screens. It takes a little more work to design the course content for this mode, and to allow students to study while working.

In 2008, the Australian Computer Society commissioned me to design an online course to teach how to estimate and reduce carbon emissions from computers. This was implemented using the Australian developed Moodle Learning Management System, and has been running at Australian and North American universities since 2009.

Reference

Worthington, T., "A Green computing professional education course online: Designing and delivering a course in ICT sustainability using Internet and eBooks," Computer Science & Education (ICCSE), 2012 7th International Conference on , vol., no., pp.263,266, 14-17 July 2012 URL: http://dx.doi.org/10.1109/ICCSE.2012.6295070

Same Approach, Other Challenges

Needed Tech Skills for Defence by Smartphone

Event canvas from Navy Warfare Innovation
Workshop (NWIW), by Paul Telling, 2020

Australian government face the challenge of recruiting and training sufficient personnel for technical roles. Training using mobile devices can assist with this, by allowing in service professional development in new and interesting ways. One example are the hackerthons which I have assisted with in the last few years. Two  were hosted by the Australian Computer Society, for the ADF & NZDF, and one by the Australian Navy. These helped participants learn to collaborate online rapidly in a high stress environment.

Reference

Worthington, Tom (2022): Designing for scale: How to use mobile devices to recruit, train and equip the extra 18,500 defence personnel. University of Melbourne. Media. https://doi.org/10.26188/20742451.v1 Notes at: https://blog.highereducationwhisperer.com/2022/08/expanding-canberra-defence-training.html