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The University of Sheffield is about to launch a project entitled 1010 that addresses these "high level" issues, by providing undergraduates at level 2, from any course, with the opportunity to form small interdisciplinary teams teams to simulate, evaluate and to develop ideas and solutions to solve the so called Grand Challenges of Society. The number reflects the predicted global population at the end of 2100 and the module aims to address the accompanying challenges that this will bring. This campus wide Achieve More Level 2 Module will shortly be made available as a pilot for volunteers in Semester Two of this (2015-2016) academic year. The structure of the module will be outlined at the dedicated "sign up" web site www.sheffield.ac.uk/10bn, which will become live after September 28th, 2015. [Contact details and institutional links are at the foot of this post, but will only come on stream for students in the New Year].
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Uniquely, although I care about the species balance as a whole, it is homo sapiens alone that have the power to influence all other species and therefore we hold the key to global sustainability. (Of course, we could argue about this in the light of recent retroviral outbreaks, but for simplicity I hope you will allow me some " scientific" license!). I am also aware that the "companies" students construct as part of the various "Molecules to Market" levels, are not always profit making. For many "not-for-profit" organisations, global sustainability is embedded in their Business Planning.
With this said, what can students mid way through their undergraduate programmes in Biochemistry, Molecular Biology, Genetics, Microbiology (and permutations thereof) bring to the 1010 Table? Here are some ideas, to begin with.
Drinking water. When we in the UK experience a few hours with the mains supply turned off; or even longer when there is a contamination issue, we are on the phone to Ofwat. However, in global terms the challenge of providing a simple, inexpensive device to turn, what is often sewage into potable water could bring Biotechnology, Chemistry and Engineering together with Microbiology.
These are some quick ideas, framed in the context of Molecules to Market , but I would strongly you take a look at the Bill and Melinda Gates portal. The Blog site is a rich resource and shows just how influential the organisation has been and continues to be in tackling global sustainability through innovation. I am keen to here views from those other organisatioons that utilise the Molecules to Market concept: please comment freely. I would also send out an invitation for schools to use this Sheffield concept as a vehicle for outreach links. I am already talking with UTC colleagues at several locations to see if we can cascade down some of the undergraduate ideas when they begin to emerge early next year. I hope this has whetted your appetite! I am certainly looking forward to the forthcoming events.
LINKS AND FURTHER INFORMATION
AML2 team members:
AML2 team members:
Sara Banning (Educational Developer), s.banning@sheffield.ac.uk
Dr Megan Blake (Academic Lead), m.blake@sheffield.ac.uk
Dr Alastair Buckley (Academic Lead), alastair.buckley@sheffield.ac.uk
Dr Amanda Crawley Jackson (Academic Lead), a.j.jackson@sheffield.ac.uk
Dr Roger Doonan (Academic Lead), r.doonan@sheffield.ac.uk
Fran Potgieter (Educational Developer), f.potgieter@sheffield.ac.uk
Juliet Storey (Lead
Educational Developer) J.Storey@sheffield.ac.uk
Dr Tom Webb
(Academic Lead), t.j.webb@sheffield.ac.uk
AML2 Homepage:
www.sheffield.ac.uk/10bn (in development, registration live 28th Sept 2015)
Achieve More staff website (currently being updated), including information
on strategic curriculum change: https://sites.google.com/a/sheffield.ac.uk/strategic-curriculum-change/home