The Association for Project Management (APM) recently held their first Manchester based conference, and the Northern Powerhouse initiative by UK Government was their key theme. Claire Trinder and Lisa Booth from our Programme Management Office attended the event, and it got them thinking about where the Hartree Centre fits in.
“If the Northern Powerhouse were a country, it would be amongst the biggest economies in Europe. If we can make this region an economic powerhouse, the whole of the UK will benefit.”
Phillip Hammond, Chancellor of the Exchequer
It sounds simple enough when you put it like that, but as we discovered at the APM conference, there’s a lot more to unlocking the benefits of the Northern Powerhouse than meets the eye.
The event, held in early December 2016, zeroed in on the developments in infrastructure, communication and technology projects that are being designed to re-balance the UK economy in line with the government’s Northern Powerhouse vision laid out in its strategy document. In summary, the Northern Powerhouse is a vision for a more joined up region in which northern towns and cities work collaboratively, sharing skills and resources to unlock the economic potential of the area.
This week sees the Hartree Centre run its first hackathon event at Daresbury. A three day event which brings together developers, designers and companies from a range of sectors all with the aim of creating the next big thing in web or mobile-based applications using IBM Watson APIs.
I’m a football fan. A Manchester United supporter for 40 odd years. The football was so poor last night (although we did win 3-1, I prefer a match that lifts you out of your seat), that I ended up having the “what are you doing tomorrow?” conversation with my significant other mid-way through the first half of the match. Continue reading “Creating a cognitive eco-system – day one of the Hartree Hack”
In civil and mechanical engineering, the design process is done almost entirely by computer (think about the way bridges are designed). A long-held goal in radical chemical and materials product design is to shift from an ad-hoc, labour intensive and expensive process towards a more robust and adaptive computer aided paradigm.