Anatomy of a tweet – Introduction to twitter part 2
This post continues from the “Anatomy of a tweet part 1” posted on 6th May 2016 in which the component parts of a tweet were identified and explained.
This post continues from the “Anatomy of a tweet part 1” posted on 6th May 2016 in which the component parts of a tweet were identified and explained.
This week’s post is about twitter, not about how to use it, when to use it, or even whether to use it. Instead this post hopes to demystify the anatomy of a tweet.
This week Chris Mackintosh and Milly Blundell have generously agreed to share their experiences of delivering a module using a flipped learning methodology.
Find out what activities are included in the UK Malaysia University Consortium.
Over five days, students from across the UK and Malaysia will come together at the Universiti Malaya to discuss issues and identify solutions based around United Nations Sustainable Development Goals and Equality in Higher Education.
Read more about the collaboration between Beverston Engineering and LCR 4.0 working closely together we were able to develop a package of work, concentrating upon technologies which could have significant impact upon component accuracy improvement and waste reduction within the CNC manufacturing process.
Read more about the collaboration between Energy Fairies and LCR 4.0 to further develop their Flutter Shutter solution. Notably the Energy Fairy team wanted to specifically concentrate upon iterative design and test development of their envisaged smart sun tracking feature.
Read more about the collaboration between LCR 4.0 and Abbey Engineering - it was identified that Abbey Engineering could use data analysis to make more informed decisions regarding their manufacturing processes.
Read more about the collaboration between Greenbank Sports Academy (GSA) and LCR 4.0. GSA sought to develop a user friendly sports wheelchair which could be used to play power hockey and wheelchair football – which they have since named as ‘The Equaliser’.
Hi-Tech Steel Services are a St Helens based steel stockholder and processor, with the capacity to process in excess of over 5,000 tonnes of strip mill product per month. LJMU were able to provide access to specialist academic expertise and offer a dedicated resource, enabling Hi-Tech Steel to investigate the options available to them.