Hello Excelsior Academy! Over the next few years we hope we’ll see you often. We’ll bring you the most fascinating, surprising, and ridiculous things we can think of, and together we’ll explore the world around us. We’ll look at how things work, how they behave, and how you can build things that behave as you want them to.
We also hope you’ll visit us at our base, Think Lab in Northumbria University, where we can go even further in thinking like scientists and engineers.
Below, you’ll find a summary of the things we’ve done with you so far. Click around – you might just spot yourself in one of our galleries.
Hello Excelsior! Wow, what a day we’ve just had. I don’t know about you, but it’s made me ready for the summer. I love a good festival: the music, the lights, the food. I’m a bit less keen on the massive expenditure of energy and resources that often goes along with a large music festival. This is why I’m particularly impressed with the Shambala festival which focuses on renewable energy and sustainable resources. They are now powered by 100% renewable energy and have reduced their Carbon footprint dramatically over the last six years. (Find out more information at the bottom of the page.
This music video by Imogen Heap was created using entirely renewable forms of energy. They used a combination of solar hybrid generators and PedGens (fancy exercise bikes – keeps you fit whilst you watch the music!) and were able to power all the music, the stage and the video production equipment. Check out those wired gloves she uses to interact with the music. A perfect example of Science and Art working in perfect harmony.
The activity that we did today is very similar to the sort of research that goes on in the development of wind turbines. You’ve probably seen the large wind turbines either off the coast or up on the hills, but the new breed of wind turbines are designed to work in an urban landscape. Engineers are developing turbines that produce less noise and less vibrations so that we can install them on the tops of buildings and in highly populated areas. Novel designs and structures allow the turbines to be efficient in different wind conditions and produce a consistent level of energy. Vertical axis wind turbines (VAWT) are able to be placed closer to the ground and can operate in less windy areas than traditional wind turbines. You’ll probably see them mostly in urban areas. Next time you’re out in town, take a look up to see if you can see any.
For more information about a regional company who are developing wind turbines check out our Siemens employer case study.