The Galloper Project

I’ve almost finished my first week of my east coast internship for Innogy, hosted by TMS media. So far, I’ve started by picking the work streams that most interests me. I decided I’d like to focus mainly on educating KS2 and KS3 students on the Galloper project. The Galloper project is a new wind farm being constructed 27km off of the Norfolk coastline, it consists of 56 wind turbines, 10 have been erected and the 11th one is now under way, the construction is set to be completed by March 2018. I’m currently developing ideas of how to engage the students and deciding what would be the best way to involve them in Galloper. Right now, I am thinking of a type of game that could be created that would teach them in an enjoyable way, we also want to help inspire children of all ages to peruse careers in STEMM.

Not only do I get the opportunity to get involved in these work streams but also, I’m getting the chance to travel around the local area, meeting other people involved in the oil & gas and renewable industry. I’ve already been to the Galloper base in Lowestoft and met Andy Mee who is in charge of operations, and was told I may get the chance to go onto one of their vessels, also possibly get to spend a few days in the main Galloper offices, learning in more detail the extent of the work involved in constructing and maintaining Galloper.


The organiser of the east coast internships John Best has also visited and I met Lucas who is doing his internship with Greater Gabbard and his internship is more economical based and he is finding out how Galloper will affect local businesses, and I had my second photo shoot already!

- Evie
Go follow Galloper on Instagram!
Click Here 

Popular posts from this blog

Galloper Internship - Week 3

Image
This week I went down to the Galloper turbine assembly base in Great Yarmouth with Rachel, where I met Peter who I site manager at the assembly base. He gave us a guided tour of the whole base explaining everything as we went. I learnt that the turbine blades are actually made of very thick fibre glass and weigh 26 tonnes each, they are made in sets of three and have to be within a certain weight percentage of each other or else the turbine won't balance. The turbine blades have large red dots on the so that birds flying by can see them and won't bump into the turbine. Each Blade is 75m long and they had 13 sets (39 blades) at the base when I visited. The tower of the turbine is made of 3 parts that each weigh up to 200 tonnes. The top section has what looks like rope spirally wrapped around it, this reduces the pressure of the wind in one area of the tower and creates a vortex around the tower. It takes roughly half an hour to climb up the tower as it is 90m high!  The head
Read more

Getting to know a pharmacist

As part of the STEMM Gold Award, I have interviewed my local pharmacist, David Standerwick, for an article. David has been a pharmacist for around 15 years, and also allowed me to do some work experience with him in the pharmacy, to learn what a pharmacist actually does first hand. Could you describe a regular day as a pharmacist? On a daily basis I meet lots of customers and patients. Each one has a different issue and trying to establish the nature of their problems and deciding on the most appropriate course of action is a bit of a detective story. Dispensing prescriptions is a routine job. It has to be to get a high quality of service. Some people can find this too routine and this is where the dedication comes in. When you were in high school, did you ever consider a career in a STEMM subject? I first became interested in pharmacy in the year before I left school. I has always been really into science subjects and had done well with these and so had looked around t
Read more

What is STEMM?

Opportunities. New knowledge. Moving forward. Our planet is changing faster than it ever has before, and it doesn't show signs of slowing any time soon. As scientists, we have to keep up with the world we live in and we believe STEMM is the way forward.  STEMM: Science, Technology, Engineering, Mathematics, Medicine. The five components which have truly shaped the way we function as a human race. But why are they so important, and why do we need STEMM to continue growth? Science has allowed us to create and use things today that we consider to be the norm; lighting, electricity, kitchen appliances, safe drinking water, and even the device you're using to read this on. Science is an ongoing battle, and without it the rate of ozone depletion would be far higher than it currently is. Science is also improving the environment around us, especially in areas such as the Arctic and Antarctic, where the icebergs are melting as a result of climate change. Technology is a
Read more