North East - education

Gateshead Millennium Bridge

If you're thinking about a career in civil engineering, or would like to find out more about it, ICE is here to help.

We can give advice and guidance if you're wondering what subjects to study at school, college or university. We also provide resources and support for teachers, and other people looking to promote civil engineering.

ICE North East has a wide range of materials for people living in the region and working with local schools and colleges.

Looking for inspiring resources to use in school?

We have a range of multimedia resources for teachers, careers advisers, parents, and volunteer ICE ambassadors.

So if you want an activity for a class or club – something hands-on, that's tried and tested – you'll find it here. We also have PowerPoint presentations, videos, careers information and useful links to lots more.

Browse through and download the schools resources you need

ICE also works with Tomorrow's Engineers, which provides clear information on careers in engineering. The Tomorrow's Engineers careers materials:

  • Are mainly aimed 11 to 14-year-olds
  • Show what young people can achieve by studying maths and physics
  • Tell you about the huge range of careers available in engineering
  • Explain the different ways to get an engineering career

Find out more about Tomorrow's Engineers

In your region

Need help planning your lessons? Thinking about visiting a school?

We have a range of resources for teachers and those wanting to visit schools that help explain the role of civil engineering and inspire young learners.

Bridges to Schools

Watch pupils from the East Midlands take part in Bridges to Schools

Bridges to Schools is a fun activity that introduces young people to civil engineering and its contribution to society.

ICE North East uses a 13m cable stayed bridge kit which students build, walk across and deconstruct. It helps them learn about teamwork and the civil engineering that's involved in building bridges.

The overall aim of Bridges to Schools, which has been running in the North East since 2012, is to inspire and motivate younger students to take up a career in science or engineering field. Students are encouraged to improve their knowledge in physics, maths and other related subjects.

Hosting Bridges to Schools

The bridge kit is normally kept in one location for a week and schools group together to arrange for their pupils to visit and take part in the activity.

To host the bridge you need a gym or hall that's 19m long, 2.5m high and has a flat surface. Vehicle access is needed as close as possible. It's very important that this space is available or the bridge won't fit.

If you're interested in hosting Bridges to Schools at your school please contact Jade Robson in the ICE North East Regional Support Team for availability and pricing.

Suitable for: 8 - 11
Time required:1.5 hours

Downloads:

Paper bridges

Paper bridges exercise
Paper bridges exercise

This is a hands-on design, make and test activity. Pupils will use sheets of paper, masking tape and nuts and bolts, to create a bridge which is tested for strength.

The activity helps students to appreciate the role of civil engineers and provides a great understanding of the forces that need to be managed in order to build a safe structure.

Suitable for: Age 8 and up

Time required: Up to 2 hours

Downloads:

Interested in helping?

If you think you could help inspire the next generation of engineers, then we want to hear from you!

We're always on the look out for new Ambassadors to visit schools and help enthuse children across the region.

If you're interested we want to hear from you.

Find out more and register your interest

Build a bridge or tunnel to cross the river Tyne in north east England

What can you tell me about it?

Including rail and footbridges there are 26 bridges over the river Tyne. The bridges between Newcastle and Gateshead are probably the best known.

The river is also crossed by the Tyne tunnel - a 2 lane road tunnel that connects Jarrow with North Shields.

Famous engineer Robert Stephenson’s High Level Bridge was the first to span the Tyne Gorge in 1850. The Gateshead Millennium Bridge was the most recent in 2001.

The Tyne Bridge built in 1928 is probably the most iconic. It’s known worldwide as a symbol of Tyneside.

Although the bridges and tunnel were built many years apart by different engineers they can be loosely viewed as a single project because they all have similar goals. They all aim to move people and goods quickly in a region which has been one of the UK's industrial centres for hundreds of years.

Tyne crossing

Difference the crossings have made

The High Level Bridge was a vital link in the railway network of its day. It meant there could now be a continuous and faster service between London, Berwick and Edinburgh. The Tyne Bridge eased traffic congestion on existing routes across the river when it opened in 1928.

The Gateshead Millennium Bridge is a key part of the Newcastle/Gateshead Quayside regeneration project. A cycle and footbridge, thousands of people cross it every day.

The Tyne tunnel is actually 2 tunnels. The first opened in 1967 letting traffic bypass the congested city centres of Newcastle and Gateshead. As it became busier over the decades – peak hour delays of 30 minutes were common – a second tunnel was added in 2011 to smooth traffic flows at rush hour.

How the work was done

Ground conditions were a major challenge during construction of the High Bridge. Stephenson wrote in his journal that foundations were difficult to sink at high tide as the sand was too hard. Most of this work was done at low tide as a result. The bridge was made of cast iron to keep costs down.

TThe Tyne Bridge is similar in design to the Sydney Harbour Bridge in Australia which opened 4 years later. The Cornish granite towers of the Tyne Bridge were intended as 5 storey warehouses but the inner floors were never finished.

The Gateshead Millennium Bridge was lifted into place over the river by one of the world’s largest floating cranes. 6 hydraulic rams can tilt the bridge back to let tall ships pass. Its shape and movement have earnt it the nickname ‘the Blinking Eye’.

The onshore sections of the 2011 Tyne tunnel were built using the cut and cover method. This meant workers dug a trench, built the sides and then roofed it over. Under-river sections were prefabricated, floated out, and dropped into a trench. The sections were then covered with rocks.

Read more on the Tyne crossings

Provide a major water supply for industry and homes in the north east of England

What can you tell me about it?

The need for a major water storage scheme in north east England goes back to the mid 19th century when expanding industries on Tyneside and Teesside were demanding more water.

Reservoirs were built in the late 19th and early 20th centuries but by the 1960s it looked like demand would outstrip supply. Local industry such as British Steel required much greater volumes while domestic water usage was also rising due to growing prosperity.

The answer was the Kielder scheme, a regional water transfer system in the north east of England. It releases water from the reservoir at Kielder Water into local rivers.

The scheme means rivers such as the Tyne, Derwent and Tees can be kept at minimum levels even when rainfall has been low. This makes more water available downstream for domestic and industrial use.

The network is underpinned by Kielder Water. The 200bn litre reservoir is the biggest artificial lake in the UK by capacity. It's surrounded by Kielder Forest, the largest man-made woodland in Europe.

The scheme was planned in the late 1960s to satisfy a predicted rise in demand for water on the back of a booming UK industrial economy.

kielder water scheme

Although that boom never came the scheme continues to serve the north east of England. Water released from Kielder Water in Northumberland's North Tyne Valley can supply Tyneside and Teesside more than 80 miles away.

Kielder Water is also the site of Europe's largest hydroelectric plant. The dual-turbine power station produces an average 20,000MW of electricity a year.

Read more on the Kielder water scheme

Build a big reservoir to supply water to the manufacturing industries of Teesside

What can you tell me about it?

Cow Green is a 3km (2 miles) reservoir in County Durham. At 480m it's one of the highest placed in England.

The structure is 25.8m deep with a surface area of 3,219,000m². It serves a catchment area of 59km².

Cow Green is a regulatory reservoir. This means it releases water into the river Tees during dry conditions so that it can be removed further downstream.

Plans for the reservoir faced nearly a decade of protests as this part of Upper Teesdale was considered environmentally important. Campaigners were concerned that rare plants such as the Teesdale violet would be threatened by the project.

About a tenth of the Teesdale violet's habitat was destroyed by the reservoir's construction. The rest of the area was designated the Moor House-Upper Teesdale National Nature Reserve – England's largest reserve of its type.

Cow Green was the last of 3 reservoirs built in the Tees Valley to meet the growing needs of local industry at the time. The others were Selset and Balderhead reservoirs. Selset was completed in 1960, Balderhead in 1965.

Cow Green resrvoir

Difference the reservoir has made

Cow Green continues to supply water to thousands of homes and industries in Teesside to this day.

The expensive and protracted disputes in the years before the reservoir was built were viewed as contributing to a growing mistrust between the water industry and environmentalists.

How the reservoir was built?

Cow Green reservoir was created by building a dam at the point where a flat area of the river Tees crossed land near an old mine. The mine was previously dug for barium sulphate – a mineral used for making paint.

The first day's work on the project started with a bang when Sir Charles Allison, chairman of the local water board, hit the plunger on a detonator. This set off an explosion which blew a crater on the reservoir site.

Sir Charles may have chosen this violent start to the project to make a point. He was infuriated that environmental campaigners had delayed the reservoir for nearly 10 years.

The next 4 years saw engineers build the 25m high, 550m long dam to hold back 40,000m litres of water.

The project team paid close attention to the design of Cow Green's core following erosion problems with the clay core of recently completed Balderhead reservoir.

Engineers decided on sand drains for Cow Green as they thought this would cut down seepage from the reservoir. Sand drains use small particles to filter impurities from water.

Around 300 people made up the construction team.

Read more on the Cow Green reservoir

What is civil engineering?

If you want to know more about civil engineering, then you're in the right place. Our What is civil engineering section contains a wealth of information, including:

  • Examples of inspiring civil engineering achievements
  • Interviews - find out what inspired civil engineers to choose their career
  • Profiles of some of the most famous civil engineers to have lived

Find our more about civil engineering

Near you

To help promote civil engineering achievements close to you and across the UK, we're running a campaign called This is Civil Engineering. We're highlighting projects across the North East that are helping to improve lives and improve our environment.

Find out more about This is Civil Engineering

What do you need to do to become a civil engineer?

If you're interested in a university or college course in civil engineering, it's important to make sure that the course you choose is 'accredited'. This means that it meets the Engineering Council's quality and curriculum standards.

Having accredited academic qualifications will make it easier for you to become professionally qualified as a chartered engineer (CEng), incorporated engineer (IEng), or engineering technician (EngTech). Use our course search to find accredited courses throughout the UK.

Please see the list below for accredited centres offering engineering degree courses in the region.

Universities

  • Newcastle University
  • University of Durham
  • Teesside University
  • Northumbria University

Already studying?

If you're already studying a civil engineering course, then you could be eligible for our FREE student membership.

Becoming a member of ICE offers you a wealth of benefits, from access to free resources like our Ask Brunel service (get an answer to any civil engineering question!), to a free subscription to New Civil Engineer (NCE) magazine.

Join ICE today

Find out more and become a student member for FREE

Careers in civil engineering

If you're thinking about your career options, we're here to help. Our careers section contains a wealth of information on what you need to do to become a civil engineer. You can find out more about the qualifications you'll need, how your career could advance and how we can help you to become a professionally qualified civil engineer

Explore our Careers and professional development section

Inspire Competition

The UK does not have enough engineers. It is projected that UK companies need to recruit 87,000 new engineers each year to fill the 2.56 million job openings from 2012 to 2022. To do this they will have to double the number of engineering apprentices and double the number of people with engineering qualifications to meet demand.

The UK needs innovative ideas to attract engineers from all areas of society to ensure a diverse workforce fit to tackle challenges such as climate change, population growth, building bigger and taller buildings and providing clean water and sanitation for all.

For a chance to win a £500 prize for your school and a £50 shopping voucher per student all you have to do is get a team of between 3 and 6 together and produce a video. Students must be in Year 7.

Teams must produce a video of a civil engineering hero and describe how they affected and helped society. The advert must be a video up to 2 minutes long. Teams must also answer the question 'How did Civil Engineering affect you today?'

For more information about the competition, and to download a registration form, visit: our Inspire competition page.

Looking to develop yourself further?

We provide a range of Professional Development courses to help you develop further.

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