Neon careers resources are a comprehensive resource collection for everything engineering. The primary and secondary resources introduce students to future STEM careers, helping young people to understand more about the world of engineering...

This Mathematics Matters case study, from the Institute of Mathematics and its Applications, looks at how mathematical network theory helps to improve connections for global transport, internet and telephony networks. Modern society relies heavily on a variety of networks, but we don’t fully understand how they...

The Inventive podcast uses storytelling to encourage listeners to find out more about engineers and what they do.  In each episode, Professor Trevor Cox interviews an engineer, and then a writer uses that interview as inspiration for a piece of fiction. The podcast brings...

The Inventive podcast uses storytelling to encourage listeners to find out more about engineers and what they do.  In each episode, Professor Trevor Cox interviews an engineer, and then a writer uses that interview as inspiration for a piece of fiction. The podcast brings...

These resources were created as part of the North East Collaborative Outreach Programme funded by HEFCE. The work sheets use companies based in the North East of England as a context for science questions.  Each worksheet has the same structure of ‘know, apply, extend’ to support young people to apply and develop...

This collection contains resources provided from Northumbria University. Included in the collection are:

• The Future Me resources - work sheets using companies based in the North East of England as a context for science questions.
• Climate Change: It’s In Our Hands - a classroom-based board game...

This STEMNET resource describes the background and career of STEM Ambassador David Bennett, a design engineer at a nuclear power station.

David's role is to ensure that any modifications made to the nuclear power plant improve safety and efficiency. He started work after gaining a degree in Mechanical...

About one-fifth of the electricity generated in the UK comes from nuclear power plants, like the one operated by EDF Energy near Hartlepool. These plants use nuclear fuel - such as uranium - to boil water which is used to drive steam turbines. 

This activity sheet checks students' knowledge of nuclear...

Daniel is a nuclear medicine technologist at Addenbrookes hospital. He uses radioactive tracers to image the path of the material through the body. He studied a short course with the Open University and spent four years training on the job at the hospital.

Curriculum links include nuclear medicine, imaging...

This Catalyst article describes the work of scientists detecting changes in the oceans. The working lives of three oceanographic scientists who are investigating the Gulf Stream are examined, as is the requirement for them to work closely with experts in other fields, such as: engineers, software developers and...

From The Centre for Industry Education Collaboration (CIEC), this guide provides practical information and advice about organising a visit to a local science-based industry. Visits can be engaging, stimulating and profitable for the students, teachers and companies...

This Science upd8 activity offers an opportunity to test students' understanding of the solar system, and their skills as independent enquirers, problem solvers and effective communicators. Students are part of an earth-bound team set the task of interpreting a range of data relating to the solar system/universe....

This activity allows students to  research and present data, using live job and apprenticeship vacancy information found at plotr.co.uk as a stimulus.  Students practise using mathematical tools to present information. The activity will  familiarise pupils with...

A case study from Mathematics Matters which looks at the development of optical fibres and how mathematical models have simplified the process of producing them. Modern society relies heavily on a variety of networks, but we don’t fully understand how they behave. Mathematical network theory lets us create models...