Bring physical computing to life, whilst introducing the micro:bit to pupils, with these robotic head templates. Program sequenced animations on the micro:bit and then use the templates to display the micro:bit through a robotic form.  A template is provided for printing on paper or card, as well as files for 3D...

From the Science and Technology Facilities Council (STFC), this brochure describes the leading role played by UK scientists and engineers at universities, observatories and research council establishments in providing real-time astronomy for research and education. The work of the Liverpool and Faulkes telescopes...

A case study from the Engineering and Physical Sciences Research Council (EPSRC) looking at new technology which is improving the sensitivity of MRI scans, developed with support from the EPSRC.

The technique, based on manipulating space shuttle fuel, could allow doctors to learn far more from a traditional...

Ros Brain, Deputy Head Teacher in a primary school, recruited four STEM Ambassadors from STEMNET to bring alive the topic of poor sanitation for an activity day in her school.

The children got involved in a range of practical and fun experiments which were relevant not only to the themes of problem solving,...

Children are supported to extract starch from potatoes which they then use to make and explore the properties of 'oobleck'.

The information sheet, from the Royal Academy of Engineering, covers what materials are required and encourages students to think about how a material alters as it is processed and how it can be used. Students are encouraged to think about engineering applications for a material and also the marketing of a product...

These STEM Careers Awareness Guides were designed to provide STEM teachers and careers advisers with an overview of the 'See where they can take you' campaign. This aimed to improve the quality of science, technology, engineering and mathematics (STEM) careers guidance for students, to help them make informed post-...

From the Centre for Science Education and the National STEM Learning Centre and Network, this leaflet provides some prompt questions that introduce creative and practical ways of raising STEM careers awareness. There is information on working with partners and also where further resources can be found.

Produced for the Department for Education, this document outlines four levels of school engagement with STEM careers as a basis for planning the development and implementation of the STEM Subject Choice and Careers project.

This set of four profiles of UK industries give an overview of each one and is designed for students to gain an insight into careers available to people who have studied STEM subjects. The industries featured are the nuclear power, pharmaceutical, renewable energy and maritime industry.

Each profile includes...

This document from the Department for Education refers to the provision of information, advice and guidance (IAG) for young people. IAG covers a range of activities and interventions that help young people to become more self-reliant and better able to manage their personal and career development, including...

These documents from the Department for Education provide tools to support the development of young students' knowledge and understanding of their personal skills and capabilities.

*Personal Capabilities Framework
This chart presents three domains for personal capability - thinking, self-belief and...

From the Department for Education, this resource is an accessible summary of good practice when delivering careers information and guidance. It will be useful for tutors, subject teachers, and careers advisers involved in STEM and other subject areas.

This pack from the Department for Education was developed for careers education and information, advice and guidance (IAG) practitioners to support their work in engaging tutors, subject teachers, personal and careers advisers in the business of STEM careers awareness.

The resources are designed to boost the...

This activity sheet for students will enable them to demonstrate the idea of reinforced materials and conclude which is the best to choose for a specific task, in this case constructing buildings resistant to earthquakes and high winds. The work of a structural engineer is also profiled.