Crest Challenges
This Challenge Pack from the British Science Association, aims to give students aged 11-16 and their teachers and educators support to create a science, technology, engineering or maths (STEM) project that they can enter into the National Science + Engineering Competition. Through creating a project, young people can explore…
Improving Young People's Engagement with Science, Technology, Engineering and Mathematics (STEM)
This paper, published to coincide with Science and Engineering Week 2013, presents evidence from research carried out by the National Foundation for Educational Research (NFER) to explore how to encourage further engagement in, and take-up of, STEM subjects. It discusses why STEM education is important and looks at how policymakers,…
Choosing the Right STEM Degree Course: Investigating the Information Available
This report focuses on progression from post-16 education in schools and colleges into STEM first degree programmes and proposes a number of recommendations for improving levels of communication among the main stakeholders. SCORE commissioned the Centre for Education and Industry, which is based at the University of Warwick,…
New Challenges, New Changes: Further Education and Skills System Reform Plan - Building a World-Class Skills System
This document was published by the Department of Business, Innovation and Skills in December 2011, and sets out the programme of work required to take forward the reform of FE and skills system for adults aged 19 and over in England. The report was based on the principles set out in Skills for Sustainable Growth and took account…
Evaluation of the Wellcome Trust Camden STEM Initiative
This report, published in March 2012 by the National Foundation for Educational Research, presents the findings of an evaluation of the Wellcome Trust’s Camden Science, Technology, Engineering and Mathematics (STEM) Initiative which provided funding to eight Camden schools to develop interdisciplinary projects. Projects…
Subject Choice In STEM: Factors Influencing Young People (Aged 14-19) in Education
The Evidence for Policy and Practice Information and Coordinating Centre (EPPICentre) was commissioned by the Wellcome Trust to undertake this systematic review of research about subject choice. The main aim of the review was to examine the factors that influence the STEM subject choices of young people (14-19 years) in education…
Hunting and Gathering for Ideas
This resource describes an outdoor activity which can be used to introduce students to the concept of biomimicry. Janine Benyus, founder of the Biomimicry 3.8 Institute, explains how systematically observing nature and then emulating it can lead to innovative and sustainable technologies and designs. She describes how to conduct…
The Continuum of Design Education for Engineering
This booklet examines the development of engineering expertise and makes recommendations on ways to harness, encourage, facilitate and reward it. Covering all Key Stages from Foundation Stage to post-16 and higher education, the booklet states the case for design and technology in schools to encourage an understanding of engineering,…
Module 6: Aiming Higher
Module 6 of the STEM Projects Toolkit gives information on the many opportunities that students can take to present their projects in STEM competitions and fairs. The resource describes the practical steps to be taken to make a project ready for a competition or fair, including describing what the judges would be looking for. Contents 6.1…
Module 5: From the Classroom to the STEM Fair
Module 5 of the STEM Projects Toolkit explains the steps that can be taken between students carrying out projects in their own classes and presenting a project at a STEM competition or fair. Although this can be a daunting prospect, it can give students a positive experience of presenting themselves and their work professionally…
Module 4: Characteristics of Good Project Work
This module of the STEM Projects Toolkit explains what a good project provides for students, encouraging them to develop independent learning skills and reflective practice. This part of the toolkit provides the first practical steps for teachers and technicians in conceiving and developing a STEM project. Contents 4.1 What is…
Module 3: Moving From Teacher-led to Student-led Lessons and Projects
This module of the STEM Projects Toolkit considers how to move from traditional teacher-led individual lessons to student-designed and student-led inquiry based lessons and projects. The emphasis is on guiding students and encouraging them to explore and research topics, actively participate in the learning process, collaborate and…
Module 2: Models of Student-centred Inquiry
This module, from the STEM Projects Toolkit, considers the use of the inquiry-based approach in everyday teaching of STEM subjects, encouraging students to use initiative and make independent decisions. The resource compares different types of Inquiry Based Learning and includes approaches for differentiation and inclusion. Contents 2.1…
Module 1: Getting Started With STEM Inquiry Work
This module introduces the STEM Projects Toolkit, its background and its goals. A schematic diagram shows the contents of the resource pack, showing the pathways which teachers and technicians can use to access information and enrich lessons. The resource builds on the successes of the CREST Awards, a formal project award scheme,…
Green Fairgrounds
The RA3 project, provided by the Centre for Science Education, aims to bring parents together with their children and teachers to explore the worlds of science, technology, engineering and maths. This investigation helps to develop an awareness of green power by designing and making a new fairground ride which is self-powered.…
Corrosion: the Virus of Engineering
From the Technology Enhancement Programme (TEP), this publication looks at the process and problems caused by the corrosion of metals. The first part of the publication gives background information for students on elements, atoms, ions and electrochemical reactions involved in rusting. This helps students to understand how different…
Flywheels in Engineering
This publication, from the Technology Enhancement Programme (TEP), looks at the topic of flywheels and how they can be used to store or smooth energy flows. The book initially provides information for students on the following topics: • The energy-storage system • Cyclicity of supply • Energy and system energy…
Manufacturing Post-16
This publication, from the Technology Enhancement Programme (TEP), helps students to understand the manufacturing process through a series of design challenges. Each has a specific brief and the topics include: • Designing and making a helping hand • Robotics: designing and making a walking robot • CAD/CAM: designing…
Mechanisms 14 to 16
Produced by the Technology Enhancement programme (TEP), these materials help students to understand and design mechanisms. They are described as having moving parts such as levers, gears and linkages in which the input action causes an output that might be very different. Early mechanisms were purely mechanical but they may now also…
Speakers from Industry: a Practical Guide for Teachers and Industrialists
Produced by CIEC Promoting Science, this booklet offers advice and guidance for: • teachers who wish to bring industrial speakers into school • industrial speakers who would like an insight into the needs of teachers and their students. The booklet contains two sections that deal with: Part I - a general guide…
Protecting Your Head
Protecting Your Head, from the Centre for Science Education, is a set of teaching materials which offer a cross-curricular approach to learning about engineering. The context for the activities is the design of head protection for snowboarders where the risk of injury is significant but personal image is also important. Teachers'…
Where STEM Can Take You
Produced by Rolls-Royce, this series of case studies illustrates the wide range of career opportunities that are opened up for students with skills in science, technology, engineering or mathematics. They can be used to give careers advice and guidance to students as well as to illustrate the curriculum principles they cover. The…
Making the Future
Produced by Rolls-Royce, this booklet tells the story of what makes a high value business. It looks at questions such as: What are high value businesses? What do they look like? Why do they matter? The booklet can be helpful to illustrate the types of career opportunities that are available to students with science, technology,…
Why STEM Careers?
From Rolls-Royce, these materials are designed to show students the exciting range of careers that are available for students with science, technology, engineering or mathematics skills. This resource aims to help students see the link between classroom STEM subjects and opportunities in the world of work. It provides information…
STEM Careers Guidance for Teachers Toolkit
Produced by Rolls-Royce, the associated resources in this toolkit help students to make the connection between STEM subjects studied in school or college and possible future career opportunities. The materials illustrate the really exciting opportunities which open up to them through studying STEM subjects. The toolkit also aims…
Google in Education: a New and Open World for Learning
Produced by Google, this document looks at the company's involvement in supporting education. It illustrates the range of Google's education activities and resources. It also aims to illustrate how Google tools can support learning in a range of curriculum areas including science, technology, engineering and mathematics…
STEM Careers Awareness Guides
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-16 subject…
Report on the STEM Mapping Review 2004
The purpose of the Science, Technology, Engineering and Mathematics (STEM) Mapping Review, published by the Department for Education in 2004, was broadly to: • investigate whether STEM initiatives currently being taken forward address the concerns raised about the decline in demand of university places in STEM. •…
Case Studies from 2011: Healthcare Technologies
A set of case studies which highlight some of the research funded by the Engineering and Physical Sciences Research Council (EPSRC) in 2011. MyCare – the ‘card’ that could save your life It looks like a credit card…it slips into a wallet or purse…but it could mean the difference between life and…
Case Studies from 2011: Technology and Engineering
A set of case studies which highlight some of the research funded by the Engineering and Physical Sciences Research Council (EPSRC) in 2011. 3D printing 3D printing technology that can create full-scale consumer products, even in chocolate, is one step closer to commercial reality. Tiny flying machines will revolutionise surveillance…
Case Studies from 2010
A set of case studies which highlight some of the research funded by the Engineering and Physical Sciences Research Council (EPSRC) in 2010. Valuable materials extracted from industrial waste Living with environmental change: Why use dwindling supplies of valuable raw materials when an EPSRC-funded project shows that they can…
Case Studies from 2009
A set of case studies which highlight some of the research funded by the Engineering and Physical Sciences Research Council (EPSRC) in 2009. The chocolate powered race car with a green future Energy: The world’s first fully sustainable racing car, developed with EPSRC support, is paving the way for ‘green motorsport’…
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