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…
A Century of Crystallography
This poster, from the Science and Technology Facilities Council, celebrates 100 years since two scientists in the UK pioneered a technique for crystallography. Crystallography uses x-rays to create a diffraction pattern to examine the atomic structure of crystals. The poster explains Bragg’s Law, which allows the calculation…
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…
Dye-sensitized Solar Energy
The activity, from the Biomimicry 3.8 Institute, provides an illustration of biomimetic technology. Students explore how to produce electricity by constructing a dye-sensitised solar cell at ambient temperatures, using a few simple materials. In the manufacturing of most solar cells, silica must be heated to separate the silicon…
Concrete Without Quarries
This practical activity, from the Biomimicry 3.8 Institute, allows students to explore how nature creates calcium carbonate, a compound needed to manufacture cement, at ambient temperatures and using abundant, readily available raw materials. The cement used in concrete is manufactured from calcium carbonate, which is extracted from…
Frozen Oceans: GCSE Geography
This resource provides two data case studies based on oceans topics for GCSE Geography, introducing ocean acidification and sea ice thickness in order to develop students’ understanding of the issues and putting them in the context of extreme field research. The lessons relate to the 2009-2011 Catlin Arctic Survey expeditions…
Young Journalists Academy Education Pack
In 2012, with support from the Wellcome Trust, the Young Journalists’ Academy summer school included a ‘Biomedical issues and the media’ strand. The strand featured sessions, workshops and visits from science journalists from the BBC, The Times, Eureka and the Wellcome Trust. This teaching pack was produced…
How Rich Is Your Habitat?
This practical activity uses a simple and convenient model of the real environment in order to demonstrate the principles of random sampling and how to estimate biodiversity. Students use different coloured sugar balls to represent different species in order to put Simpson's Diversity Index to the test, which takes into account…
Battle of the Beaks
This practical activity explores beak adaptations in bird populations and looks at the way in which variation in beak shape is related to the available food sources within an environment. Students simulate bird feeding by using a ‘beak’ to collect food and place it into a stomach. There are four different beak shapes…
What to Conserve?
With the increasing pressure of a growing human population it is becoming increasingly difficult to conserve natural habitats. Ultimately, not every green space can be afforded conservation protection. This field study encourages students to act as environmental scientists to compare different habitats and decide which habitat should…
Pony Grazing
This field study encourages students to act as environmental scientists to compare two heathlands one of which has been grazed, one of which has not. Students use the data collected to decide which heathland is better in terms of the plant species present, especially heathers, and soil chemistry. Four activities are suggested: Activity…
Mapping for Climate Change
This field study encourages students to investigate the vegetation in a lowland heathland habitat and to use a GPS unit to map habitat fragments. Students could also make management decisions, deciding where to place habitat corridors to help prepare for the possible effects of climate change. Four activities are suggested depending…
Introduction to Lowland Heathlands
This resource is an interactive activity which aims to provide an introduction to the lowland heathland habitat. The five topics relating to lowland heathlands covered by the resources include: • The biotic components of lowland heathlands, focusing on plants • The biotic components of lowland heathlands, focusing on…
How Polluted?
This field study resource pack encourages students to act as environmental scientists to assess the ‘health’ of a heathland habitat. The resource contains three separate activities that students can complete, depending on the time available and suitability of the site: • Measuring nitrogen pollution in the soil…
Ready or Not? A Role Play on Taking Stem Cells to the Clinic
This role-play activity, from Eurostemcell, allows students to explore some of issues around stem cell research and its medical applications, enabling them to think about and develop their own views on this very exciting, controversial field. The role play has been designed to address the following issues: • Why use embryos…
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,…
Long Eaton School
This resource is a lesson based around the Drake Equation – an equation used to estimate the number of detectable extraterrestrial civilizations in the Milky Way galaxy. There is a differentiated lesson plan and a PowerPoint which guides the class through the lesson. The students are posed questions about the implications…
4/5- Publication year: 2010 to date
- Teacher guidance
Triple Science Case Study: Tenbury High School, Worcestershire
From the Triple Science Support Programme, this case study illustrates how career awareness advice before students make their Key Stage Four choices, after school skills and concepts revision clubs, and an impressive range of STEM enrichment activities in the local environment can lead to success in delivering triple science. The…
Triple Science Case Study: Stocksbridge High School
From the Triple Science Support Programme, this case study illustrates how using feedback from the students (and staff) to change the curriculum model and providing more detailed advice during the Year Nine options process with regards the nature of the course can lead to success in delivering triple science. The case study…
Triple Science Case Study: Pen Y Dre High School, Merthyr Tydfil, Mid Glamorgan
From the Triple Science Support Programme, this case study illustrates how a focus on raising attainment in science, including looking specifically at literacy and Numeracy, after school skills and concepts revision clubs and a wide range of STEM enrichment activities, can lead to success in delivering triple science. The case…
Triple Science Case Study: Marden High School, North Shields
From the Triple Science Support Programme, this case study illustrates how highlighting the different characteristics of the sciences and developing an enviable programme of enhancement and enrichment activities for students to enable them to make informed choices about progression can lead to success in delivering triple science.…
Triple Science Case Study: Cavendish School, Hemel Hempstead
From the Triple Science Support Programme, this case study illustrates how adapting the curriculum to suit the needs of particular groups of students, recognising the importance of motivation and study skills when selecting students and planning well for future changes can lead to success in delivering triple science. The case…
Triple Science Case Study: Buttershaw Business and Enterprise College, Bradford
From the Triple Science Support Programme, this case study illustrates how capitalising on the enthusiasm of the science staff to increase uptake and including science in the options rather than as an ‘extra’ after school can lead to success in delivering triple science. The case study provides some background information…
Triple Science Case Study: Balshaw’s School, Leyland
From the Triple Science Support Programme, this case study illustrates how giving science a high profile to create enthusiasm for the subject in a large number of students, together with a whole school strategy of vigorously enhancing and enriching the curriculum, can lead to success in delivering triple science. The case study…
Triple Science Case Study: Woodrush High School, Worcestershire
From the Triple Science Support Programme, this case study illustrates how a focus on providing adequate curriculum time for triple science, moving towards a three year Key Stage Four, together with developing students’ science enquiry skills from Year Seven can lead to success in delivering triple science. The case study…
Water Supply and Developing Countries
This resource pack can be used to highlight issues such as global water scarcity, the challenges people face when sourcing water and maintaining a water supply in developing countries and the role of the engineers in solving these problems. Following a quick quiz, a presentation introduces the scale of local and global water…
Screening Everyone
This resource explores the potential benefits and risks of a national screening programme for cystic fibrosis (CF) carriers. Students are presented with the proposal that all 14 year olds should be encouraged to have a screening test to identify whether they are a carrier for cystic fibrosis. They then think about this ethical dilemma…
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