Scientists must design and evaluate many ways of extracting water from the lunar permafrost before planning lunar colonies and manned missions using the moon as a base.

In this activity students will construct a solar water collector. Using the collector, students will collect and calculate the amount of...

The first Student Workbook for Nuffield Physical Science began with an extensive introduction to this novel course for students. The Workbook was not designed as a textbook. The content of each section was arranged on the same plan, and each contained four types of...

This activity, from the Institution of Engineering and Technology (IET), looks at how the boomerang works from design and scientific principles. Students explore how aerodynamic forces affect the flight of objects, relate the design features of the boomerang to its path...

Produced by the Centre for Science Education, this Science Assessment Task for More Able Students, comprises of two investigations with a space-related theme. Students investigate what needs to be considered if humans are to colonise our solar system.

They look at:

* forces and the force of gravity...

The second Student Workbook for Nuffield Physical Science began with an extensive introduction to this novel course for students. The Workbook was not designed as a textbook.

The content of each section was arranged on the same plan, and each contained four types of material: 'Introduction', passages of '...

Air pollutants arise from natural processes and human activities. In this SATIS Revisited resource, students investigate air pollution, how it is monitored and some effects on human health. Air pollutants arise from a wide variety of sources, although they are mainly a result of the combustion process. It is easy...

The University of York Science Education Group ensured that all the Science in the Environment packs were organised according to broad environmental themes. Within each pack, a number of specific contexts were used to introduce the science content. In addition, each...

The development of running blades has greatly enhanced the running ability of amputees and people born without legs.  In this activity students learn more about how the inventor of running blades applied the scientific concept of potential elastic energy and biomimicry to design a high performance prosthetic leg....

This Practical Action resource presents a fun hands-on and brains-on challenge for Key Stages Two to Five.

The problem:...

This is a complementary unit from the Department for Education to a suite of continuing professional development (CPD) units covering the five ‘key ideas’ at Key Stage Three (cells, interdependence, particles, forces and energy).

A set of design guides for Key Stage Four focusing on food technology providing a straightforward way for students to become familiar with the sorts of questions they should ask when designing for a particular focus area.

A set of design guides for Key Stage Four focusing on electronic products providing a...

The University of York Science Education Group ensured that all the Science in the Environment packs were organised according to broad environmental themes. Within each pack, a number of specific contexts were used to introduce the science content. In addition, each...

Published by the Royal Academy of Engineering, this activity looks at using alternative forms of transport, in this case cycling. The activity centres around groups of students developing an engineered product that represents the ideas of personal transport and sustainability. There is also a case study looking at...

This resource, from the Royal Observatory Greenwich, discusses a range of topics about how the Sun, planets, asteroids and/or moons have been formed over millions of years.

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