‘Before you set off on your next space adventure, tell the people back on Earth why Mars is worth a visit.’

In this concluding activity students are encouraged to summarise their findings from the other five chapters, by:

• creating a poster about space tourism,
• drawing/writing a comic...

‘Explore your new home, from its climate to its terrain, then build a rover to help your research.’

In this chapter students figure out more about the surface of Mars, including:

• finding out about the weather on Mars,
• creating a newspaper article about water on Mars,
• ...

‘Recruit your crew, pack your bag and design your rocket to launch your mission!’

In this chapter students find out about some the challenges that will be presented with space exploration to Mars, including:

• comprehending the changing distances between our planets
• describing the skills...

NASA's Viking Mission to Mars was composed of two spacecraft, Viking 1 and Viking 2, each consisting of an orbiter and a lander. The primary mission objectives were to obtain high resolution images of the Martian surface, characterize the structure and composition of the atmosphere and surface, and search for...

Aimed at the 11-14 age group, this is a unit of six one-hour design and technology lessons to develop an understanding of how systems on exploration robots are combined and collect data. Students are given a design brief to build their own model rover, experientially, to function in simulated Martian conditions....

This resource provides a series of 1 hour lessons designed to help children understand the need for exploration robots and learn about how they function. They are based around the European Space Agency’s (ESA) new robotic rover Rosalind Franklin...

This is a unit of three two hour lessons to consolidate understanding of the specialised materials and mechanisms used on exploration robots. Students build or test, or build and test these to develop knowledge and evaluate them.  These resources are aimed at the 14-16 age group.  The context is focussed on the...

This resource provides a series of lessons designed to help children understand the need for exploration robots and learn about how they work. The activities link mostly to D&T with a science context, though some of the activities are more focussed on learning in English.

The activities are:

...

In this activity, produced by ARKive, children learn about the concept of adaptation. They create and design a new species of mini-beast and learn how different species are adapted to survive in particular habitats. The activity could be undertaken in class or set as a homework activity. This creative activity is...

Students watch a car production line to demonstrate mass production taking place. Details are given on the characteristics of mass production, and how it can be applied to engineered products. Students consider how they could describe batch production and its advantages and disadvantages. Students may begin to...

This resource looks at how cutting edge science is being used to answer archaeological questions, as well as solving present day problems, such as the identification of meat in processed foods. Analysis of mitochondrial DNA was performed, at the University of York, on samples from skeletal remains unearthed by the...

From the Centre for Science Education, and with support from Shell Education services, these materials help children to understand electricity and electrical circuits.

The activity encourages children to create a matching pairs game in which contestants light up a bulb by answering questions and matching...

In this resource from the DfE Standards Unit, students practise differentiating quadratic functions and finding the values of a function and its derivative at specific points. They will distinguish between f (x) and f ′(x), relate values of f (x) and f ′(x) to the graph of y = f (x) and reflect on and discuss these...

This resource from the Nuffield Foundation provides a set of 24 cards which students use to match graphs with descriptions of the real situations they represent. The slideshow includes the same graphs with added titles and labels. This can be used in a class discussion about the shapes of the graphs, the variables...