Pupils will design, create and code a Martian rover using LEGO® Education SPIKE Essential robotics sets in this hands-on workshop.
Exploring and understanding Mars has become one of the key challenges in space exploration. From remote sensing to landing rovers, our Museum scientists are actively involved in learning more about the red planet. But how do we study a planet that is millions of miles away?
In this workshop, pupils work in small teams to design and build a LEGO Martian rover. They then code, test and evaluate their designs before seeing how their rovers perform on a realistic Martian surface.
This workshop has been created in partnership with the LEGO® Education Partner, Raising Robots, and the LEGO Group as part of their flagship sustainable education program Build the Change.
Workshop rundown
- Pupils discover the importance of the search for life on Mars, how our Museum scientists are actively involved and why modelling with materials such as LEGO bricks is important for engineers.
- Pupils follow a basic prototype to build a rover, which they will then learn to code using LEGO SPIKE Essential robotic sets and tablets.
- Pupils decide on the aims for their rover and build, to a given specification, appropriate tools for their challenge.
- In an exciting finale, pupils see how their rovers perform on a large-scale realistic Martian surface.
- KS3 classes will also receive additional advanced coding challenges and will need to critically evaluate the impact and functionality of their designs.
Further information
Curriculum links: Working scientifically, Earth and space, Forces, Design, Evaluate, Technical knowledge, Computing
Workshop suitability and capacity
This workshop is for KS2 (ages 7-11) and KS3 (ages 11-14).
The maximum capacity per workshop is 35 pupils. Bookings must be for a minimum of 15 pupils.
Workshop dates and times
The workshop runs at 10.30am and 12.30pm on selected weekdays. The duration is 1 hour 30 minutes.
All shows must be prebooked by phone. To explore individual timeslots for days, please view the availability calendar linked below.
Please note any session must be booked at least three weeks in advance.