Machines and Mechanisms
DISCOVER HOW REAL-WORLD TECHNOLOGY AND ENGINEERING WORKS
LEGO Education Machines & Mechanisms gives you the tools and activities to teach about real-world technology and engineering problems and solutions. Scroll down for Primary and Secondary school solutions.
Build and explore machines and mechanisms, investigate motorised machines, capture wind and study gearing mechanisms. This range of tools takes the learning out of the books and places it directly into pupils’ hands. We help you get started quickly with easy-to-use activities, guidance and real-world inspiration that bridges technology and science textbooks.
simple and powered machines
Age: 8+ | 2 Pupils | 396 Pieces
This set contains a brick assortment for exploring design and technology with more advanced mechanisms, structures, and forces. It includes 396 LEGO® Technic elements for creating a broad range of models that cover concepts such as forces and motion, measuring, energy and structure, all in a sturdy storage bin that includes a sorting tray. A motor is also included to allow pupils to build self-propelled machines, adding a totally new dimension of teaching opportunities to the solution.
extend learning with add-on sets for simple and powered machines...
LEGO Education Renewable energy add-on set
Age: 8+ | 2 Pupils | 12 Pieces
This LEGO Education Renewable Energy add-on set allows students to learn about and understand renewable energy sources, including: solar energy, wind energy and hydro energy. As well as the functionality and capability of solar cells, wind turbines
The Renewable Energy Add-On Set can be used with the Simple & Powered Machines Set and LEGO® MINDSTORMS® Education EV3.
Lego education pneumatics add-on set
Age: 10+ | 2 Pupils | 31 Pieces
This add-on set is intended to be combined with the Simple & Powered Machines Set. It includes pumps, tubes, cylinders, valves, air tank, a manometer, and
The accompanying curriculum pack provides new lesson plans and problem-solving activities, as well as teacher guides and student worksheets.
teacher resources and supporting materials freely available
Want to go further with Simple and powered machines?
The Advancing with Simple and Powered Machines Curriculum Pack is for teachers who want to promote a challenging classroom environment and actively engage students in inquiry, reasoning and critical thinking. It is designed to apply the students’ prior learning in science, technology, and mathematics together with engineering skills, creativity and intuition to actively create new knowledge.
Key Learning Values
Pupils design and observe the behaviour of their models
They reflect and re-design the model functionality and present their findings
Pupils build the models together, each focusing on their part of the model, strengthening their 21st-century skills in collaboration and communication
Machines and mechanisms for primary
With Machines & Mechanisms, pupils get an in-depth understanding of mechanical and structural principles built into everyday machines. By building, designing, and testing solutions, pupils work as young scientists and engineers, all while honing design technology, science, and
Age: 7+ | 2 Pupils | 204 Pieces
This set contains a brick assortment that includes gears, wheels and axles, levers, and pulleys. Use this set with the accompanying curriculum pack to engage students in investigating and understanding the operation of simple and compound machines found in everyday life. The support materials provided in this curriculum pack include teacher guidance and student worksheets.
Age: 5+ | 2 Pupils | 102 Pieces
This set contains a brick assortment and building instructions. It includes gears, levers, pulleys, wheels and axles, as well as a plastic punch-out sheet with eyes, sails, scales and wings. Use this set with the accompanying curriculum pack to conduct lessons, extension activities, and problem-solving tasks. The support materials provided in this curriculum pack include teacher guidance and pupil worksheets.
Key Learning Values
Pupils can observe and investigate simple machines. Discover mechanical principles by exploring, investigating, and solving tasks related to mechanical principles as well as learn about energy, balance, buoyancy, and much more.