Course includes

This 8 lessons was created especially for you and your inquisitive children! You will have a great opportunity to introduce children to the hardware and software secrets of creating robots. During the course, children will learn how to build robots with walking mechanism, convert rotational motion into translational motion, increase force with levers, gear and belt drives, work with motion and tilt sensors. And, of course, they will be able to revive their robots using fascinating programs.

modular lessons

pages of building instructions

minutes of video

tasks & complete programs

basic and extended version

x-ray patterns of the internal structure

lesson time is 120 minutes

best for students 10-14 years

Meet the characters of the course


Differential. Car chassis

Let your students check what is the differential and what advantages it gives wheeled robots. Main functions of the differential gear and it usage are in this lesson. Direct comparison od blocked and unblocked differential will show the students how it work.

Polar rover

Mindstorm robots are limited in number of sensors and motors that can be used in single robot. That's why sometimes is very important to create a robot's design that allows to use one motor for two or more different functions. In this lessons we shows how to build such mechanizm.

Robot with manipulator

Chassis, created at previous lesson, will be used in this lesson for build the robot with manipulator. It allows to operate the robot by using a single remote control.


Space frame truss structures are widely used in the building, robotics and engineering. Students will know how to design and build massive robots that has rigid structure.

Front loader

We discuss about creation of high loaded all-wheel drive machines with perfect maneuverability at this lesson. Usually such requirements leads to articulated chassis using. What's why we propose students built and test the robotised wheel loader.

Spider robot

Robots that operates at extreme conditions and on the raw surfaces needs universal propulsor. Nature shows the solution af such task as a legs. Walking robots has the most complex sensor system and algorythms of work. We propose to build and explore the spider robot (remote controlled) that has eight legs.

All-wheel drive land rover

Creation of all-wheel drive robot on automobile chassis from the Mindstorms set is very interesting and non trivial task. We discuss the features of off road wheeled vehicles at this lesson and the creating of such robot. Your students will investigate the robot's transmission and make conclusions about the using of differential gear in such robots.

Modular assembly of robots

Semi knocked down assembling of the cars and other complex mechanisms makes the process faster and more predictable. Your students will try to use this method for creating own robot. Front and rear axles provided in two variants should be combined and tested in proposed tasks.
Curriculum requirements:
  • One LEGO MINDSTORMS Education EV3 Core Set 45544 or 5003400
  • One LEGO MINDSTORMS Education EV3 Expansion Set 45560
  • One ROBORISEIT Power Pack

All lesson content provided via Roboriseit Content Viewer (RCV) software . RCV application developed for multiple platforms.

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Robotics 3.2 Curriculum available in languages

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Robotic year with Roborise-it!

Good news for all users we are introducing a new unique offer for schools / educational centers / clubs. We cover the needs of the curriculum for a year providing two packages: "Robotics year WeDo 2.0" and "Robotics year EV3"


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Centrum Edukacyjne (12 miesiące, 36 kont), Optymalny (4 miesiące, 12 kont), Roczna Klasa (12 miesiące, 12 kont)


angielski, francuski, grecki, hiszpański, rosyjski, ukraiński