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


Speed synchronization.

The understanding of the correspondence between the programmed "power" of the motor and real robot speed is the main goal of this lesson. We propose to calculate and check the "powers" of the front Medium motor and the rear Large motor that are needed to stable movement. Student also must to to keep in mind that: front axle has a gear train, and front and rear axlex has the wheels of different diameter.

Robot with manipulator.

Students will know more about the remote controlled robots at this lesson. They will create the tracked robot with manipulator and write the program for control it. The new Infrared sensor operating mode is discussed in the lesson.

Tracked robot.

At the previous lessons students has investigated the movements of the wheeled robots. But the tracked robots has some advantages that makes them indispensable. That's why we propose to explore the movements of the tracked robots and to find the conditions which allows to program the accurate movements of the robots.

Car chassis robot.

The car chassis robots has some features that must be investigated by the students. They will program the remote control for such robot with automatic steering wheels centering.

Exit from labyrinth.

The one Touch sensor allows to build and program simple robot for maze solving. Students will combine the data from the motors' encoders and touch sensor for programming the algorithm.

Space station.

On the sample of old Tic-tac-toe game we propose students to understand deeper the using of MyBlocks for quick programming. They will create the robot for delivery the marks to the cells on the playfield. The every trajectory will be programmed by using the specially written MyBlock that makes simple actions.

Robot loader and “Beacon” mode.

The controlling only of two motors in the basic remote control is the limitation that may be bypassed. We propose students to programm the Time Division Controlling of the robot's chassis and the manipulator.

Robot for retro games.

The most of children likes a games. We propose to create the robot for playing the old games like a Pong. The encoders' data are used for creating the full-functional joystick.
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 3.4 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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Optimální (4 měsíce, 12 účtů), Roční učebna (12 měsíců, 12 účtů), Vzdělávací centrum (12 měsíců, 36 účtů)


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