Purpose
Designed for working with children starting from senior preschool age.
From this set, children can assemble a model of a robotic greenhouse and use it as a basis for project activities in the fields of such sciences as: biology, chemistry, and the world around us.
The use of a unique design made of cubes and other construction set elements allows not only to develop fine motor skills of the hands, but also to form initial skills of engineering thinking.
The set allows you to study the following processes:
 — Automation of plant watering
 — The influence of different color characteristics of lighting on the growth and development of plants of a certain type
 — The influence of light intensity on plant growth and development

Areas of knowledge and application
The set allows for the educational process to be carried out in the following areas:
 — Computer science
 — Programming
 – Robotics
 — Design

The set also allows you to organize project activities in the fields of biology and information technology.

What will the child learn?
 — Development of design and modeling skills
 — Development of design and technical skills
 — Introduction to the structure of real-world mechanisms
 — Formation of the skill of their application in everyday life
 — Formation of logical and algorithmic thinking skills
 — Development of skills for compiling programs from blocks with variable command execution parameters (Scratch programming)
 — Development of independence and cognitive initiative
 — Focus on the finished result

The set is a great opportunity to form a team of children, each member of which will have competencies in their areas of knowledge and, helping each other, successfully solve the task set before them.

Updates
It is a construction kit for assembling a greenhouse model with a robotic control system, combining tasks for mechanical assembly of housing elements, installation of electrical circuits, and the use of sensors to control environmental parameters necessary for growing biological crops.
When assembled, the kit is a tabletop model of a greenhouse with two internal compartments, on the outside of which a microcomputer is mounted, monitoring the parameters of the model and controlling the actuators, as well as sensors and equipment that coordinate the various units of the system. Each compartment is equipped with sensors for light, temperature and soil moisture.
Inside each section there is a container for growing biological crops and LED lighting is installed. Outside the working volume of the sections there are 2 digital displays (one for each section) which sequentially display the temperature, illumination and soil moisture.