It is based on the inventions of the 21st century and in this field of technology children can test various computer systems using engineering design and implementation process. Children will be able to turn many objects of engineering support into household appliances and on the principle of sensitivity to connect them with a computer. General knowledge of science, mathematics and technology will be applied on the computer interface with the help of cardboard, cardboard figures, paper and even fruits, which will act as a controller, to provide ergonomic comfort.
During Lego Robotics classes, children will learn basic design, how to program and control the robot. Working with designers Lego and Mindstorms, based on mathematical concepts and engineering principles, children perform tasks through brainstorming, planning, testing. Using robot sensors, children learn the collection of information, their analysis and the way they interact with the outside world.
What could be more interesting than playing an interactive video game? To create this game! Scratch Video Sensing allows children to create, program and test their video games with interactive webcams. In this program, children work together, create their own video games, learn the basics of the art of coding and musical instruments. At the end of the lesson, children can take with them a copy of the game they created.
With the help of the Kodu Microsoft program, children will build their own racing games. From the design of the game to choosing an opponent, all stages depend on the child's own imagination. Children learn the basics of coding, create their own video games and control them to the end. They will discover their creativity through the program Code Card Racing!
This new area was known as a combination of mechanics and electrical engineering, but now has become a design process spanning the fields of mechanics, electrical engineering, telecommunications, surveillance and computer technology.
Mechatronics is an autonomous system for designing. During the classes, children introduce mechanical processes and electronic design processes into mechatronic systems using technical tools and software components and prepare many examples.
During the course of chemical engineering, children develop the properties of various mixtures and solutions, based on the use of the design process with elements of design, testing and improvement. They develop solutions for cleaning oil leaks, synthesize their own rocket fuel and study the secrets of color pigmentation.
During the construction engineering classes, children design, build and test large strength bridges. They analyze different types of bridge designs; learn how the stress, pressure, deformation, rotation and cross-section are distributed along the bridge structure.
During electrical engineering classes, children design and test electrical circuits. Studying them through Snap Circuits, they detect the ability of basic electronic components. Children prepare their own light lanterns and build their magnetic rings.
In the classes of environmental engineering, children explore the basic solutions of environmental problems that are close to the use of alternative energy and prepare prototypes for them. They study the principles of effective efficiency of mechanisms based on wind energy and other alternative energies.
In the marine engineering classes, children learn how to design, different marine devices and engines. Children learn the design of underwater and surface vehicles. They also get acquainted with the architecture of warships.
Throughout the lesson, children learn how to design, build, test and develop for the industrial process. Children learn basic concepts of industrial design such as assembly conveyor, security stamp, sorting, material and distribution. They create their own factories for the production of ice cream and 3D copies, thereby discovering the interesting aspects of industrial engineering.