STEM / STEAM education

Fischertechnik STEM Engineering

The STEM Engineering Designer combines the international standards of education, science and information technology "ISTE" and "ITEEA" and helps students understand applied automation technologies by implementing them in electronics and mechanical components.

● Cybernetics● Mechatronics● Automation● Mechanical systems● Control systems / Touch systems● Engines and other drives● Basics of robotics● Mobile works

Fischertechnik Internet of Things

Professional entry into the concept of data accounting! A stationary sensor station with a moving camera, environmental sensor and other sensors allows you to measure air temperature, humidity, air pressure, air quality, volume and brightness. Models can be programmed and controlled using graphics software and a controller. In addition, models can be connected to Wi-Fi and control cameras remotely. A TXT controller can be connected to a cloud server to store sensor data. Ideal for acquaintance and study: data registration, programming, use of drives and sensors, control equipment remotely.

Weeemake robot kit Robotics

Designer of intelligent robots for the study of initial programming (Scratch, Arduino IDE, Python), robotics and electronics with full methodological support. It combines knowledge in science, technology, design, art, mathematics and helps students learn programming and gain interdisciplinary knowledge, create creative design, and learn to think in terms of programming.

● Weeemake Classroom Robot Kit● Weeemake Science Kit● Weeemake RobotStorm Kit● Weeemake Starter Maker Space Kit● Weeemake Advanced Maker Space Kit

Robotics and new GIGO technologies

Students can use their creativity to create their own robots, with infrared and Bluetooth control, vibroscopes and gyroscopes, using a variety of sensors, an Arduino controller and the Scratch programming language. During their studies, students will acquire skills in design, modeling and programming. Creating controlled models of robots, students get acquainted in practice with models of machines, mechanisms and their application in the modern world.

● Robots● Gyroscope● Smart controller● Robotics. Gigo Blockly● Robotics based on S4A Scratch Arduino

Matatalab Coding Set

Students can use their creativity to create their own robots, with infrared and Bluetooth control, vibroscopes and gyroscopes, using a variety of sensors, an Arduino controller and the Scratch programming language. During their studies, students will acquire skills in design, modeling and programming. Creating controlled models of robots, students get acquainted in practice with models of machines, mechanisms and their application in the modern world.

HaloCode standard kit

Single-board computer with built-in Wi-Fi module, designed for learning programming and designed in a convenient compact form with ample expandability. Halocode makes learning easy and fun and gives children direct access to artificial intelligence and smart home technologies.

Digital milling-lathe machine with CNC.

The machine works with wood and metal and allows you to assemble five different types of CNC machines.Set composition:

● Lathe with two steered axes, machining accuracy up to 0.05 mm;● Horizontal milling machine with three steered axes, overall machining accuracy up to 0.07 mm;● Vertical milling machine with three steered axes, overall machining accuracy up to 0.07mm● Vertical milling machine with four controlled axes, overall machining accuracy up to 0.07 mm;● Four-axis vertical milling machine with table for machining long parts, overall machining accuracy up to 0.07mm.

Multifunctional 3D printer

With built-in functions of a 3D printer, 3D scanner, laser engraver. The 3D printer is used in labor lessons to prototype products, create layouts and implement students' own projects. You can also print many useful small items on it.