• 60 hours
  • 15 weeks
  • 899 GEL
​
The Genius Club is a joint project of STEAMit and SKILLWILL. Students aged 7-14 can join the club in various age groups. 🚀The goal of the club is to develop engineering thinking among participants, increase engineering technological literacy, develop research, planning and management skills in the process of working on an engineering model. All activities are practical in nature, which allows children to apply the subject knowledge gained at the meetings in practice and understand its value in everyday life. The program is designed taking into account the age characteristics of children, the club has 3 groups for children of different ages: 7-8, 9-10, 11-14.
👉 Fill out the registration form: https://bit.ly/43IFNFR

The program for 7-8 year olds includes: science, engineering, technology, electronics, coding, Robotics Fundamentals and Research Modules. Each module is independent, but It is also connected to other modules, ensuring interdisciplinary learning.

Fundamentals of design and engineering thinking

1. Energy, light and motion basic principles

2. Wind, water and solar energy

3.    Simple Mechanisms - wheel, lever, inclined Flatness

4. Durability of bridges and buildings

5. Building a wind generator model

6.    Plants growth and "Smart Garden" model Creation

7.    Natural phenomena observation და Taking notes

8. Components of an electrical circuit - element, lamp, switch

9. Design a simple electrical circuit

10. Programming basics, algorithms

11. Controlling a robot with block commands

12. Environmental protection and ways to save energy

13. The first invention - "From idea to prototype."

14. Team Project - "Little Civil Engineers"

Intended for 9-10 year old students The program covers the basics of electronics, coding, robotics, 3D modeling, and printing. Students will learn the principles of operation and use of basic electronic components, how to assemble, operate, and program constructors using block coding, how to build simple models in a 3D simulator, and how to operate a 3D printer.

Fundamentals of Engineering Technology and Robotics

1. Purpose and use of electronic components

2.    LED, buzzer and button working principles

3. Types of sensors - light, temperature, motion

4. Building simple electrical circuits

5. Basics of Block Programming (MakeCode / micro:bit)

6.    Sending Signals and show data on the screen

7. Creating a light-responsive system

8. Robot assembly and movement algorithms

9. Obstacle-aware and responsive robot

10. Introduction to 3D Modeling - Shapes and Combining Objects

11. Technical design and prototyping

12. Principles of 3D printer operation

13. Integrated Project - "Smart House"


The program for students aged 11-14 includes electronics, coding, the basics of robotics, 3D modeling, and printing. Basics of electronics, creating electrical circuits on a breadboard, programming microprocessor boards, using various electronic sensors and modules, assembling and programming various types of robot constructors, basics of 3D modeling in the Fusion 360 program, printing created models on a 3D printer, basics of 3D printing technologies. At the end of the training, participants will create independent projects.

Engineering and technological design

1. Basics of Electronics

2.    Building electronic circuits on a breadboard and testing

3. Arduino and micro:bit microcontrollers - programming principles

4.    Use of sensors (temperature, light, motion, humidity)

5. Data collection and graphical representation

6.    LCD screen and Voice signal integration

7. Use of motors and actuators

8.    Line Follower and Description of the obstacle recognition robot

9. Bluetooth and Wi-Fi connection - remote control

10. Fusion 360 Basics - Creating Technical Designs

11. 3D model printing and mechanical parts assembly

12. Data -driven projects - Smart Garden, Weather Station

13. Efficient use of energy and resources

14. Planning an independent innovative project, prototyping Creation and Presentation