Designed to prepare kids for the future

Programming

Creating games

Assembling robots

In IT courses, kids will learn website design, working with graphics editors, creating games, programming, modeling 3D objects. All the knowledge can be put into practice right away. In the course of creating their own projects, students will gain teamwork skills, develop their soft skills, and learn to plan and achieve their goals.

These programs are for

First year of study

Your child will learn how to create and print 3D models. They will learn how to design websites and program in Python. In addition, they will master robotics and technology, including building and programming LEGO robots. These skills are essential for your child to develop creativity and logical thinking, which are crucial in today's digital world.

Second year of study

Children will learn, among other things, how to create mobile applications, digital art, smart gadgets, and design interfaces in Figma. This allows children to develop their technical and artistic skills, preparing them for future professional challenges.

Third year of study

The third year of study begins with work with video materials: advanced video editing techniques, special effects, including creating professional films. Then, children will learn how to use Photoshop, a versatile program for editing photos and creating advanced graphics. In addition, creating games, modeling, 3D animations and much, much more. These skills are crucial for children to express their creativity and prepare for future careers in the technology and media industries.

What we teach

Students are learning today the technologies that will be abosolutely required in the future.

Python programming

"Programming is one of the main areas that will be relevant and in demand in the future. We help our students to learn programming from the ground up.

Design your own game

Our students will learn how to create games using Unity, Kodu and Construct 3 and develop designs and animations for their own 2D and 3D projects.

Program artificial intelligence and create robots

In the classes, children learn how to program, assemble and test robots, build artificial intelligence models and use them.

Create websites and mobile apps

Learn to create websites using one of the most popular CMS Wordpress. Will design the logic of a smartphone application, use sensors in the application: accelerometer, gyroscope, QR-code scanner.

3D modelling and 3D printing

Students learn how to model 3D objects and learn how to create characters and locations. They learn the principles of 3D printing and how to prepare an object for printing on a 3D printer.

Develop applications for AR (Augmented Reality)

Children will work with MIT App Inventor and use cameras, graphics, animation and sound. They will be able to create VR and AR applications.

We don't have boring lectures. We put the learning process into practice. Each class is an adventure in which the child not only has fun, but also learns something new and useful.

We have created an environment in which every child is comfortable and interested in learning. Our classrooms and laboratories are equipped with the latest technology.

The teachers at STEP Academy do more than just teach, they inspire, support and help children to reach their potential. Each of them is an experienced professional

Course program

I year of study

II year of study

III year of study

Computer science and information: An introduction to the basics of computer science, which will help you understand what information is and how it is processed.

Computer basics: Learning how to use a computer, which will enable you to navigate the digital world with ease.

Working online: Safe and effective use of online resources.

Computer graphics: Basics of working with graphics editors, creating simple drawings and images.

Introduction to arrays, algorithms, and flowcharts: Understanding the basic concepts and tools used in programming.

Programming fundamentals: Learning basic programming concepts that develop logical thinking and problem-solving skills.

Animation creation: Classes on creating simple animations that develop creativity and technical skills.

Working with text: Text editing and formatting skills that will be useful in everyday life.

Operating system basics: Learn how to manage files and folders and use basic operating system functions.

Presentation design: Creating professional presentations that will help you effectively convey information and express your ideas.

Mobile app development: Learn how to design apps with Thunkable.

Basic visual blocks: Familiarize yourself with Thunkable's visual components.

Application logic design: Creating functional applications using logic blocks.

Logic block interactions: Learn how to integrate blocks so that applications work correctly.

Photography Lab: Principles of composition and photography techniques.

Photo shoots: Object, portrait, and panoramic photo shoots.

Photo editing: Retouching, color correction, and creating special effects.

Creating gadgets on Arduino: Learning the basics of microcontrollers and programming.

Arduino projects: Building simple devices using Arduino.

Arduino programming: Writing programs to control Arduino gadgets.

Web design - UI/UX design: The basics of user interface design in Figma.

Creating animations: Learn how to create interactive animations in Figma.

Creating websites in WIX with Canva, HTML, and CSS: Designing responsive websites using WIX, Canva, and the basics of HTML and CSS.

LEGO Robotics. Creating gadgets on Arduino: Building and programming simple robots using LEGO Robotics and Arduino.

3D modeling and virtual world design: Creating 3D models and designing virtual environments.

Creating 2D and 3D games. Unity games: Designing and creating computer games in Unity, including both two- and three-dimensional games.

2D/3D animation and multiplication: Creating animations and multiplications in two and three dimensions.

Game design: Concept, interface design, and implementation of computer game mechanics.

Game programming in Construct3: Game programming in Construct3, a platform for creating games without coding.

Video lab: screenplays: Creating screenplays and shooting films.

Video creation: Creating movies, editing videos, and adding special effects.

Microcontroller programming in Micro: Programming the Micro microcontroller to create interactive projects.

Photography lab; photography, editing, styles: Photography, photo editing, and exploration of various photographic styles.

Programming in Python: Creating desktop applications, games, and scripts in Python.