• Classes twice a week.
    Weekdays or weekends – your choice.
  • Digital progress journal.
  • Classes are held in person.
    Certified shelter available on site.
  • Each class lasts
    1 hour 20 minutes.
  • Homework is exploratory
    in nature.
  • Compact groups of 10 students.


1 year of study

  • IT: IT start-up

    Basic concepts of computer components and their characteristics, shortcut keys for efficient work, troubleshooting common issues, installing and uninstalling software.
  • IT: 3D modeling and 3D printing

    Tinkercad: precise dimension modeling, mastering the use of protractors and calipers, understanding radii and angles, preparing models for 3D printing, and developing awareness of functionality and practicality in design.
  • Biotech: Microscopy

    Introduction to the structure and operation of a microscope: basic concepts of observing flowers, their roots, seeds, fungi, and microorganisms in water; fundamental understanding of plant anatomy.
  • Biotech: Ecofarmer

    Types of soil in Ukraine: factors affecting fertility, composition, features of organic fertilization, plant germination, and maintaining healthy shoots.
  • Workshop: Electricity in the Modern World

    Understanding electric current and resistance, and how electricity is used in household appliances.
  • Workshop: Smart Greenhouse

    Introduction to Arduino-based sensors, the structure and principles of smart greenhouses, sensors for microclimate monitoring, plant growth, temperature, soil moisture, automatic irrigation systems, and lighting control.


2 year of study

  • IT: Content maker

    Web development using Wix templates, photo editing for social media in GIMP, photography and videography principles, YouTube promotion strategies, and video editing in Clipchamp.
  • IT: Artificial Intelligence and Virtual Worlds

    Using AI platforms to generate 3D models from text: DALL·E, Meshy, Luma AI, Kaedim; understanding 3D model formats, exporting to Spatial.io, creating virtual environments, and building modern green cities with custom objects.
  • Biotech: Green City

    Urban greening: vertical gardens, green rooftops, urban gardening, air-purifying plants, and using drones to collect plant data.
  • Biotech: Biotechnology

    What is biotechnology? Key areas of application: microorganisms, recycling, food industry, space exploration, and forensics.
  • Workshop: Aerobot Pilot

    Drone piloting in Lift Off: standard drones, FPV drones, drone-based delivery, field and crop monitoring, navigating complex tracks — everything about drone types and control.
  • Workshop: Aerobot Master

    Assembling a quadcopter: technical features, power upgrades, and custom 3D-printed components.


3 year of study

  • IT: Information Environment

    Fundamentals of Python programming, NFC tags, QR codes, GPS trackers, and AR using custom 3D models.
  • IT: Crowdfunding

    Mastering project presentation: attracting funding, reviewing online platforms such as Kickstarter, Indiegogo, GoFundMe, and Patreon; project budgeting, writing persuasive copy, and presenting proposals as websites and social media campaigns.
  • Biotech: Recycling or Upcycling 

    Innovative recycling methods for plastic, paper, fabric, rubber, microelectronics, biological waste, and edible products; implementing responsible consumption and waste sorting practices.
  • Biotech: Biodesign

    Influencing fruit shape, size, and color; “growing furniture,” bioluminescent plants, and in vitro microcloning in collaboration with the ICITY laboratory.
  • Workshop: Alternative Energy

    Harnessing clean energy from the sun, wind, and water. Development of personal projects including wind turbines, mini hydroelectric plants, and solar panels, with active use of 3D-printed, custom-designed components.
  • Workshop: Robotics Laboratory

    Final project development, where students apply knowledge from modules on Boston Dynamics robotics, AUXIO exoskeletons, and more to design their own robotic systems.