• 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, installing and uninstalling software, and an introduction to virtual reality.
  • IT: 3D modeling and 3D printing 

    Tinkercad: precision modeling, mastering the use of protractors and calipers, understanding radii and angles, developing prototypes, preparing models for 3D printing, and learning the functional and practical value of designs.
  • Biotech: Microscopy

    Introduction to the structure and use of a microscope: basic concepts of observing flowers, roots, seeds, fungi, and microorganisms in water, and fundamental knowledge of plant anatomy.
  • Biotech: Plant breeding

    Types of soil, soil fertility and how to improve it, seed germination, the influence of light on plant growth, watering techniques, and optimal planting timelines.
  • Workshop: Mechanics and Electronics

    Diodes, motors, resistors, light control, levers, mechanisms, gearboxes, buttons, balance and stability principles.
  • Workshop: Robotic Systems

    Project development with Makerzoid kits using Scratch programming: robotic arm, traffic light, conveyor belt, waiter robot, line follower, alarm clock, automatic plant watering system, and more.

2 year of study

  • IT: Python Programming

    Variables, operators, loops, working with text, functions, lists, random number generators, and drawing.
    An introduction to programming through game-based projects, culminating in the creation of a personal game.
  • Biotech: Ecofarmer

    Structure of a mobile app: interface, events, blocks, variables, user input, file handling, databases. Platforms include MIT App Inventor and Thunkable. Development of a personal mobile application.
  • Biotech: Plant Properties

    How plants grow: capillary action, phototropism, extreme growing conditions, air purification, moss and algae colonies, responses to touch and temperature. Hands-on experiments with plants to understand growth and development processes.
  • Biotech: Plants in Space

    Gravity, aeroponics, hydroponics: experiments in the ICITY hydroponics lab, space environment simulators, cosmic radiation, virtual spacewalk via the Spacewalk VR app, artificial lighting, water limitations, and conditions for sustaining a space base on Mars.
  • Workshop: Microcircuit designer

    Mastering soldering technology: soldering wires, diodes, resistors, capacitors, LEDs, microchips, indicators, and creating working electrical circuits.
  • Workshop: Smart Home

    Working with Arduino-based construction kits: introduction to PIR motion sensors, LED light control, accessing control systems via the internet, Internet of Things (IoT), and systems for measurement, opening, and closing mechanisms.

3 year of study

  • IT: Web developer

    Website creation with Wix: understanding website structure, SEO keywords, principles of design and layout, and preparing visuals using AI tools.
  • IT: Eco-house in Sketchup

    Principles of eco-construction: site selection, materials, resource accumulation, solar energy use, types of eco-friendly materials, zoning, growing useful plants around an eco-house, designing eco-home elements in Google SketchUp, and architectural planning.
  • Biotech: City Farmer

    Vertical plant cultivation, microgreens, container gardening, rooftop farming, the urban water cycle, composting, city garden planning, organic farming, and insect diversity.
  • Biotech: Urban insects

    Beneficial insects and pests: pollinators, domestic insects, aquatic species, day and night insects, their role in ecosystems, population regulation, and the use of VR in lessons.
  • Workshop: Electricity in the Modern World

    Understanding electric current and resistance, Ohm’s law, multimeters, AC and DC current, transistors, electric motors, and applications of electricity in household appliances.
  • Workshop: Aerobot Pilot

    Drone piloting in Lift Off simulator: standard drones, FPV drones, cargo delivery by drones, agricultural field monitoring, navigating complex courses — everything about drone types and control systems.

4 year of study

  • IT: Artificial Intelligence and Virtual Worlds

    Using AI platforms to create 3D models from text: DALL·E, Meshy, Luma AI, Kaedim; understanding 3D model formats, exporting to Spatial.io, building virtual environments, and designing modern green cities using original 3D assets.
  • IT: Content maker

    Smartphone video production: camera settings, video formats, enhancing video quality, camera movement, sound recording, audio editing in Audacity, video editing in Clipchamp, editing principles, effects, transitions, subtitles, and exporting to various formats.
  • Biotech: Biotechnology

    Introduction to biotechnology: key fields of application, including microorganisms, recycling, the food industry, space exploration, and forensics.
  • Biotech: Healthy eating

    VR-assisted course on healthy eating: understanding which foods are beneficial and why; proteins, fats, carbohydrates, sugar, meal planning, calorie tracking. Use of tools like Yuka food scanner, QR and barcode scanning with Plus app, FatSecret app, and developing a personalized healthy menu.
  • Workshop: Smart Greenhouse

    Principles of smart greenhouse design: precision agriculture, greenhouse modeling in Google SketchUp, temperature and growth sensors, plant monitoring, drip irrigation, remote greenhouse control via mobile apps, Internet of Things (IoT), and AI-powered data analysis.
  • Workshop: Aerobot Master

    Quadcopter assembly: technical features, increasing power, and designing additional components using 3D printing.

5 year of study

  • IT: Information Environment

    Fundamentals of Python programming: working with NFC tags, QR codes, GPS trackers, and augmented reality (AR) using custom 3D models.
  • IT: Crowdfunding

    Presentation and pitching skills: how to present your own project, attract funding, and explore crowdfunding platforms such as Kickstarter, Indiegogo, GoFundMe, and Patreon. Includes budgeting, writing persuasive copy, and presenting a proposal via a website and on social media.
  • Biotech: Recycling or Upcycling

    Innovative recycling methods: processing of plastic, paper, fabric, rubber, microelectronics, biological waste, and edible products. Promoting responsible consumption and waste sorting practices.
  • Biotech: Biodesign

    Biotechnology experiments: influencing the shape, size, and color of fruits, “growing furniture,” creating bioluminescent plants, and in vitro microcloning based at the ICITY lab.
  • Workshop: Alternative Energy

    Renewable energy generation: harvesting clean energy from the sun, wind, and water. Hands-on projects include building a wind turbine, mini hydroelectric station, and solar panels, with custom 3D-printed components.
  • Workshop: Robotics Laboratory

    Final project development: students design their own robotic systems based on study materials inspired by Boston Dynamics robotics, AUXIO exoskeletons, and more.