Next-generation multimedia lab

• City of the Future: models of smart houses, transport, and sustainable architecture
• Eco-sphere: corners with live plants and demonstrations of natural balances
• Nature Model: constructions illustrating water, air, and soil processes
• Waste and Recycling: interactive stations for sorting and upcycling
• Space ElementsMobile stands with tasks and infographics
• Eco-zone with live plants and environmental sensors
• Models of cities and transport systems
• Work Modules for Team and Individual ActivitiesLow tables with storage drawers
• Modular chairs, easy to move and combine
• Flexible partition system to transform space
• Shelves and cabinets for materials and samples

Next-generation multimedia lab

🔬 Body:

• Anatomical models, AR projections, biomechanics, motion exploration

🧩 Brain:

• Sensory puzzles, brain activity maps, neuro-games

💓 Senses & Emotions:

• Perception simulations, emotional testing, mirror feedback zones

🕶 Simulations:

• VR journeys through the body, biometric experiments, immersive experiences

🛠 Work Area (integrated):

• Low tables and modular setups for assembling brain and organ models
• Interactive panels to explore sensations and responses
• Soft zones for testing, observation, and peer interviews
• VR/AR stations with seating and device mounts
• Feedback panel: kids log emotions, conditions, and hypotheses
• Cabinets with equipment: pulse monitors, models, experiment cards

• VR journeys through the human body
• Game “How the Brain Works” — memory, reactions, neuro-impulses
• Emotion, attention, and memory tests
• Recognizing emotions through facial expressions and gestures
• Simulations of disorders (dyslexia, panic attacks, color blindness)
• “Inside Us” lab: liver, lungs, heart – with physical models

💡 Top Features:

• VR tour “From Cell to Organ”
• Neuro-interface: control a robot with your thoughts (NeuroSky / Emotiv)
• Emotion Mirror: facial recognition and expression feedback
• Simulation gear: experience pain, fatigue, and sensory challenges
• Biometric experiments: real-time pulse, breath, and reaction tracking

Next-generation multimedia lab

Area: 50–60 m²
Zoning:

• Elemental Sandbox — interactive AR sandbox with landscape and weather projections
• VR Stations — spots equipped with VR headsets for immersive exploration of natural zones and elements
• Geo Hub — multitouch panel or sensor wall with 3D globe and maps of geology, soils, and ecosystems
• Mineralogy Exhibit — display of minerals and rocks with NFC tags for self-guided learning
• Experimental Zone — tables with microscopes and lab equipment for studying natural materials
• Projection Area — room with projection systems simulating natural phenomena (rain, thunder, wind)

Furniture and Work Equipment:

• Low tables with storage drawers
• Soft modules for group work and relaxation
• Mobile partitions for flexible space arrangement
• Shelves and cabinets for storing samples and equipment

Next-generation multimedia lab

🧪 Bio Zone / Microscope Laboratory
Purpose: Microscopy, sample experiments, photosynthesis studies, working with biological specimens
Equipment: Laboratory tables, microscopes, sink unit, ventilation system
Area: 20–25 m²
Features: Requires exhaust ventilation, water access, light control, and storage cabinets for samples and reagents

🌱 Living Farm and Plant Stations
Purpose: Plant growth, observation, automated irrigation, biological simulations
Equipment: Greenhouse modules, grow lights (phytolamps), sensors, shelves, water reservoirs
Area: 25–30 m²
Features: High humidity zone, spectrum-controlled lighting, accessible layout for interaction with each module

🕶 VR/AR Room
Purpose: VR immersion, micro-world exploration, plant anatomy visualization, gamified learning
Equipment: VR headsets, XR zone (green screen), AR displays, movement tracking area
Area: 15–20 m²
Features: Requires blackout conditions, acoustic insulation, open central area free of furniture for safe movement

🖼 Exhibition Zone
Purpose: Mini-museum, NFT plant gallery, physical and digital exhibits
Equipment: Display cases, digital screens, tablets, posters, stands
Area: 15–18 m²
Features: Should be accessible and walk-through friendly, with anti-vandal design elements

🧩 Interaction and Game Zone
Purpose: Eco-quests, team collaboration, sensory games, projection-based missions
Equipment: Soft modular furniture, interactive wall, sensor panels, tablets
Area: 20–25 m²
Features: Mobile furniture, transformable layout, suitable for group movement and activities

• 🔬 Scientific and Research Skills
• Fundamentals of microbiology, botany, and ecology
• Working with microscopes and laboratory instruments
• Preparation of micropreparations, soil analysis, and plant cultivation
• Studying processes like photosynthesis, transpiration, and cell division
• Conducting scientific observations, forming hypotheses, and keeping lab journals

💻 Digital and Technological Skills

• Using AR/VR for simulation and analysis
• Creating 3D models of plants and microorganisms
• Operating sensors, automated irrigation, and IoT systems
• Programming microcontrollers (Arduino, Raspberry Pi)
• Utilizing NFTs and blockchain in a gamified context

🛠 Engineering and Practical Skills

• Building basic irrigation and lighting systems
• Designing sustainable agricultural systems (e.g., vertical farms)
• Installing and configuring sensors (temperature, humidity, pH)

🎨 Creative and Artistic Skills

• Creating herbariums and digital collections
• Designing NFT plants and curating mini-museum exhibits
• Maintaining virtual journals and storytelling through avatars
• XR/VR animations: building microscenes and simulations

🤝 Soft Skills

• Teamwork (eco-quests and collaborative missions)
• Critical thinking and systems approach
• Responsibility for living organisms (plants, farm modules)
• Digital ethics and sustainable mindset

🌼 Plant Station: "From Seed to Flower"AR/VR immersion into the inner structure of plants
Real-time growth observation (timelapse, automated irrigation)
Genetic simulations and species crossbreeding
Exploration of photosynthesis, transpiration, and cell division processes

🧫 VR MicrocosmMicroscopy in virtual and augmented reality
Dive into a drop of water: observe protozoa, bacteria, algae
Create a digital micro-zoo and a personalized microbiology encyclopedia

🌿 "Living Soil" and BiofarmCultivation of soil organisms (worms, bacteria)
Composting and organic waste recycling
Measuring soil pH, moisture, and structure
Scaled model of sustainable agriculture

🍃 Herbaria and MicropreparationsCrafting personal herbariums
VR-based anatomy of leaves, flowers, and roots
Preparation of micro slides and organization of mini-exhibitions

🧩 Eco-Quests and Bio-GamesTeam-based exploration of local ecosystems
Story-driven missions: "Save an endangered species", "Create a sustainable biome"
Integration with Lummyo App and NFT rewards for progress

💡 UNIQUE FEATURESWindowsill Biolab — each participant can observe and analyze the growth of their own plant using AR
Living Screens — video walls showcasing timelapse growth, underwater life, lunar phases, etc.
Digital Avatar Integration — children keep virtual journals to document experiments
NFT Seeds and Genetic Quests — blockchain-based digital collections for rare species created in the simulator

🧪 Bio Zone / Laboratory

• Microscopes (digital and optical)
• Laboratory tables with durable, stable surfaces
• Fume hood / mobile exhaust system
• Sink with running water
• Adjustable brightness and full-spectrum lighting
• Compact incubator or sample storage chamber

🌿 Plant Stations and Farm

• Hydroponic modules, mini-greenhouses, vertical garden beds
• Spectrum-controlled grow lights (phytolamps)
• Drip irrigation system (e.g., with ESP32 or Arduino)
• Sensors: humidity, pH, temperature, light levels
• Controllers: Raspberry Pi, Arduino for data collection and automation

🕶 AR/VR Room

• VR headsets (Meta Quest 3, HTC Vive, Pico, etc.)
• AR devices: tablets/iPads with LiDAR, AR apps
• Green screen (chroma key) + XR software (e.g., Unreal Engine for visualization)
• High-performance computers or cloud rendering solutions
• Projection system (interactive wall)

🖼 Exhibition Zone

• Touchscreens or tablets
• NFT gallery: displays with QR codes, OpenSea integration
• Display cases with micropreparations and 3D-printed plant replicas
• Light panels, posters, digital frames

🧩 Interaction and Game Zone

• Projection or interactive wall (e.g., Lumo Play or Epson EB with interactive panel)
• Tablets for mini-quests
• Soft seating and modular zoning elements
• Motion tracking sensors (Kinect, Leap Motion)

💡 Integration and Control

• Server or cloud control center: for data storage, IoT device connectivity, VR scene management
• App or platform (e.g., custom dashboard or integration with Lummyo/NFT services)
• Wi-Fi + uninterruptible power supply (UPS)
• Participant personal dashboard: virtual journal, digital collections, progress tracking

Area: 40–50 m²
Zoning:

• Workstations for experiments with motion, light, electricity, and magnetism
• VR zone for virtual physics experiments
• Team modules for collaboration and project work
• Storage and display area for models and devices
• Soft zone for brainstorming and discussions

Space elements:

• Low tables with drawers for tools and materials
• Lightweight, modular, and transformable chairs
• Interactive panels and displays
• Mobile cabinets and shelves for equipment

• VR experiments: modeling electromagnetic fields and other physical phenomena
• Hands-on experiments: pendulum, electric circuits, lenses, force and mass
• Brainstorming sessions: “What happens if…”
• Team mini-competitions and projects

💡 Key Highlights:

• VR Physics: safe experiments with gravity, light, and sound without costs
• Catapult and bridge battles: design and test with everyday materials
• Arduino and sensors: creating alarms, clocks, and mini smart homes
• “Physics in everyday life”: exploring how doors, refrigerators, lamps, and other objects work
• “Science in the kitchen” show: spectacular and safe experiments with common ingredients