Next-generation multimedia lab

Functional zones:
AI Studio
Area: 30–50 m²
Computers with GPUs, generative software, access to VR and neural network platforms.
Art Zone
Area: 40–60 m²
Space for creating physical and digital art (drawing, 3D, NFTs).
Audio Studio
Area: 25–35 m²
Sound recording, processing, music generation, and project voiceover.
Immersive Gallery
Area: 50–100 m²
Space with projections, NFT displays, and media installations.
Project Room
Area: 60–100 m²
Adaptable space for workshops, presentations, and exhibitions.
VR/AR Room
Area: 30–50 m²
Design and interaction in a virtual environment.
Lounge/Curatorial Space
Area: 20–40 m²
For socializing, idea discussions, and reflection.

Atmosphere:
Energetic, creative, and tech-driven. Walls adorned with digital art, live screens, and sound art installations.

Self-Design (Personal Idea Space):

• "My Dream Object": personal item — toy, gadget
• "I am the Architect of My Space": modeling your own room or shelter
• "My Symbol": personal art object — mask, totem

We-Design (Group Synergy):

• Shared Space: building, street, space made of parts
• Mission Project: shelter, city of the future, eco-zone
• 3D Game: creating worlds, characters, logic

Digital Cooperation:

• VR Workshop: collaborative design in a virtual environment
• Digital Assembly Line: distributed work in 3D
• Shared 3D Idea Archive

Social Modeling:

• "Project for Younger Kids": toys, models for younger children
• "Design for the City": small architectural forms
• "Gift to the City": installation, art festival

Meta-Level (Designing Meaning):

• Concept Art and Narrative: story transformed into an object
• Project as Manifesto: ecological and social themes
• Architecture of Emotions: form as a carrier of mood

⚡ Course/Lab Formats:

• Idea Lab: journey from individual object to collective installation
• "City by Children’s Hands": micro-city with each child responsible for a zone
• 3D Emotion Map: visualizing feelings through objects
• 3D Cooperative: final real product — from exhibition to item that can be sold

Next-generation multimedia lab

Functional zones:

3D Modeling and Design Zone
Area: 40–60 m²
Сomfortable workspace for 3D software and equipment, model and prototype creation

Prototyping and Printing Zone
Area: 50–80 m²
3D printing and post-processing equipment, storage for materials and components.

VR/AR Zone
Area: 30–50 m²
Development and testing of virtual and augmented objects with interactive technology.

Technical and Learning Zone
Area: 20–30 m²
Workstations for LEGO, Arduino, Raspberry Pi platforms, plus teaching and project coordination areas.

Group Work and Projects Zone
Area: 20–30 m²
Space for idea discussion, teamwork, and collaborative robot and prototype building.

Atmosphere:
Innovative, collaborative, and hands-on — designed to inspire creativity and technical skill development.

Self-Design (Personal Idea Space):
Focus on creating unique personal objects — from art and interior elements to production prototypes. Participants develop their ideas, turning them into real 3D projects that reflect individuality and creativity.
Collaborative Design (Group Synergy):
Working together to create objects and spaces for shared use — exhibitions, public projects, virtual worlds (VR/AR). Teams learn to collaborate effectively, using digital tools and combining skills to realize large-scale ideas.
Digital Cooperation:
Pooling efforts to develop and refine digital models and virtual objects using collaborative platforms and technologies. Supporting teamwork and task distribution in a digital environment.
Social Modeling:
Designing with an emphasis on sustainability and social impact. Creating models and solutions aimed at improving educational, cultural, and public spaces.
Meta-Level (Meaningful Design):
Using 3D modeling as a means to express deep concepts and manifestos — ecology, technology, art, and social themes. Projects become not just objects, but carriers of ideas and messages.

3D Printers:
FDM, SLA, and PolyJet technologies are used to create highly accurate physical models and prototypes. These methods provide a variety of materials and printing quality, enabling the realization of the boldest ideas.
Software:
Work is carried out using leading 3D programs—Blender, Fusion 360, and TinkerCAD. They cover the entire cycle from modeling to production preparation.
Materials:
PLA, ABS, PETG, as well as photopolymer resins and additional components, are used for printing and prototyping, ensuring the reliability and quality of the final product.
Computers:
The lab is equipped with 6–10 workstations featuring powerful graphics processors, providing comfortable and fast performance for resource-intensive 3D software and rendering.
Scanners and Post-processing Tools:
3D scanners are used for digitizing physical objects, along with tools for subsequent model processing, sanding, and preparation for final assembly.

Engineering Workshop & Prototype Lab
(tools, machines, soldering, assembly stations)
FabLab / Digital Fabrication Zone
(3D printers, CNC, laser cutters)
Robo Arena & Testing Ground
(for robot challenges and autonomous testing)
Project & Hackathon Space
(modular desks, whiteboards, collaborative zones)
VR/AR Lab
(virtual prototyping, simulation environments)

Project labs and technical sprints
Team hackathons and engineering challenges
Hands-on workshops (soldering, assembly, coding, 3D printing)
Prototyping sessions and tech demos
Engineering showcases and exhibitions
VR/AR modeling of devices
Testing arenas and simulation zones for autonomous systems
Competitions: robot races, mazes, sumo battles, line followers
Real-world case solving: from smart devices to social innovations

3D Printers (FDM, SLA), laser cutters, engravers
CNC routers, power tools, precision hand tools
Soldering stations, oscilloscopes, multimeters
Arduino, Raspberry Pi, Micro:bit, ESP32 kits
Sensors, motors, drivers, cameras, microcontrollers
Software tools:

• Fusion 360, Tinkercad, Blender, SolidWorks
• Arduino IDE, Python, Scratch, VPL
• Unity / Unreal for simulations

VR headsets, trackers, controllers
Interactive displays, projectors, digital whiteboards

Confident public speaking — the ability to clearly and persuasively express ideas in front of any audience.
Voice control and diction — mastery of breathing, intonation, volume, and pace for expressive speech.
Effective non-verbal communication — conscious use of gestures, facial expressions, and body language to enhance messages.
Improvisation and spontaneous speaking — skills to respond quickly and speak off-the-cuff while maintaining clarity and structure.
Scriptwriting and storytelling craft — creating logical, engaging scripts and stories for presentations and speeches.
Storytelling skills — the ability to tell inspiring and memorable stories.
Audience engagement — managing listeners’ attention and establishing emotional connection.
Overcoming fear and stress management — building confidence and calmness in public speaking situations.
Technical skills in voice recording and sound design — working with voice in studios, producing audio and media content.
Teamwork and leadership — effective collaboration, project management, and defending ideas.
Creativity and creative thinking — developing innovative approaches to presentations and self-expression.
Adapting to different formats — tailoring speech for TED-style talks, pitches, debates, and other venues.

Game Design Studio
VR/AR Development Room
Motion Capture & Voice Booth
Prototyping Pods with Play Zones
Playtest Arena with modular screens

Game design thinking and logic
Interactive storytelling and narrative structure
2D/3D asset creation
Scripting (C#, Python, GDScript)
Spatial design for immersive media
Sound design and feedback loops
Critical thinking and digital ethics

Game engines: Unity, Unreal Engine, Godot
VR headsets (Quest, Vive), mocap sensors
Pixel art and 3D modeling tools (Blender, Aseprite)
Interactive tools: Twine, Bitsy, GDevelop
Sound and FX tools: FMOD, Bfxr, Audacity
Testing rigs and controller setups

Eco Design Studio
Urban Planning Wall / Map Lab
VR/AR Simulation Room
Project Pitch Stage
Prototyping Zone with green materials

Urban design and spatial thinking
Sustainable development & climate literacy
Design for social impact
Prototyping eco-solutions and infrastructures
AR/VR city simulation and environment modeling
Team research and idea pitching
Systems thinking & stakeholder mapping

AR/VR headsets, projection mapping tools
3D modeling software: Rhino, SketchUp, Twinmotion
Simulation platforms: CityEngine, SimCity, Unreal Engine
Smart tech: IoT sensors, solar panels, water flow kits
Digital whiteboards, mapping tools, sustainability kits