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Level 1: Smart Technology & Robotics Incubation

The incubation program introduces students of any age (min 8 y.o.) to AI, robotics, and automation through hands-on projects using mBlock and Blockly. The curriculum covers AI & robotics fundamentals, smart home automation, face and voice recognition, IoT, and AI-powered navigation, transitioning from block-based coding to Python & C++.

Students will build DIY educational kits using CNC-milled plastic and vacuum forming, making manufacturing part of the learning process.

Projects include AI-driven robots, smart home assistants, industrial automation, neurotechnology (e.g., worm's digital neural system), defense, and aerospace applications, fostering problem-solving, critical thinking, and future-ready STEM skills.

1. Industrial Automation & Advanced Manufacturing

  • Smart Factory – AI-powered robotics, IoT-based automation, predictive maintenance, and real-time process optimization.
  • Smart Warehousing – Robotic inventory management, AI-driven logistics, automated sorting, and warehouse digital twins.
  • Smart Assembly Lines – CV, ML and AI-enhanced robotic assembly, cobots for human-machine collaboration.
  • Smart Materials & Additive Manufacturing – AI-driven material science, automated 3D printing, and self-healing materials.
  • Robotics kit for industrial process modeling
  • Kit for warehouse processes modeling
  • Conveyor with CV and ML for studying branching algorithms
  • STEM Laboratory: 3D printer, CNC machine, laser engraving, hand tools

2. Smart Homes & Consumer Automation

  • Smart Home – AI-powered home automation, energy management, security systems, and voice-controlled assistants.
  • Smart Cleaning – AI-based waste sorting and autonomous cleaning systems.
  • Smart Personal Assistants – AI-driven household robots for elderly care, health monitoring, and personal assistance.
  • Smart House Kit (Arduino-based)
  • Home Automation with Raspberry Pi

3. Agriculture, Environment & Sustainability

  • Smart Farming – AI-driven crop monitoring, automated irrigation, greenhouse automation, and precision agriculture.
  • Smart Forestry – AI-powered deforestation monitoring, automated tree planting, and wildfire prediction.
  • Smart Ecology – Real-time pollution monitoring, AI-powered environmental conservation, and green city planning.
  • Smart & Eco-Friendly Energy – AI-optimized solar, wind, hydro, and alternative energy grid management.
  • Greenhouse Automation Kit
  • AI-powered Agricultural Monitoring Kit
  • Alternative Energy Study Kit
  • Environmental Sensors: Temperature, humidity, air quality, gas, soil moisture, pH, NPK, dissolved oxygen

4. Smart Cities & Infrastructure

  • Smart City – AI-driven traffic control, pollution tracking, energy-efficient urban planning, and smart grids.
  • Smart Transportation & Driverless Systems – Autonomous vehicles, AI-based public transit, and self-optimizing road networks.
  • Smart Construction – AI-automated site management, robotic bricklaying, and structural health monitoring.
  • Smart Water Management – AI-driven leak detection, automated water purification, and efficient irrigation systems.
  • Smart Disaster Response – AI-powered early warning systems, automated rescue drones, and emergency response optimization.
  • Smart Transportation System Kit
  • Smart Water Management Sensors (Water level, pH, pollution detection)

5. Security, Defense & Aerospace

  • Smart Security – AI-driven surveillance, biometric authentication, cyber defense, and automated threat detection.
  • Smart Defense – AI-powered surveillance drones, autonomous ground vehicles.
  • Smart Communication & Radar Systems – AI-enhanced radio networks and and electronic warefare systems, LiDAR-based mapping, satellite-based networks.
  • Smart Laser Systems – AI-powered laser defense, satellite communication.
  • AI-driven Drone Surveillance Kit
  • Radar Beam Steering & Object Tracking Kit
  • LiDAR-based Mapping Kit

6. Healthcare, Medicine & Wellbeing

  • Smart Medicine – AI-powered diagnostics, robotic-assisted surgery, AI-driven drug discovery, and telemedicine.
  • Smart Mental Health Systems – AI-based therapy chatbots, EEG mood analysis, personalized mental health interventions.
  • Smart Prosthetics & Wearable Health Tech – AI-enhanced prosthetic limbs, biofeedback systems, real-time health monitoring.
  • Smart Hospitals – AI-driven patient management, robotic nurses, and automated medical supply chains.
  • Biomedicine & Neurotechnology Kit
  • AI-based Computer Vision for Medical Imaging
  • EEG, ECG, EMG Sensor Kits
  • Bioelectronics Laboratory: Sensors: Pulse, GSR, Electrooculography, biomedical electronics

7. Marine, Space & Extreme Environments

  • Smart Marine Drones – AI-powered underwater exploration, automated maritime security, and ocean mapping.
  • Smart Settlement on Mars – AI-driven habitat construction, robotic exploration, and self-sustaining life support systems.
  • Smart Space Exploration – AI-based satellite navigation, planetary resource extraction, and autonomous space station maintenance.
  • AI-Powered Autonomous Rover Kit
  • Space Robotics & AI Navigation Kit

8. AI & Robotics for Learning and Research

  • Smart Education – AI-powered tutors, adaptive learning systems, AR/VR classrooms, and robotics-based STEM education.
  • Smart Research Labs – AI-enhanced scientific discovery, automated data analysis, and robotic lab assistants.
  • AI for Scientific Innovation – AI-driven drug discovery, automated theorem proving, and physics simulations.
  • Virtual & Augmented Reality Learning Tools
  • Digital Laboratory with Scientific Sensors
  • Educational Kit with Programming Blocks

9. Autonomous Systems & Advanced Robotics

  • Smart Drones – AI-powered aerial surveillance, automated delivery drones, and autonomous mapping systems.
  • Smart Swarm Robotics – AI-controlled robot teams for disaster response, agriculture, and industrial applications.
  • Smart Humanoids & Assistive Robots – AI-powered humanoid robots for education, research, and human interaction.
  • AI for Robotics – Deep learning for motion planning, computer vision for object recognition, and NLP-driven robot communication.
  • Programmable Drone Kit
  • Humanoid Robot Kit
  • Swarm Robotics Kit
  • AI-based Computer Vision Kit

10. Mini-Laboratories and Demonstration Kits

These kits include sensors for biosignals, physical quantities, magnetism, sound, optics, water pH, air quality, and gas composition.

Arduino-Based Mini-Laboratories:

  • Mini-lab “Biology”
  • Mini-lab “Water and Air”
  • Mini-lab “Sound”
  • Mini-lab “Magnetism”
  • Mini-lab “Mechanics”
  • Mini-lab “Optics”
  • Mini-lab “Heat”
  • Mini-lab “Electricity”

General Science Demonstration Kits:

  • Fundamentals of Primary School Sciences
  • Kit for Young Physicists
  • Kit for Young Biologists

Digital Lab Equipment:

  • USB Digital Microscope
  • Digital Sensors for Gas, Light, Sound, Magnetic Fields, Motion, pH, Humidity, and Temperature

➡ Check on the next level: Level 2

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