Aged 11 and up – SMART Tech Series | Robotics and Coding
Smart Tech Series - FOR AGES 11 -13
IoT • Smart Systems • Advanced Robotics & Innovation
Smart Tech Series helps students build intelligent systems and IoT projects while mastering advanced coding, automation, and real-world problem solving.
The ideal Smart Tech course for students ready to build intelligent projects
What is SMART Tech series ?
The Smart Tech Series is designed for students aged 11 to 13 years who are ready to explore real-world smart technologies, automation, and connected systems.
Students move beyond basic robotics to create intelligent IoT projects, smart devices, and advanced robotic systems used in modern homes, cities, and industries.
Perfect for students who have completed Robo Innovators or beginners with strong technical interest.
🎯 Learning Outcomes
By the end of this program, students will:
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Program advanced controllers & IoT boards
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Work with wireless communication systems
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Build smart automation solutions
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Integrate sensors with cloud & displays
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Solve real-world technology problems
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Develop innovation & project design skills
🧠 Course Structure
9 Progressive Learning Phases
🔹 Phase 1: Advanced Coding & System Foundations
🧠 Skills Developed
• Structured programming logic
• Variables & data handling
• Modular coding concepts
• Input–output control systems
• Debugging & testing techniques
🛠 Projects
✔ Smart LED automation board
✔ Interactive control panel
✔ Multi-output control system
🔹 Phase 2: Internet of Things (IoT) Basics
🧠 Skills Developed
• WiFi connectivity
• Cloud data transmission
• Remote device control
• Real-time monitoring
• Secure communication basics
🛠 Projects
✔ Mobile-controlled device
✔ Online sensor dashboard
✔ Remote smart switch system
🔹 Phase 3: Smart Sensors & Data Processing
🧠 Skills Developed
• Environmental data collection
• Threshold-based automation
• Multi-sensor integration
• Data filtering techniques
• System response design
🛠 Projects
✔ Smart weather station
✔ Environment monitoring system
✔ Smart plant care system
🔹 Phase 4: Smart Home Automation Systems
🧠 Skills Developed
• Automation logic design
• Device synchronisation
• Safety control systems
• Energy efficiency planning
• Real-world system simulation
🛠 Projects
✔ Smart lighting automation
✔ Automated door/gate model
✔ Home safety alert system
🔹 Phase 5: Intelligent Robotics Integration
🧠 Skills Developed
• Autonomous decision making
• Sensor-driven navigation
• Motion optimisation
• Robotics behaviour design
• Multi-system coordination
🛠 Projects
✔ Smart navigation robot
✔ Obstacle-mapping robot
✔ Auto-reaction robotics system
🔹 Phase 6: Smart Displays & Control Interfaces
🧠 Skills Developed
• OLED/LCD dashboard design
• User interface logic
• Live data visualisation
• Control input mapping
• System feedback loops
🛠 Projects
✔ Real-time monitoring display
✔ Smart control console
✔ Interactive system dashboard
🔹 Phase 7: Smart City Mini Systems
🧠 Skills Developed
• Large-system planning
• Automation sequencing
• Traffic & safety modelling
• Resource optimisation
• Integrated control logic
🛠 Projects
✔ Smart traffic management system
✔ Energy saving automation model
✔ Public safety alert system
🔹 Phase 8: Innovation Challenges & Optimisation
🧠 Skills Developed
• Problem analysis
• Design thinking
• Efficiency improvement
• Testing & iteration
• Presentation skills
🛠 Projects
✔ Automation efficiency challenge
✔ Smart solution redesign task
✔ Performance improvement project
🔹 Phase 9: Capstone Smart Tech Project
🧠 Skills Developed
• End-to-end system design
• Advanced coding application
• Hardware-software integration
• Innovation planning
• Project documentation
🛠 Projects (Student-Chosen Examples)
✔ Smart home prototype
✔ IoT safety monitoring system
✔ Smart city innovation model
✔ Connected robotics solution
🛠️ Project Portfolio (What Students Build)
🛠 Smart Tech Series – Project Portfolio
Advanced IoT, Smart Systems & Intelligent Robotics Builds
Throughout the Smart Tech Series, students complete a wide range of real-world smart technology projects that combine advanced coding, automation, IoT connectivity, robotics, and system design.
🌐 IoT & Connected Systems Projects
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Smart Home Control System (Mobile App Based)
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Remote Light & Appliance Automation
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Online Sensor Data Dashboard
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Cloud-Based Environment Monitoring
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WiFi Controlled Smart Switch
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IoT Weather Station
🌡 Smart Sensor & Automation Projects
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Temperature & Humidity Monitoring System
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Gas Leakage Detection Alarm
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Smart Plant Care & Irrigation Alert
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Rain Detection Automation
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Motion-Based Security System
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Smart Lighting Automation
🤖 Intelligent Robotics Projects
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Smart Navigation Robot
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Obstacle Mapping Robot
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Autonomous Patrol Robot
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Sensor-Based Reaction Robot
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Smart Delivery Robot Prototype
🏠 Real-World Smart Models
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Smart Home Mini Model
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Automated Door & Gate System
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Smart Parking Management System
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Energy Saving Smart Building Model
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Smart Traffic Control System
📊 Display & Control Interface Projects
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OLED Smart Dashboard
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Real-Time Sensor Display Panel
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Interactive Control Console
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Smart Monitoring Station
🚀 Innovation & Capstone Projects
Students design and build their own smart solution such as:
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IoT Safety Monitoring System
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Smart City Innovation Model
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Smart Healthcare Alert Prototype
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Environmental Protection System
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Custom Smart Automation Solution
🌟 Total Portfolio Highlights
✔ 25+ advanced smart technology projects
✔ Real IoT connectivity & automation
✔ Robotics + smart systems integration
✔ Display & user interface development
✔ Real-world problem solving
🕒 Course Detail
🕒 Learning Duration
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Flexible month-by-month learning
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Students progress phase-by-phase
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⏱ Duration: 1.5 hours per session
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📅 2 sessions per week
- Frequent progress updates
🌟 What Students Master by Program End
✅ Advanced coding & automation
✅ IoT communication systems
✅ Smart robotics behaviour
✅ System-level thinking
✅ Real-world innovation skills
💰 Fees Structure
🎓 Certification & Progress
- Certificate of Completion
- Project Showcase
- Internal Competition
- Smart Home Automation System
- IoT Weather Monitoring Station
- Real-Time Temperature & Humidity Dashboard
- Gas Leakage Detection & Alert System
- Motion-Based Smart Security Alarm
- Automatic Smart Lighting System
- Remote Controlled Smart Switch Board
- Smart Plant Care Monitoring System
- Rain Detection & Protection System
- Ultrasonic Distance Measurement Display
- Obstacle Robot
- Bluetooth Controlled Smart Robot
- Smart Parking Assistance System
- Automated Door & Gate Control System
- Gesture Controlled Robot
- OLED Smart Control Dashboard
- Joystick Controlled Robotics Vehicle
- Smart Traffic Light Automation System
- Sound Activated Smart Switch
- Soil Moisture Based Water Alert System
- Wireless Smart Home Control Panel
- Smart Fire & Smoke Detection System
- Multi-Sensor Safety Monitoring System
- Smart Alarm Clock with Display
- Line Follower
- Maze Solver
- Human Follower
- IoT Smart City Mini Model
- Smart Heart Rate Monitoring System
- Capstone Smart Innovation Project
- ESP32 / Advanced IoT microcontroller board
- Arduino Nano (for robotics integration)
- USB programming cables
- Breadboard
- Jumper wires (M–M, M–F, F–F)
- Rechargeable battery pack
- Buzzer & LEDs (multiple colours)
- Servo motor
- DC geared motors
- Relay module
- DHT11 temperature & humidity sensor
- Gyro Sensor
- Gas sensor (MQ series)
- Motion sensor (PIR)
- Light sensor (LDR)
- Ultrasonic distance sensor
- IR obstacle sensor
- Soil moisture sensor
- Rain sensor module
- Sound sensor
- Pulse sensor
- Tp4506
- Buck converter
- OLED display (0.96 inch)
- 7-segment display
- Joystick module
- Potentiometer (rotary control)
- Ressistor & buttons
- Robot car chassis with driver
Note: Kit contain only electronic components (kids safe). No pre-built plastic or 3D project models are included. Cardboard models may be used in class for certain activities.
Course Flyer
