Robo Innovate

Course Description:

Robo Innovate is an exciting advanced Robotics, AI and STEM 12 classes a month program specially designed for senior school students from class 6 onwards. Using multiple hands-on robotics kits and innovative STEM tools, students will explore the principles of robotics, artificial intelligence, coding, electronics, sensors, automation and engineering design.

Course Chapters & Modules:

• Meet Your Robo-Buddy
  Introduce the idea of robots as machines that can be designed to perform tasks and encourage imaginative robot design.
• Simple Circuit
  Identify circuit components, explain how a closed circuit works, and safely assemble a simple paper circuit.
• Gautam Buddha with Reed Switch & Magnet
  Explain magnetic interaction and use a reed switch to control a circuit.
• Lamp & Fan – Simple & Magnetically Activated Circuit
  Build and test simple electronic circuits and compare manual and magnetic activation.
• Simple Bluetooth-Controlled Car
  Understand basic robotics commands and control a vehicle wirelessly.
• Introduction to LDR Sensor & Sunflower
  Explain how an LDR responds to light and build a light-responsive model.
• Introduction to AMS & Block-Based Coding
  Use block-based programming to read sensor input and create a programmed response.
• Introduction to Color Sensor & Traffic Bot
  Detect colors and program a robot to respond to traffic-style signals.
• Introduction to Prokit &Rubber Band Race Car
  Explore advanced robotics components and apply mechanical principles to design a fast, stable vehicle.
• 3-Wheel Base Car – Building & RC Control
  Assemble a three-wheel robotic base and operate its motors through remote-control commands.
• Introduction to IR Sensor
  Understand infrared sensing and use it to detect nearby objects or surfaces.
• Construction Site Lift – Mechanical & Electronic Build
  Explain the mechanical and electronic components of a construction lift and demonstrate controlled lifting motion.
• Introduction to Ultrasonic sensor
  Explain how ultrasonic waves can measure distance and use distance readings in a robotic control system.
• Smart Dustbin – Touch-Free Opening
  Build a touch-free smart dustbin and program a sensor to trigger automatic lid movement.
• RGB + Buzzer by Push Button
  Program button inputs to control RGB light patterns and buzzer outputs, demonstrating basic input-output logic.
• Country Flags & Create Melody
  Use LEDs and a buzzer to represent flag patterns and create a simple melody through programmed sequences.
• Number Dice
  Build an electronic number dice and explore randomization, number representation, and basic probability.
• IR Sensor & Automatic Doorbell
  Use an IR sensor to detect a visitor and automatically activate a doorbell through programmed conditions.
• IR Sensor & Visitor Counter
  Detect movement with an IR sensor and design a system that counts and records visitors accurately.
• Raindrop Sensor & Rain Shed Alarm
  Explain how a raindrop sensor detects water and build an alarm that responds when rainfall is detected.
• Air Quality Monitor – MQ135
  Measure air-quality-related sensor readings, interpret changes, and display or communicate a basic air-quality status.
• Musical Doorbell with variations
  Build a musical doorbell, identify its input/output components, and modify its sound or activation pattern.
• Automatic Night Lamp
  Measure changes in light level, compare sensor readings, and program an automatic night-lamp response.
• Object Avoider Car
  Build an obstacle-avoiding robot, program sensor-based movement, test its behavior, and debug the control logic.
• Smart Table Fan-Building & Block-Based Coding
  Construct a smart table fan and program sensor-based or timed behavior using block-based coding.
• Arduino Uno Introduction
  Identify the Arduino Uno's main components and pins and explain how a microcontroller connects inputs, code, and outputs.
• Fade IN & Fade OUT
  Use PWM to control LED brightness and explain how changing programmed values changes output intensity.
• Touch Sensor System
  Use a touch sensor as a digital input and program an output response using Boolean conditions.
• Gas Detection Alert – MQ135
  Use an MQ135 sensor to detect changes associated with air quality and program a simple warning response.
• Temperature & Humidity Monitoring System
  Measure temperature and humidity with a sensor, record readings, and interpret changes in environmental conditions.
• Automated Smart Dustbin – Ultrasonic Servo
  Combine distance sensing and servo control to build an automated dustbin that opens when an object is detected.
• Introduction to 3D Pen & PLA Filament
  Operate a 3D pen safely, identify PLA filament properties, and create basic three-dimensional forms.
• Design Your Initials
  Plan and fabricate a 3D model of personal initials while applying line control, geometry, symmetry, and proportion.
• Design Sunglasses
  Design and fabricate a simple 3D sunglasses model using measurement, symmetry, and creative product-design principles.
• Frame Painting
  Create and decorate a 3D frame while applying structural planning, symmetry, patterns, and fabrication skills.
• Create Hut
  Design and construct a stable 3D hut model using geometric shapes, scale, and basic structural principles.