Robo Create

Course Description:

Robo Create is an exciting, hands-on Robotics and STEM 12 classes a month program specially designed for junior school students from Class 3 to 5. The course introduces children to the world of Robotics, Electronics, Engineering, Coding, and Creative Problem-Solving through a variety of age-appropriate robotics and STEM kits.

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.
• Introduction to Kit & Snail
  Identify Tech Builder components, assemble a snail model, and explain how a motor creates movement.
• Fan
  Assemble a motorized fan and observe how changing motor operation affects rotational movement and airflow.
• Spy Robot
  Construct a spy robot, program basic movement, and use sensor input to make the robot respond to its surroundings.
• Alarm Device
  Build an alarm device, connect a sensor, and program a clear alert response to a detected event.
• Earthquake Vibration Model
  Model earthquake vibrations, test different structural arrangements, and identify features that improve stability.
• Helicopter Rotor & Lift
  Assemble a helicopter rotor system and investigate how rotation and blade position influence lift and motion.
• Paper Circuit – LED
  Build a paper circuit, correctly connect a battery, conductive paths, and LED, and explain the flow of electricity.
• Motorized Ferris Wheel
  Construct a motorized Ferris wheel, balance its structure, and observe how rotational motion is transferred through the mechanism.
• Country Flag LED Patterns
  Create a magnetically activated lamp-and-fan circuit and explain how an input can control an electrical output.
• Series & Parallel Lamp-Fan Circuit
  Build series and parallel lamp-and-fan circuits, compare current paths, and identify how circuit arrangement affects operation.
• Bluetooth-Controlled Car
  Assemble a Bluetooth-controlled car, identify its motor and wheel functions, and use remote commands to control movement.
• Hello Bot – Card Coding
  Assemble Hello Bot, identify its modules, and follow a simple card-coded sequence to produce controlled movement.
• Rotating Fan & Pocket Fan
  Build a rotating fan and pocket fan, connect the motor mechanism, and compare how rotation produces airflow.
• Expression Robot – Sequencing
  Build and program an Expression Robot, sequence movements, test the program, and debug simple errors.
• Hand-Follower Car – IR Sensor
  Construct a hand-follower car, use an IR sensor to detect an object, and program a movement response.
• Block Coding Fundamentals
  Identify the core features of block-based coding, create a short command sequence, and test cause-and-effect relationships.
• Rubber Band Race Car
  Build a rubber-band race car, investigate stored elastic energy and friction, and measure travel performance.
• Manual Table Fan
  Assemble a manual table fan, identify its mechanical and electronic components, and test how the mechanism produces airflow.
• Paper Shredding Machine
  Construct a paper shredding machine, identify the cutting mechanism, and explain how motor-driven motion performs the task.
• Three-Wheel RC Car
  Build a three-wheel robot chassis, connect its drive system, and control its movement using remote commands.
• Ball Shooter – Mechanical Build
  Construct a ball-shooter mechanism, explore force and launch motion, and test accuracy through repeated trials.
• Ball Shooter – Block Coding
  Program a robotic ball shooter with block-based commands and adjust timing or motion to achieve consistent launches.
• IR Boom Barrier – Mechanical Build
  Build an IR-sensor boom barrier, position the sensor, and observe how detection can trigger barrier movement.
• Boom Barrier – Automation Coding
  Program a boom barrier with block-based logic so sensor input automatically controls opening and closing.
• RGB + Buzzer Push-Button System
  Connect a push button to RGB LEDs and a buzzer, then use input commands to produce selected light and sound outputs.
• Country Flag LED Patterns
  Program RGB LEDs to reproduce country-flag color patterns and apply sequencing, symmetry, and color recognition.
• Programmable Melody Maker
  Explore sound frequency, program different notes with a buzzer, and arrange them into a short original melody.
• Electronic Number Dice
  Create an electronic dice that generates random outcomes and relate the results to number ranges and probability.
• IR Automatic Doorbell
  Build an IR-sensor doorbell, detect nearby movement, and program an automatic sound response.
• IR Smart Night Lamp
  Construct a smart night lamp, use an IR sensor to detect conditions, and program automatic light control.
• 3D Pen & PLA Foundations
  Learn the parts and safe operation of a 3D pen, handle PLA filament correctly, and create a basic 3D form.
• 3D Initials Design
  Design and fabricate personal initials with a 3D pen while applying line control, proportions, and simple geometry.
• 3D Sunglasses Design
  Plan and create a 3D sunglasses model, using symmetry, measurements, and structural connections.
• 3D Picture Frame
  Fabricate a 3D picture frame, test its structural shape, and combine decorative patterns with accurate dimensions.
• 3D Hut Structure
  Design and construct a small 3D hut using geometric shapes, measured dimensions, and stable structural connections.