Robo Craft

Course Description:

Robo Craft is an exciting, hands-on Robotics and STEM 12 classes a month program specially designed for junior school students from Class 1 and 2. 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:

• Smart Sweeper
  Identify the purpose of a sweeper mechanism; assemble the model correctly; observe how rotation produces sweeping action; test and improve the design.
• Mini Fishing Mechanism
  Identify the parts of a simple fishing mechanism; assemble a hook-and-pull system; understand force and lever action; test its operation.
• Free-Wheel Explorer
  Identify wheel-and-axle components; assemble a free-moving model; observe friction and wheel rotation; test movement on different surfaces.
• Mini Power Hammer
  Identify how a hammer mechanism works; assemble the moving parts; explore force transfer; operate the model safely and observe its motion.
• Distance Tracker Wheel
  Build a measuring wheel; mark a reference point; count wheel rotations; compare rotation with distance travelled; record measurements.
• Precision Trundle Meter
  Calibrate a measuring wheel; measure known distances; compare measured and actual values; identify sources of error; improve measurement accuracy.
• Balance Beam Challenge
  Identify the balance point of a beam; place different loads; observe equilibrium; compare weight distribution; explain why the beam balances.
• Precision Balance Builder
  Construct a simple balance; adjust the pivot position; test different loads; compare results; improve the balance for more accurate weighing.
• Introduction to Tech Builder Starter
  Identify Tech builder components; connect a motor and basic parts; assemble a starter model; use simple programming blocks; test the model.
• Snail Motion Builder
  Identify the major parts of a snail model; assemble its mechanism; observe how parts create movement; test the model and make basic adjustments.
• Snail Code Runner
  Create a simple movement program; use motor commands and sequence blocks; control the snail's direction or motion; test and debug the program.
• Mini Fan Builder
  Identify motor, fan, and power components; assemble a mini fan; observe conversion of electrical energy to motion; test fan operation.
• Smart Fan Controller
  Program start and stop actions; use timing or sequencing; control fan behavior; test different program settings; debug simple errors.
• Space Satellite Model
  Identify key parts of a satellite-inspired model; assemble its structure; explore the purpose of sensors and communication in space systems; test the model.
• IR Sensor Explorer
  Identify an infrared sensor; understand its basic detection principle; test detection at different distances; record observations; relate sensor input to action.
• Spy Robo Mission
  Combine movement and sensing; build a simple spy robot; program it to respond to detected objects; test its mission; debug the behavior.
• Milo Explorer Bot
  Identify Milo's main components; assemble the robot; program basic movement; test forward, backward, and turning actions; correct assembly or coding errors.
• Milo Lift Arm
  Attach and operate a lifting arm; understand controlled motor movement; program lifting and lowering actions; test the arm with a light object.
• Milo Arm Optimizer
  Modify the arm mechanism; test stability and lifting performance; compare design changes; identify improvements; refine the model.
• Milo Twin Sync
  Coordinate two robots; create a shared sequence of actions; use timing to synchronize movement; test teamwork between models; debug timing issues.
• Paper Power Circuit
  Identify a battery, conductive tape, LED, and switch; create a closed circuit; explain current flow; test the LED and troubleshoot connections.
• Paper Space Satellite
  Design a satellite-themed paper circuit; plan component placement; create reliable electrical connections; combine circuit construction with creative design.
• Magnetic Lamp & Fan
  Build simple lamp and fan circuits; identify the function of magnetic activation; test circuit behavior; compare the outputs of the two systems.
• Musical Doorbell Lab
  Construct a doorbell circuit; connect a sound-producing component; use a switch to control it; test timing and sound output; troubleshoot the circuit.
• Hello Bot Challenge
  Identify basic robot parts; assemble a simple robot; create a first sequence program; observe the robot's response; make basic corrections.
• Speedster Car Challenge
  Build a robotic car; test speed and stability; change one design variable at a time; compare results; select an improved configuration.
• Pocket Air Racer
  Build a small air-propelled model; observe the relationship between motor rotation and airflow; test different designs; record performance observations.
• Mini Merry-Go-Round
  Construct a rotating merry-go-round; identify rotational motion; balance the structure; control the motor; observe how load placement affects rotation.
• Expression Bot
  Design a robot expression or behavior; use movement to communicate it; program a sequence; test the response; refine the mechanical or coding design.
• Hand-Following Rover
  Identify an infrared sensor and its input; build a hand-following car; program responses to hand movement; test different distances; adjust the behavior.
• 3D Pen Maker Basics
  Learn basic 3D pen safety and handling; identify filament and extrusion; practise controlled lines and shapes; create a simple 3D form.
• 3D Initials Creator
  Plan letter shapes in 3D; practise consistent extrusion; create initials; apply proportion and spacing; refine the finished design.
• 3D Sunglasses Designer
  Plan a symmetrical 3D object; measure and connect components; create a sunglasses frame; explore balance, proportion, and structural strength.
• Mini Hut Builder I
  Identify basic geometric forms; plan a hut structure; create walls and a roof; connect components; test stability and make improvements.
• Mini Hut Builder II
  Plan a more detailed 3D hut; improve joints and structural strength; apply scale and decorative elements; test and refine the completed model.
• 3D Frame Art Studio
  Plan a 3D frame; create its structural outline; add decorative patterns; assemble the parts; evaluate strength and visual design.