![]() Students could have an easier access to the learning modules because they are available online. ![]() The robot creation is recorded and uploaded to. This acrylic is formed and cut using a laser cutting equipment. The platform of this robot is made of acrylic with 3 mm widths. The modules are designed using a knock down model so they will be easy to assembly. All of the modules could be connected to form a wheeled robot for the teaching purpose. The intention for designing this robot is as extracurricular modules for teaching. interfacing module for power, sensors and actuators, module for actuators driver, infrared sensor module, ultrasonics sensor module, power supply module, microcontroller module, DC motors module, and robotics platform. The robot is designed as a few modules, i.e. This robot operates in 7.4 VDC as an operating voltage for DC motors, and uses 9 VDC as an operating voltage microcontroller. ![]() They also will be used to avoid obstacles. These sensors will prevent the robot from falling down from the edge of the table. This robot is equipped with infrared sensor and ultrasonics sensor. ![]() The wheeled robot which we designed is a robot module which moves automatically on a top of a table. Wheeled robot usually is used as a teaching module and as an introduction in robotics. Wheeled robot is a robot which movement is managed by the rotation of Direct Current (DC) motors.
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