Recently, robotic based monitoring system framework has seen a fast development as far as innovation established. Temperature and humidity for any real product design is most widely recognized the physical estimation architects. The need to ensure a safer environment, to cut down production losses and monitor certain delicate conditions in which production activities are carried out is very vital within industries in the present age. The objectives of this study are to design a prototype mobile robot to measure the temperature and humidity of an environment, to design an algorithm that could be used to control the robot via mobile using a Bluetooth technology. The design of a prototype mobile robot method in this study elaborates hardware and software implementation. The prototypes of mobile robot functioned significantly to full capacity and displayed the measured temperature and humidity values on a 16
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