In current traditional medical industry, Patient Monitoring System (PMS) plays a vital role in observing critically sick patients like coronary artery diseases, head trauma, stroke, coma, pulmonary obstruction etc in both home care and hospitalized patients. Although bed rest and immobilization of critically ill patients often benefit the acutely affected part of the body, the point when prolonged, they often harm the rest of the body. Complications of immobilization would misfortune for sensation, paralysis and also torment with protective constraint from movement etc [5]. Hence it is essential to continuously monitor the electrical activity of muscles. At present, the module utilized in remote areas as well as in hospitals, does not incorporate wireless communication facilities through web service to transfer the monitored data and also only Global System for Mobile communication (GSM) based PMS is enabled, Electromyography (EMG) will keep track looking into the muscle actions and Gas sensor, which detects unsafe gas like Liquefied Petroleum Gas (LPG) clinched along home atmosphere by ceaselessly sensing the environment. This paper is conceptualized in outlining a PMS system framework with sensors using Internet of Things (IoT) transceiver in arduino platform, which encompasses the physiological parameters like Temperature, Gas, Electrocardiography (ECG), Pulse rate and EMG. The monitored physiological data’s will be transferred to Physicians using Wi-Fi module where these parameters can be visualized in real time by accessing the Internet Protocol (IP) address of that particular Wi-Fi module.