eng Oriental Scientific Publishing Company Material Science Research India 0973-3469 2024-12-15 21 3 151 156 23174 article S.THEERKADHARSHINI 1 MUDINOUR LOKESWARY 2 A. ANBARASU 1 CARAL 1 P. HARI SHANKAR 1 K.MOHAN DAS 2 Department of Civil Engineering Saveetha Engineering College Chennai, Tamil Nadu India Department of Civil Engineering, CMR College of Engineering & Technology, Kandlakoya, Telangana, India. The later Covid 19 widespread has raised concerns approximately existing security measures to control the spread of the malady through touch and contact. One of the security measures is wearing veils in open places and all over. In this paper, there's a savvy entryway that employments a machine learning show to track body temperature. The planned show can be utilized for any school, college, shopping center, in, loft entrance, etc. The result may be a cost-effective and solid strategy of utilizing Arduino, PIR sensor, and MLX90614 to construct a sound environment. The assessment of the proposed system is carried out in such a way that the body temperature of the person is checked by employing a non-contact temperature sensor (below 38ºC). This programmed entryway framework employments an infrared temperature sensor with an Arduino uno to associate sending temperature estimation information to a database. The microcontroller can peruse the estimation of the user's body temperature, in case the body temperature is typical, the programmed entryway will open without touching the handle. In this way, the spread of the transmission of the coronavirus can be minimized, since there's no contact with objects that individuals regularly utilize, to specific handles. In this venture, an endeavor was made to create a model-programmed temperature location framework. https://www.materialsciencejournal.org/vol21no3/design-and-modelling-of-human-body-temperature-detection-doors/ Arduino Body temperature tracking PIR sensor MLX90614 non-contact temperature sensor