International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 08 Issue: 06 | June 2021 www.irjet.net p-ISSN: 2395-0072 © 2021, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 3978 Humanoid Robot as Receptionist in Institutes Bhavana Ekunkar 1 , Jagruti Choudhari 2 , Akshata Desai 3 , D. G. Khairnar 4 , Prashant Titare 5 1-5 Department of Electronics and Telecommunication Engineering, D. Y. Patil College of Engineering, Akurdi, Pune, Maharashtra, India --------------------------------------------------------------------------***----------------------------------------------------------------------- Abstract: A dream of a humanoid robot receptionist is to develop a complete “human-like” agent in terms of brain and body. We now have seen an increasing number of humanoid robots (such as Honda’s ASIMO, and many more). The proposed system will demonstrate restricted number of human skills like recognizing the object or person, decision making, and real time perception. In this paper, we propose an intermediate approach for body- brain integration in a form of a humanoid robot, we built a humanoid robot with an upper-body as we power on and signal sends from controller to respected component model start reacting to it and solve user query. Key words: Robotic, receptionists, Arduino microcontroller, Embedded Systems 1. INTRODUCTION A humanoid robot is being established in public sectors including Banks, Airports, and Hospitals. The rise in numbers of individuals who needed psychological support and association pushes a need for Socially Supportive Robotics. Socially Supportive robotics mainly focuses on constructing robots that can promote influential communication with their users. Humanoid robots are being used as analysis tools in various scientific areas. Researchers study the body structure of humans to construct a humanoid robot. Humanoid Robots are now used as research tools in several scientific areas. Researchers study the human body structure to build humanoid robots. On the Opposite side, the plan to simulate the physical body result in a far understanding of it. Further, this paper is organized as section 2 briefs about the different literature available in this domain. Section 3 gives description about system architecture. Then section 4 explains the operation of system with its simulation based experimentation is explained in section 5 and its hardware implementation is explained in section 6. Later results are explained in section 7 and paper concludes with conclusion in section 8 and future scope in section 9. 2. LITERATURE SURVEY Nowadays a great revolution has been done in robotics, IoT, automation, and wireless technologies. There are various robots developed by using various technologies. [1] Nourbakhsh et al. (Naurbakhsh, Bobenage, et al. 1999): Nourbakhsh et al. design and locate, SAGE mobile robot at Carnegie museum of natural history. As shown in below fig [2.1] interaction with visitors through audio and LCD screen and uses a frame of mind to seize visitor. SAGE is completely self-govern and when resist trouble and ask for help. SAGE implement Social capability, reliability, and safety to be an effective member of the museum. SAGE not only have the communication capability but also non-verbal communication is an important part of communication Fig 2.1 Design of SAGE mobile robot [1] [2] Cooperative robot Assistance (Iossifidis Theis et al. 2003): An assistance should manifest a high degree of liberty to acquire information about their surroundings. Iossifidis et al. developed CORA that is accommodated on the senses, anatomy of humans, and behavior. CORA is assembling on the table and communicate through hand gesture, speech, mechanical interaction and gaze permit it to obtain the required information about their partner and their environment. CORS’s job includes comprising of visual identification of entity presented by its instructor. Recognition of item amongst many, grabbing and hand over the item and execute and convention tasks. [3] CERO (Huttenrauch, Green, et al. 2004): CERO is an assistance robot construct to assist those who have a physical disability in an environment. During the sequential expansion of CERO analysis interaction