This paper describes the emerging role of robots in health care and integrated environments with
special concerns related to the management and control of the spread of novel coronavirus 2019. The primary use of such
robots is to reduce human interaction and to ensure cleanliness, fertility, and support in the hospitals and facilities such as
isolation. This will lead to a reduction in the life-threatening risk for medical professionals and physicians who have
played a significant role in the management of infectious diseases like coronavirus. The purpose of this work is to highlight the importance of medical robots in general and to link their use in the field of medical assistance so that hospital
administrators can use the medical robots for different treatment processes. The work involves the design and development of an AUTONOMOUS and IoT CONTROLLED MEDICAL ASSISTANCE ROBOT (AIMED) which is designed
as a potential answer for any irresistible ailment particularly for Coronaviruses Outbreak. AIMED ROBOT is utilized to
limit individual to-individual contact and to guarantee cleaning, sanitization and backing in emergency clinics and comparable offices, for example, food and medication conveyance in isolate emergency clinics/offices. Voice communication
can also be established between control room and patient through wireless network. This data is sent to the doctor and
staff using communication network which help in monitoring the patient condition without human interaction. Hand Sanitization, food delivery and waste collection system is also provided in the robot for quarantine zones. This is despite the
popularity of telemedicine, which also applies to similar situations. In fact, the recent success of the Korean and Chinese
health sectors in gaining effective control of the coronavirus epidemic would not have been possible without the use of
Background: In the quick advancement of innovation, there are numerous sorts of robots with different details and capacities. The AIMED Robots are being developed for hospitals to deliver medicines, food and for taking live data from patient by self. A few issues are confronted in regards to the limitation of explicit places around and inside the clinic on the
grounds that different robots were utilizing landmark recognition. Along these lines, to take care of this issue in which the
robot can convey things to any patient from anyplace.
Objective: The objective of this work is to highlight the importance of medical robots in general and to link their use in
the field of medical assistance so that hospital administrators can use the medical robots for different treatment processes.
Methods: The work involves the design and development of an AUTONOMOUS and IoT CONTROLLED MEDICAL
ASSISTANCE ROBOT (AIMED) which is designed as a potential answer for any irresistible ailment particularly for
Results: AIMED Robot goes through three testing stages. In the final stage one complete embedded system is
designed by embedding each tested sub-system and then this final embedded system is tested. All the project
goals which was planned as ‘Solution to Problem Statement’, has been achieved properly.
Conclusion: This paper provides an overview of the robotics and therapeutic potential of robotics in specific environments
with COVID-19 epidemic control. The AIMED robot introduced in this paper is a piece of emergency clinic and care focus
computerization framework. Multiple patients are placed for stop-over, doctor prescription regarding the patient health. It
can be very useful to counter infectious disease like SARS, MERS or Covid-19 etc. This work confirms that the introduction
of medical robots has significantly increased the safety and quality of health care systems compared to manual systems due
to the digitalization of health care.