IOT VIRTUAL DOCTOR ROBOT

1. PROJECT PROPOSAL
PRESENTATION
ON
IOT VIRTUAL DOCTOR ROBOT

2. Supervised By:
• Sharmin Akter
• Lecturer
• Dept. of CSE
• City University
Presented By:
• Alid Hasan Sourab
• Id: 151382316
• Rafsun Masum
• Id: 172452531

3. PRESENTATION OVERVIEW
❑Abstract
❑Introduction
❑Motivation
❑Project Goal
❑Features
❑Requirements
❑Work Plan
❑Target User
❑Advantages of This Project
❑Conclusion
❑References

4. ABSTRACT
The purpose of the present work is to make a Robot that will work like a
nurse in a hospital with the facilities of IOT. The Project Is To Control
A Robot With An Interface Board And Various Sensors And Software
To Fullfill Real Time Requirement.

5. INTRODUCTION
The doctor can use an IOT based panel to control the robot. The control
commands sent online are received by the robot controller. The robot
controller operates over wifi internet. The received commands are
received in real time and the robot motors are operated to achieve the
desired movement commands.

6. MOTIVATION
The primary objective of this project is to provide effective medical care to the rural
poor.
Especially doctors and nurses to help them.
People in villages and remote areas do not stand a chance to get treated by a
medical expert who lives in cities.
To provide medical services to the patients affected by Covid-19.

7. WHY DO WE CHOOSE THIS PROJECT?
Medical robots help people in need by relieving them from mundane
tasks and making them more productive.
They can also perform procedures that are safer and less costly.
In this pandemic time robotics in healthcare Industry are needed for
social distancing and prevention the spread of COVID-19.

8. Features
Helps to provide medical advice during emergencies.
This mobile video-conferencing can take the services of doctors.
Typically stand about 5 feet, with a large screen that projects a Doctor's face.
Will exchange data via the Internet or through a personal network
The robot will run on four wheels and will be controlled remotely
❖Supervise patients 24 hours a day.

9. REQUIREMENTS
Hardware Software Network
Laptop , Mobile , Tab
With minimum
requirements
Operating System:
✓ Android
✓ Osi
Internet
Mobile hotspot,
Wifi
& data

10. TARGET USER
Hospitals
Clinics
Emergency Centers

11. WORK PLAN

12. WORK PLAN(2)
Aug Sept Oct Nov Dec Jan
1st15 2nd15 1st15 2nd15 1st15 2nd15 1st15 2nd15 1st15 2nd15 1st15 2nd15
Market Research
Specifications
Planning
Design
Development
Training
Assessment
Documentation
Data
Data
Data
Data
Data
Data
Data
atad
Team A Team B Team C Milestones

13. ADVANTAGES
Doctors can move around in other rooms at will
Doctors ability to be at anyplace anytime
Doctors can see medical reports remotely via video calls
Doctors can move around the patient with ease

14. CONCLUSIONS
In the next couple of years, the medical industry will be able to benefit
from the cheaper and advanced technology available. This will enable
the development of more robust and complex robotic systems that will
work seamlessly in different environments.

15. REFERENCE
World Health Organization (WHO): The world health report 2016,
Geneva, Switzerland, pp. 8–9 (2016) 2.
Report on Medical Robotic Systems Market to 2020—Industry Size,
Growth Prospects. Grand View Research Inc., pp. 4–9 (2015)
Taylor, Russell H.: A perspective on medical robotics. IEEE Proc. 94,
1652–1664 (2006)