Design IoT based WSN for monitoring water quality

Project Title

Design IoT based WSN for monitoring water quality

Project Area of Specialization Internet of ThingsProject Summary

Water is one of the precious factors in human life. But, now a days it is been exploited heavily by dumping of human waste, industrial and chemical waste in to the water bodies which is the resultant of water being contaminated with toxic chemicals. Water scarcity and water contamination has been one of the major issues faced by the society around the world. This Project deals with the monitoring of water quality by mainly considering the physical and chemical properties of water. For this purpose, a Wireless Sensor Network(WSN) is designed which will contain several sensors to sense the Physical contents of water. The power for the sensor nodes are obtained from the solar panels connected to the sensor nodes. Though, in earlier times, there were water quality monitoring systems, they were power hungry and not real time. Apart from acting as a single system, if this system integrates with other innovative solutions like Smart Home or Smart Building, the application of this system would increase leading to an increased demand for it. This project highlights on how a real-time monitoring system can be made generic, using Network Virtualization. Also, new technologies like Internet of Things (IoT) could be incorporated in this system to make it advanced

Water is one of the precious factors in human life. But, now a days it is been exploited heavily by dumping
of human waste, industrial and chemical waste in to the water bodies which is the resultant of water being
contaminated with toxic chemicals. Water scarcity and water contamination has been one of the major issues
faced by the society around the world. This Project deals with the monitoring of water quality by mainly
considering the physical and chemical properties of water. For this purpose, a Wireless Sensor
Network(WSN) is designed which will contain several sensors to sense the Physical contents of water. The
power for the sensor nodes are obtained from the solar panels connected to the sensor nodes. Though, in
earlier times, there were water quality monitoring systems, they were power hungry and not real time. Apart
from acting as a single system, if this system integrates with other innovative solutions like Smart Home or
Smart Building, the application of this system would increase leading to an increased demand for it.
This project highlights on how a real-time monitoring system can be made generic, using Network
Virtualization. Also, new technologies like Internet of Things (IoT) could be incorporated in this system to
make it advancedProject Objectives

• ·To design a prototype network of multiple nodes(at least three nodes) that will monitor water qualities using different parameters.

• ·To understand the working principle of solar energy technologies with prototype.
• ·To evaluate IoT based WSN that will display the real-time data anywhere using internet.
• To provide a sustainable system for our government so that govt. will act against those who are responsible for contamination of water.  

Project Implementation Method PROJECT IMPLEMENTATION METHOD

Benefits of the Project

• The traditional system of water quality monitoring was to collect water samples from rivers or lakes, move them to the laboratories that are far away from the source, and do the water quality analysis. The major drawback of such a system was that it was non real-time monitoring; the results provided were confined to a small coverage area, reducing the coverage capacity; and the overall system was costly. 
• We will produce a sustainable solution by making an IoT based WSN that will monitoring real-time water quality. If water pollution is detected in an early stage, suitable measures can be taken and critical situations can be avoided.

Technical Details of Final Deliverable

• This Project deals with the monitoring of water quality by mainly considering the physical and chemical parameters of water. 
• For this purpose, a Wireless Sensor Network(WSN) is designed which will contain several sensors to sense the Physical contents of water 
• This project highlights on how a real-time monitoring system can be made generic, using Network Virtualization.
• Also, new technologies like Internet of Things (IoT) could be incorporated in this system to make it advanced

Final Deliverable of the Project HW/SW integrated systemCore Industry HealthOther IndustriesCore Technology Internet of Things (IoT)Other TechnologiesSustainable Development Goals Good Health and Well-Being for People, Clean Water and Sanitation, Industry, Innovation and Infrastructure, Sustainable Cities and Communities, Life Below WaterRequired Resources

Elapsed time in (days or weeks or month or quarter) since start of the project	Milestone	Deliverable
Month 1	RESEARCH & FYP PROPOSAL	Read and understand 10 research papers and articles
Month 2	PROPOSAL DEFENCE	Submit a proposal report
Month 3	LITERATURE REVIEW	Deeply study different types of research papers and articles and write it what we have learn in our Thesis
Month 4	STUDYING PREVIOUS DESIGNS	Check previously developed designed and identify the problems occur in those designed so that an efficient and sustainable system should be invented
Month 5	SIMULATION	Will submit and show the simulation result on Proteus and Thingspeaks
Month 6	DEVELOPING SOFTWARE CODE	We will develop a calibrated program of different types of sensor terminologies in Arduino IDE
Month 7	ASSEMBLING HARDWARE	Assemble all components in chassis and put it in a sealed box
Month 8	INTERFACING HARDWARE AND SOFTWARE	Upload program in microcontroller
Month 9	TESTING AND DEBUGGING	Run the prototype and compare results with simulated results
Month 10	FYP REPORT AND DEMONSTRATION	We will Submit a Thesis and present our Project