Optimizing Irrigation Scheduling through Networked Sensors is an agriculture supporting project concept. Agriculture is a well-known sector that yields food for surviving every living beings life. Growing up a particular food crop undergoes several processes in which irrigation is one of the major process handled by farmers. Based on the available water resources, the proper irrigation tends to increase healthier crop production. Here is a design of an optimized irrigation based on wireless sensor network. Every farmer should monitor the field continuously, since a dry land leads to death of crops.

The advanced technologies are being involve into the agricultural sector for assisting crop growth.

The object of this Optimizing Irrigation Scheduling through Networked Sensors project is to perform autonomous irrigation by monitoring the significant environmental measurements. We deploy a number of sensors in the farming field to determine parameters relate to weather and soil conditions. In accordance to the soil state, the irrigation decision is taken and the decision is control.

The hardware components used for designing an optimize irrigation system in agricultural sector is given as follows,

• Raspberry Pi
• Temperature Sensor
• Moisture Sensor
• Humidity Sensor
• LCD Unit
• GSM Module
• Power supply

Optimizing Irrigation Scheduling through Networked Sensors

Many other recent titles in embedded are listed below, among which your favorable topic can be chosen for final year project,

• A new guiding device designed to navigate visually impaired person
• An advanced smart engine controlling system that locks if the driver consumed alcohol
• Design and implementation of a water cooler system for the deployed photovoltaic panels
• Safety guarantee also for blind people by detecting manhole and staircase
• Development of an agricultural robot for farm monitoring and irrigation requirements updating
• Biometric based security to provide anti – theft for the vehicle
• An efficient model developed for detecting the accurate location of the underground faulty cables
• Autonomous traffic signal controls on busy roads based on the density of the vehicles
• An intelligent smart wheelchair designed and also control used the movement of hand
• Bank locker security system design also by using fingerprint biometric
• An advanced solar based vehicle charging system
• A greenhouse gases monitoring system integrate also with the environment of internet of things
• A novel waste collection system also by predicting the weight and reporting for the disposal of waste
• Fingerprint based secured access on sharing a data
• Development of a smart home environment integrate also with the environment of internet of things
• A military supporting multi – functional robot developed using sensors and microcontroller
• An enhanced Aadhar card based electronic voting system also with guaranteed security
• Identification of electricity theft and also intimating using Global System for Mobile communication technology
• An automatic vehicle parking system also using Radio Frequency Identification technology

Eminent recent research topics for you,

• Design and implementation of a gesture controlled billing trolley also using in shopping mall
• GSM technology based bus tracking system also to support the waiting passengers
• Development of a robotic arm also for the military purpose in diffusing bombs
• Utilization of smart water quality monitoring system integrated with the internet of things environment
• Using RFID technology for smart shopping
• Tracing the level of moisture using MEMS technology also in the application of smart grid
• A face recognition based room security system also using smart mobile phone
• An efficient patient monitoring system also using body sensors
• Development of a safety and surveillance system also for mine workers