This study proposes a new device to aid irrigation scheduling system using sensing and automation for precision irrigation. Despite agriculture being a predominant factor in the economic growth of a country, it has been facing several challenges like low productivity levels, volatility in return, difficulties in the supply of inputs and poor market regulation. In addition, water availability for timely watering of crops is critical that affects agricultural yield. Criticality of water as a resource is expected to increase with growing population and regional imbalances. In this context, there is a need to focus on optimal use of water through efficient irrigation techniques. This study has designed, developed and tested a unique device which outperforms the currently available devices on the market regarding functionality and cost effectiveness. © 2016