Champion at NASA space apps challenge Kathmandu 2017

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Champion!!!!!


We Team RAIT became champion at NASA space apps challenge held in Kathmandu organized by ICIMOD (International Centre for Integrated Mountain Development),Mercy Corps ,NEA (Nepal Engineer's Association),RAN (Robotic Association of Nepal) in collaboration with Young Innovation Pvt. Ltd. and Kathmandu Living Labs held on 29-30 April 2017.
We will like to thanks to all the supporters ..

Our project was Smart Agriculture

Click here to see Demo



 Participants

  • Denesh Neupane
  • Dipak Niroula
  • Besh Prakash Danuwar
  • Subin pradhananga
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 Feature of our project
i.                    The system has a LCD display which shows current moisture level of field, temperature, humidity, water pump on/off state, irrigation pump on/off state, exhaust fan on/off state with GSM technology for information and control. Although the whole system is automatic, farmer can also interfere the process according to the need.
ii.                  Moisture level detection of small and large field using robotic technology which can measure moisture value of different place of a field log that data in memory card, analyzing the data and automatically controls irrigation pump according to moisture level data and water level data of reservoir.
iii.                Controlling the motor of reservoir according to the water level of it automatically. I.e. turning water pump motor on when reservoir has less water and turning motor off when reservoir is fully filled automatically.
iv.                Measurement of temperature and humidity of field and controlling these environment variables using exhaust for small scale farming like vertical farming, artificial greenhouse .
v.                  Use of GSM technology so that farmer or owner can get information about temperature, moisture, humidity, water level of reservoir and primary source of water, irrigation pump state, reservoir pump state, exhaust fan state etc. Using these information, farmer can take action according to the data received.
vi.                Farmer can send the message to run or stop the feature of the system like sending “s” in message to turn irrigation pump off etc.

vii.              For commercial farming, we have developed a system based on Internet of thing so that there will be more graphical user interface and data analysis tools with computer vision system.

Some Glimpses   




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