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Research interests:
Research interests:
Automation,
Automation,
Artificial intelligence,
Artificial intelligence,
Smart farming,
Smart farming,
Nutrient dynamics,
Nutrient dynamics,
Soilless cultivation,
Soilless cultivation,
Agricultural machinery, and
Agricultural machinery, and
Plant protection.
Plant protection.
Current Research Project:
Current Research Project:
1. Nutrient optimization and sustainable substrate selection for Controlled Environment Agriculture.
1. Nutrient optimization and sustainable substrate selection for Controlled Environment Agriculture.
Previous Research Projects:
Previous Research Projects:
7. Potential of health risks of lights on workers in controlled environmental agricultural systems.
7. Potential of health risks of lights on workers in controlled environmental agricultural systems.
6. Education and training specialized in smart agriculture_Graduate education specialized in smart agriculture and technologies for yield monitoring and variable rate control.
6. Education and training specialized in smart agriculture_Graduate education specialized in smart agriculture and technologies for yield monitoring and variable rate control.
5. Development of remote monitoring sensor and control interface mechanical technology for IoT-based agricultural and livestock production environment for smart farm.
5. Development of remote monitoring sensor and control interface mechanical technology for IoT-based agricultural and livestock production environment for smart farm.
4. Industrialization of user comfort improved technologies for smart greenhouse ICT equipment.
4. Industrialization of user comfort improved technologies for smart greenhouse ICT equipment.
3. Base technology for rice production under desert weather condition.
3. Base technology for rice production under desert weather condition.
2. Development of mechanization technology of whole process of radish and Chinese cabbage.
2. Development of mechanization technology of whole process of radish and Chinese cabbage.
1. Development of exploration and utilization technology for functional and anti-environmental stress genetic resources.
1. Development of exploration and utilization technology for functional and anti-environmental stress genetic resources.
Potential health risk assessment in greenhouses
UV assessment of solar light
Recycling hydroponic nutrient management system
Nutrient Dynamics
Radish and Chinese cabbage collector
Vertical farming in plant factory
Sensor-based irrigation system for desert soil
Red : Blue = 0 : 100
Red : Blue = 30 : 70
Red : Blue = 50 : 50
Red : Blue = 70 : 30
Red : Blue = 100 : 0
Research Grants:
Research Grants:
2. BK (Brain Korea)-21 plus project,
2. BK (Brain Korea)-21 plus project,
1. Chungnam National University, Daejeon, South Korea .
1. Chungnam National University, Daejeon, South Korea .
Research Awards:
Research Awards:
2. Best oral presenter award at “Korean Society of Bio-Environment Control Conference” 2019.
2. Best oral presenter award at “Korean Society of Bio-Environment Control Conference” 2019.
1. Best poster presenter award at “Korean Society of Agricultural Machinery conference” 2017.
1. Best poster presenter award at “Korean Society of Agricultural Machinery conference” 2017.
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