Department Introduction
| Research Area | Contents |
|---|---|
| Research on the Physiology, Ecology, and Environmental Control of Horticultural Crops, and the Functionality of Horticultural Products | Research focuses on the regulation of functional substances in horticultural crops through light and nutrient environment control and the production of functional seedlings of flowers and vegetables using environmental control technology. |
|
Breeding of Horticultural Crops, Development, and Utilization of Molecular Markers |
Research aims to explore genes related to key traits for new variety breeding of horticultural crops, induce and analyze mutations, and develop and utilize molecular markers for the identification of new traits. |
|
Development and Research of Crops for Smart Farm Cultivation through Genome Editing Technology and Transcriptome Analysis |
Research involves the development and optimization of crops suitable for vertical farming and plant factories using CRISPR gene editing technology and precise transcriptome analysis. |
|
Research on Smart Agricultural Mechanization and Automation Robots |
Research focuses on developing various robotic technologies within smart greenhouses to enhance the efficiency and precision of agricultural tasks |
|
Research on Artificial Intelligence Control Systems for Integrated Environmental Control in Smart Greenhouses |
Research focuses on developing AI-based systems that predict and automatically regulate various microclimatic factors within smart greenhouses, such as temperature, humidity, and CO2 concentration, to create optimal growth conditions. |
|
Research on Precision Sensing for Monitoring Crop Growth and Physiology |
Research focuses on developing technology that uses sensors and computer vision to monitor the growth and physiological state of crops in real-time. |
|
Research on the Development of a Smart Farm Big Data Collection and Analysis Platform |
Research focuses on developing a platform that collects and analyzes large-scale agricultural data to support decision-making in agriculture. |
|
Monitoring the Structure/Function of Plants Based on Remote Exploration |
Development of a Continuous Monitoring System for Structural and Functional Plants Based on Remote Exploration and the Study of Environmental Response Mechanism |
| Name | Position | Degree | University | Major | Research Area | |
|---|---|---|---|---|---|---|
| Seok-Hyun Eom | Professor | Ph.D |
Cornell University |
Plant Ecophysiology |
Research on the Physiology and Ecology of Horticultural Crops and Processing of Horticultural Products |
se43@khu.ac.kr |
| Choon-Tak Kwon | Assistant Professor | Ph.D |
Seoul National University |
Plant Genetic Breeding |
Plant Genetic Breeding |
ctkwon@khu.ac.kr |
| Dae-Hyun Jung | Assistant Professor | Ph.D | Seoul National University | Biosystems Engineering |
Smart agriculture mechanization, AI control systems for greenhouses, precision crop monitoring, and smart farm big data platforms |
daehyun@khu.ac.kr |
| Young-Joon Park | Assistant Professor | Ph.D | Seoul National University | Plant Biochemistry | Research on Plant Adaptation Mechanisms to Climate Change | youngjoonpark@khu.ac.kr |
| Woo-Jong Hong | Assistant Professor | Ph.D | Kyung Hee University |
Crop Informatics |
Research on Crop Big Data Informatization and Functional Studies of Valuable Genetic Resources Using Big Data |
hwj0602@khu.ac.kr |
| Jong-Min Kim | Assistant Professor | Ph.D | Seoul National University |
plant remote exploration |
Development of a Continuous Monitoring System for Structural and Functional Plants Based on Remote Exploration and the Study of Environmental Response Mechanism |
JongminKim@khu.ac.kr |