The Department of Agricultural Engineering is dedicated to developing advanced technologies for the future, aiming to produce agricultural products quickly, conveniently, and consistently through digitalization of the production process. We are developing technologies for the automation and robotization of agricultural work using artificial intelligence and big data. Additionally, we are conducting research on the advancement of customized upland agricultural machines to address the challenges posed by the feminization and aging of rural labor. We are also engaged in development of carbon-neutral technology using renewable energy to respond to climate change and extreme weather, research into environmental optimization of agricultural facilities, plus post-harvest quality management, storage, and distribution technology to enhance the value of agricultural and livestock products. Moreover, we are developing technology for agricultural disaster prevention to establish a stable infrastructure for agricultural production, and also working on agricultural mechanization policy technology to enhance the quality of agricultural machinery. We provide policy support through agricultural health and safety research, as well as the production of safety accident statistics, to enhance the quality of life in agricultural and rural areas. Consists of five divisions and is responsible for five primary tasks. These tasks include automation and robotization technology in agricultural production, renewable energy and energy-saving technology to address climate change, stable management of farm households, post-harvest quality management, and storage and distribution technology to improve the added value of agricultural products. Additionally develops preventative technology for agricultural disasters and developing customized upland agricultural machines in response to the feminization and aging of rural labor. Also, improves health and safety for farmers and seeks to reduce the agricultural workload.