This course is offered for the implementation of the "Precision Agriculture" project of the Ministry of Education's "Precision Health Industry Interdisciplinary Talent Cultivation Program" Partner School Program. Greenhouse automation is the combination of monitoring and control systems that optimise growth conditions of plants. Smart technologies and greenhouse automation are finding their way from industrial uses to the individual consumer market: automatic fans and heaters, vents that open and close in response to the temperature, and computer-controlled watering systems that provide water and fertilizers are readily available for both commercial gardens as well as domestic greenhouses. In recent years, sensor-driven automation has branched out from factories and laboratories into our homes and everyday lives. It’s no surprise that technology is slowly finding its way into our gardens and making greenhouses smarter, too. The aim of present course is to introduce four elements in smart technology that support the development of smart automatic greenhouse. In the beginning of course, the teacher will take two weeks to explain why the farmers need smart greenhouse technology in the land. Then, three industrial teachers from different fields are invited to give talks. The topics are agricultural sensors and AIoT system, Phenotyping system for growth of plants, and agriculture smart digital twin. The course invites experts from the industry, government, and academia to teach lectures on the project of smart agriculture in the rice industry, including cultivation management, harvesting and refrigeration, and business marketing.