- Develop smart cities and become a leading smart enterprise
- Cooperate with the development of 5G and Internet of Things technology in the Greater Bay Area
- Improve the success rate of young people entering the IT industry
Background
It is no longer uncommon to use the Internet of Things (IoT) and big data to solve big and small things in life, but farming also needs to use the Internet of Things and 5G technology? In the past, fisheries, agriculture and animal husbandry were mainly human-based, but today it is also dominated by human labour, however, with the continuous update and application of the Internet of Things and mobile networks. In addition, in recent years, the Hong Kong government has also pushed forward the smart city blueprint to strengthen technological support for people’s livelihood. Therefore, various enterprises are also taking advantage of the implementation of smart cities to develop urban agricultural solutions actively and integrate farms into urban life.
Solution
We launched cloud farming IoT management in response to market needs. The technology uses 5G applications to coordinate and communicate between tractors and other machines to improve agricultural efficiency. The advantages of 5G are fast speed, low connection delay and support for multiple connected devices. Yungeng can give full play to the benefits of 5G and provide miniature practical scenarios for experiencing 5G. As long as the corresponding wireless sensors are installed, crop production can be managed online to provide diversified teaching materials and software to promote science and technology education.
Intelligent rooftop soil farming and hydroponic farming, with remote robotic arm farming and field harvesting, require a size ranging from a large platform to two parking spaces, and sensors can be installed in it to remotely farm. Because humans highly control cloud farming technology, the choice of crops is high, and various common vegetables can be grown, and high-profit crops can also be selected.
The soil tillage manipulator has four major functions: weeding, sprinkling, soil detection, and sowing. The soil tillage manipulator is the main component of the system, which has considerable flexibility. It can replace the human hand and execute different tillage instructions, such as sowing, watering, and weed removal.
Remote farming is not limited to traditional soil farming but can also be applied to hydroponic farming to grow strawberries and small tomatoes with higher market value.
The remote operation of the intelligent robotic arm breaks the limitations of traditional farming. Remote farming can be done at home, with exquisitely animated farmland, crop pictures, making it easier to attract students to participate. The application of allowing young people to touch the sensor shows that dedicated sensors are still unfamiliar to many students. In the remote farming process, we can cooperate with our sensor kits, such as humidity, thermometers, soil detectors, to regulate and monitor The growth environment of crops improves the quality and yield of crops. Remote cloud farming is equipped with a reporting system, providing templates for students to learn data integration and analysis, making different statistical charts and analysing data collected by sensors. Remote farming can also be carried out in groups to train students to collaborate. In the process, students learn the division of labour and experience the convenience of remote technology through management and planting of their crops, which innovates ordinary people’s impression of hard work in farming.
Teachers can teach farmland knowledge and sensor applications in the classroom by combining science and technology education, which is very convenient.
We will provide a series of complete teaching materials, exquisite comics, detailed settings, and programming procedures for students and instructors. The teaching materials cover the application of each sensor and can be used for remote farming.
Other teaching content is also close to life, such as making money detectors, automatic hand sanitisers. It is easier for students to understand the application of sensors.
Job Opportunity
- Through the Internet of Things, students will learn to collect data, solve problems, analyze reports, which can be applied to the workplace and to their whole-person development.
- Help young people to orientate their careers and choose undergraduate courses in electronics, mechanics, etc.
- Departments you can join after graduation include: Electrical and Mechanical Services Department, Civil Engineering Department
- Cooperate with the development of 5G and Internet of Things technology in the Greater Bay Area
- We have many IoT and programming partners from Hong Kong and the Mainland, which can provide students with real scenarios of IoT application in business
Conclusion
In response to the market’s need for new technological education, remote farming arouses young people’s interest in science and cultivates their observation skills. Learn the latest technology applications and theories through the application of 5G and the Internet of Things. Through hands-on sensor operation internships, young people’s awareness of technology will be improved and the success rate of young people’s employment in the IT industry will be enhanced. Cooperate with the development of smart cities, become a leading smart enterprise, and cooperate with the development of 5G and Internet of Things technology in the Greater Bay Area.
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