Course Introduction
Nurturing the future through technology and innovation: building a smart farm on campus
With global trends in sustainable development and rapidly advancing technology, modern agriculture has long moved from manual labour towards automation and intelligence. The "Future Farm" course is designed for Hong Kong secondary schools. It combines interdisciplinary STEAM knowledge, Internet of Things (IoT) automation, artificial intelligence (AI) and the idea of environmental recycling, guiding students to build, monitor and improve a campus smart farm by hand, starting from zero. Technology learning stays close to everyday life and builds the ability to solve real problems hands-on.
Combining theoretical science (plant physiology, water quality analysis and organic resource recycling) with information technology, the course guides students to achieve true interdisciplinary integration through programming, IoT sensors and artificial intelligence.
Students assemble and deploy an environmental monitoring system themselves, learn the logic of automated control (such as automatic irrigation and environmental regulation), and achieve remote data monitoring and recording through a cross-platform interface.
Breaking out of the framework of technology-only planting, the course can include the concept of campus resource recycling (such as turning food waste into organic applications), letting students experience the practical application of green technology and sustainable development first-hand.
The course produces distinctive interdisciplinary outcomes, ranging from 3D-printed prototype designs and AI application experiences to creative extensions with specialty plants and school exhibitions of results (such as project display boards and videos), fully showing students' learning journeys and creativity.
We understand that every secondary school has a different teaching schedule, timetable and student background. "Future Farm" uses a modular course design with several independent teaching modules that can be combined freely, so that content and the number of lessons can be tailored flexibly to your school's teaching goals (such as ICT, Science or interdisciplinary project learning):
Advanced programming and AI application module: Move from block-based programming to text-based programming languages, and use AI tools for image recognition or program improvement. Advanced maker practice module: Covers 3D prototype design, smart hardware assembly and the development of a dedicated mobile app interface for remote monitoring. Sustainable technology project module: Combines campus resource-recycling data analysis with scientific control experiments to deepen the application of green technology.
Quick start and concept-building module: Focuses on basic knowledge of hydroponics and smart agriculture, IoT system concepts and hands-on work with environmental sensors. AI-assisted learning module: Makes good use of AI to generate and improve basic programs, lowering the learning threshold so that students can enjoy hands-on practice without memorising code from scratch. Fun outcomes module: Combines plant growing, data monitoring and themed extension experiences to build a sense of achievement in learning.
Local technology farm visits: Arrange for students to visit modern agricultural technology facilities in Hong Kong and experience automated farming. Mainland and overseas exchange experiences: To fit the school's teaching plans, we can arrange agricultural technology exchange study tours to the Greater Bay Area or the Mainland.
Our team has rich experience delivering courses in Hong Kong secondary schools. Feel free to contact us at any time to request detailed lesson plans and past school case studies, so that we can tailor the most suitable teaching programme for your school!
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Master the building and operation of IoT hardware, sensors and automated systems.
Apply interdisciplinary knowledge flexibly to improve plant growing environments, and learn to spot problems and debug and improve systems.
Deepen understanding of sustainable agriculture, the circular economy and green technology.
Whether it is a regular course, an extra-curricular activity (ECA) or a school-wide "STEAM Culture Day" event, Cardy Tech can tailor a suitable programme for your school.
