A Hands-On AI Education Program at Nanyuan Primary School, Futian District, Shenzhen

As artificial intelligence becomes part of the next generation of digital literacy, introducing AI at an early stage requires more than teaching concepts. Students need opportunities to interact with technology, experiment with ideas, and understand how AI connects with the physical world.

At Nanyuan Primary School in Futian District, Shenzhen, AuraPi has been integrated into ongoing AI education courses, providing students with a hands-on platform to explore programming, sensors, artificial intelligence, and IoT applications through project-based learning.

From AI Concepts to Hands-On Creation

Rather than learning AI only through theory, students use the AuraPi AIoT Maker Kit to turn ideas into working projects.

Through progressive classroom activities, students learn how to collect information from sensors, create programs, interact with hardware, and explore how AI can recognize and respond to the world around them.

The learning process follows a simple progression:

Learn → Program → Experiment → Create

This helps students understand not only what AI is, but also how AI can be applied to solve real-world problems.

A Progressive AI & AIoT Learning Path

The AuraPi curriculum introduces students to technology step by step, moving from fundamental programming concepts toward integrated AI and IoT projects.

Students can explore areas including:

Programming Fundamentals · Sensors & Data · AI Perception · Computer Vision · IoT · Intelligent Interaction · Creative AI Projects

As their skills develop, students can combine different technologies to create projects such as smart environmental systems, AI recognition applications, intelligent devices, and other interactive AIoT solutions.

Learning Through Projects

Project-based learning is an important part of the AuraPi classroom experience.

Instead of simply following programming exercises, students are encouraged to identify problems, design solutions, test their ideas, and improve their projects through experimentation.

This transforms the classroom from a place where students simply learn about technology into an environment where they can create with technology.

Supporting Sustainable Classroom Implementation

The ongoing AuraPi program at Nanyuan Primary School demonstrates an important part of MööTech's education approach: successful AI education requires both hardware and structured learning content.

AuraPi can be combined with curriculum resources, project activities, teaching materials, and technical support, helping schools establish a progressive AI learning pathway rather than relying on isolated workshops or demonstrations.

For educators, this provides a practical framework for bringing AI and IoT concepts into regular classroom learning.

A Replicable Model for Education Partners

The Nanyuan Primary School program provides a practical example of how AuraPi can support ongoing AI education in primary school environments.

For MöoTech's international distributors and education partners, this model can be adapted to local schools, STEM programs, coding academies, Maker Spaces, and AI Labs.

By combining AuraPi + Curriculum + Projects + Training & Support, partners can deliver a more complete AI education solution to schools in their local markets.

Interested in bringing AuraPi AI Education to schools in your market?

Contact MööTech to explore distribution, curriculum cooperation, pilot programs, and localized AI education solutions.