深圳IPC国际校区 | 解码SIPC的AI教育实践

The rise of DeepSeek has shown us that humanity has never been so eager to break through the boundaries of cognition. While millions of internet users are decoding the secrets to wealth with AI, more parents are asking, “What kind of education will allow children to be the masters of the AI wave?” At SIPC, this question is being explored through educational practice.

DeepSeek的爆火让我们看见：人类从未如此渴求突破认知边界。当千万网友用AI解码财富密码时，更多家长朋友们却在追问——“什么样的教育，才能让孩子在AI浪潮中成为掌舵者？”在深圳IPC国际校区，这一问题正通过持续的教育实践被不断探索，为未来教育注入更多可能性。

1

AI-powered learning system

AI智慧学习系统

SIPC is at the forefront of educational innovation, leading the integration of cutting-edge AI tools like Mindgrasp to enhance teaching and learning. Through its 'AI Teaching Lab,' SIPC seamlessly incorporates AI-assisted technologies such as self-developed AI terminals and Snap AI devices, transforming traditional textbooks into interactive AI-driven systems. This approach combines human insight with computer intelligence to streamline learning, preparing students for the 21st century while fostering curiosity and creativity. This educational innovation has led to impressive results: SIPC student won the "First Prize" in the Robot Master National Challenge, and our G5 student’s "Intelligent Cycling Warning Light" won the  Second Prize at the Global Invention Conference.

作为大湾区国际教育创新的引领者，SIPC率先将先进的AI工具，如Mindgrasp，融入教学与学习中。引入“AI教学实验室”的概念，SIPC将自主研发的AI终端和云天励飞AI拍学机等技术无缝集成到课堂中，实现AI即时智能交互，将学生的问题和海量学习内容转化为结构化学习图谱。这种教育创新催生了令人瞩目的成果：SIPC学子在机甲大师全民挑战赛荣获“全国一等奖”，五年级学生研发的“智能骑行警示灯”斩获全球发明大会二等奖。

2

AI-Driven Growth

AI赋能学生成长

As the first international school in the Greater Bay Area to introduce the IPC curriculum, SIPC uses 146 engaging thematic units to break down subject boundaries. The Project-Based Learning (PBL) approach is deeply integrated with AI technology to foster scientific inquiry and interdisciplinary skills. At SIPC, students turn abstract concepts into real-world applications, such as transforming mathematical formulas into robotic movement paths and using physical principles to guide drone flight parameters. Learning becomes a process of creation. In this model, students are not only users of AI but also thinkers and doers who reshape the world through technology.

作为大湾区首家引入IPC课程的国际学校，SIPC用146个IPC主题单元打破学科壁垒，PBL项目制教学与AI技术深度融合，培养科学探究与跨学科应用能力。在这里，学生将制作AI可穿戴设备作为项目制学习的成果，将抽象公式转化为机器人的运动轨迹，将物理定律具象为无人机的飞行参数，学习成为创造的过程。这种模式下，学生不仅是AI的使用者，更是用技术重塑世界的思考者与行动者。

3

AI’s Geographical Advantage

AI区位优势

Located in the heart of Xili University Town, the Shenzhen IPC campus itself serves as an incubator for AI practical abilities. The 13-kilometer-long Dashahu Ecological Corridor outside the school gates is not only a natural biology lab but also a testing ground for AI water quality monitoring algorithms. A ten-minute walk to the east brings students to Tsinghua Peking Shenzhen Research Institute for professional guidance from university labs, while a ten-minute drive to the west takes them to renowned companies like DJI, Tencent, and Baidu. The algorithms developed in the classroom can be integrated into corporate platforms for iterative optimization.

坐落于西丽大学城核心地带的深圳IPC校区，本身就是一个AI实践能力的孵化器。校门外延展13公里的大沙河生态长廊，既是生物课的天然实验室，也是AI测试水质监测算法的实战场。向东步行十分钟直达清北深研院，可以获得高校实验室专业指导；向西驾车十分钟即可抵达大疆、腾讯、百度等知名企业，课堂研发的算法能接入企业级平台迭代优化。

When the rational insights of AI blend with the humanistic care of education, SIPC redefines the possibilities of growth. Here, they reject standardized education, igniting curiosity with passion and using individuality as a guide, allowing every child to follow their own unique growth path in an immersive learning ecosystem.

当AI的理性洞察与教育的人文关怀交融，SIPC重新定义了成长的可能——这里摒弃模板化教育，以兴趣为火种，以个性为坐标，让每个孩子都能在浸润式学习生态中，走出独一无二的成长轨迹。

*综合内容来源学校，如有不妥，请告知。