从动手实践到创新研究：UEC科创课程助力名校申请

因此，UEC 将科创课程作为核心课程，带领学生从基础结构学习到智能设备制作，再到个人创意作品的完成。课程不仅培养动手能力、逻辑思维、文献整合和表达能力，也为未来在机械、计算机、物联网、人工智能等方向的深入学习打下坚实基础。

For this reason, UEC places innovation & research courses at the core curriculum—guiding students from foundational structural learning, to intelligent device development, and ultimately to the completion of individual creative projects. The program cultivates hands-on ability, logical reasoning, literature synthesis, and academic expression, while laying a solid foundation for further study in mechanical engineering, computer science, the Internet of Things, and artificial intelligence.

Stage 1 | 动手实操能力：学习使用基础结构制作工具

Hands-on Practical Skills: Learning to Use Fundamental Fabrication Tools

Stage 2 | 培养逻辑思维：学习使用电子制作基础工具

Developing Logical Thinking: Learning to Use Fundamental Electronics and Prototyping Tools

在掌握基础结构制作后，课程进入电子制作与智能硬件阶段。学生将动手制作简单的智能设备，学习电子焊接的基本规范，并初步接触单片机、传感器与执行器。通过编程实现设备的功能逻辑，让设备能够按预期工作。

After mastering basic structural fabrication, the course moves into the stage of electronics fabrication and intelligent hardware. Students build simple smart devices, learn essential standards and practices of electronic soldering, and gain initial exposure to microcontrollers, sensors, and actuators. Through programming, they implement functional logic that enables devices to operate as intended.

这一阶段的重点不在于掌握某一项具体技术，而在于完成从“单点知识”到“系统理解”的转变。学生将在实践中逐步建立跨学科建模意识与系统设计能力，学会将数学中的逻辑关系、信息与编程思维、科学原理和工程实现整合为一套以问题为导向的解决逻辑。

The focus of this stage is not on mastering a single technical skill, but on achieving a transition from isolated knowledge points to systematic understanding. Through hands-on practice, students gradually develop interdisciplinary modeling awareness and system design capability. They learn to integrate mathematical logic, information and computational thinking, scientific principles, and engineering implementation into a problem-oriented solution framework. 

Stage 3 | 培养综合能力：综合运用技能知识，完成创意作品

Developing Integrated Competence: Applying Knowledge and Skills to Complete a Creative Project

在课程的最后阶段，学生将进入个人创意作品的完成阶段。学生需要结合自身兴趣，在小组合作的基础上，综合运用前两个阶段所学习的结构制作、电子制作与编程知识，完成一个具备实际功能的创意作品。

In the final stage of the course, students enter the phase of completing an individual creative project. Building on their personal interests and supported by group collaboration, students integrate the skills and knowledge acquired in the previous stages—including structural fabrication, electronics, and programming—to develop a creative project with practical, real-world functionality.

课程设计采用科学的三阶教学法与研究导向型（research-oriented learning）学习模式，帮助学生在高中阶段积累真实的实践项目经验，形成可用于升学申请的学术背景，而非停留在提前学习大学知识的层面。

The course is designed around a structured three-stage pedagogical framework and a research-oriented learning model, enabling students to accumulate authentic, project-based experience during high school. Rather than merely previewing university-level content, students build a substantive academic profile that can be meaningfully presented in university applications.

科创课程课程的评估不只看最终作品呈现，还重点考察学生在制作个人作品时的问题拆解能力、方案逻辑、技术选择理由与迭代过程，学生能够清楚认识自己的优势与提升空间，逐步建立完整的项目视角，而非只关注结果本身。

Assessment in the Innovation & Research course goes beyond the final product. Greater emphasis is placed on students' ability to break down problems, develop coherent solution logic, justify technical choices, and document iterative improvements throughout the project. This process-oriented evaluation helps students clearly identify their strengths and areas for growth, fostering a comprehensive project perspective rather than a result-only mindset.

课程不提供统一方案或固定创意模板。导师会结合学生的兴趣与基础进行引导，由学生自主做出设计选择并完成实现。因此，每个项目都具有明显的个人特点，在升学申请中也更具区分度。

The course does not provide standardized solutions or fixed creative templates. Instead, mentors guide students based on their individual interests and prior experience, allowing students to make independent design decisions and carry out their own implementations. As a result, each project reflects strong personal characteristics, increasing distinctiveness in university applications.

从基础学习、动手制作到成果汇报与答辩，课程帮助学生完成从“会做”到“能讲清楚”的转变，让知识、技能与表达形成完整闭环，而非碎片化学习。

From foundational learning and hands-on fabrication to final presentation and formal defense, the course supports students in progressing from "being able to build" to "being able to clearly explain." Knowledge, skills, and academic communication are integrated into a complete learning cycle, avoiding fragmented or superficial learning experiences.