产教融合下慢病膳食APP的研发与教学转化

摘 要：不少移动健康类应用普遍存在功能堆砌问题，会给终端设备带来较重的资源负担。高校开设的 Android 移动开发实训课程，在工程规范方面和行业实际开发要求存在一定差距。针对上述两个现实问题，文章围绕慢病膳食管控方向开展研究，选择轻量化 Android 健康管理 APP 作为研究载体，设计一套可落地的实现方案，研究重心偏向工程实现与产教融合实践。本系统基于MVC分层架构，用SQLite完成本地数据持久化。开发时把非必要业务模块全部去掉，并据此定下三项轻量化性能指标，分别管住内存占用、设备兼容适配能力和程序响应效率。本文搭建的三维传导理论框架，由产业工程量化标准、分层实训实操任务、学生专业能力考核体系三部分构成。方案把商业项目严格的开发验收规范转成阶梯式教学流程，把完整工程项目拆成入门、进阶、高阶三个层次的实训单元。实践测试表明，把移动端应用全流程开发引入高校移动开发课程，能较好改善学生工程实践经验不足的问题，实训内容覆盖数据库建模、性能优化、多设备适配等关键工程内容。经过两轮教学迭代和校企联合评审验证，参训学生在MVC分层开发、工程项目标准化交付等核心实操任务上的完成质量有明显提升。企业指导教师对学生代码规范性与项目完整交付水平给予高度认可，证实该产教融合实训方案适配高校课堂教学场景，具备良好的普及与推广价值。

关键词：产教融合；Android 开发；慢病膳食管理；三维传导框架

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Research and Teaching Transformation of a Lightweight Chronic Disease Dietary Management Android APP Based on Industry-Education Integration

Abstract: Many mobile health applications suffer from feature overload, which places a heavy resource burden on terminal devices. Android mobile development practical courses offered by universities also tend to fall short of industry requirements in terms of engineering standards. To address these two issues, this paper focuses on chronic disease dietary management and takes a lightweight Android health management app as the research carrier. It designs an implementable solution, with emphasis on engineering implementation and industry-education integration. The system adopts an MVC layered architecture and uses SQLite for local data persistence. All non-essential business modules are removed during development, and three lightweight performance indicators are established to constrain memory usage, device compatibility, and program response efficiency. The three-dimensional transmission theoretical framework constructed in this paper consists of three parts: industry engineering quantitative standards, layered practical training tasks, and a student professional ability assessment system. The solution converts the strict development acceptance standards of commercial projects into a stepwise teaching process and divides a complete engineering project into three training levels: beginner, intermediate, and advanced. Practical tests show that introducing the full development process of mobile applications into university mobile development courses can effectively address students' lack of engineering practice experience. The training content covers key engineering areas such as database modeling, performance optimization, and multi-device adaptation. After two rounds of teaching iteration and joint school-enterprise review, students showed clear improvement in the quality of completing core practical tasks such as MVC layered development and standardized project delivery. Enterprise instructors highly recognized students' code standardization and complete project delivery, confirming that this industry-education integration training program is suitable for university classroom teaching and has good potential for wider adoption and promotion.

Keywords: Industry-Education Integration; Android Development; Chronic Disease Dietary Management; Three-Dimensional Conduction Framework

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