✨【如何用课程设计提升工程能力？】✨
📚 课程设计真的在语言工具类课程中占据了“C位”！👑设计得好的课程简直像一个实战训练营，既能帮助学生巩固理论，又能培养解决复杂问题的能力，还能让他们对未来工作充满信心💪！（A well-designed course can consolidate theoretical knowledge, develop problem-solving skills, and boost professional confidence.）
🚩 常见问题： 1️⃣ 题目太老套？重复过时？🚶♀️（The topics are outdated and repetitive.） 2️⃣ 工具太古老？跟不上企业节奏？⏳（The tools are outdated, lagging behind current industry practices.） 3️⃣ 学生没有“实战感”？💤（Students lack practical engagement and interest.）
解决方案： 进阶任务驱动+全流程育人！🚀 就像是模拟企业工作现场，学生们会扮演职业角色代入到课程设计中，感受职场压力💼，并通过使用主流工具链实现真正的技术覆盖！（Students play professional roles, experiencing real-world pressure while covering a broad technical scope with industry-standard tools.）
🌟 企业流水线开发过程：像公司实战一样干！ 🛠️
在课程设计中，模拟企业的流水线开发过程是一个关键环节。通过分步体验整个开发流程，学生就像在真实工作中一样进行实践！💼（Simulating an enterprise's development pipeline is key in course design, allowing students to experience real-world tasks step by step.）
图 1 展示了 Web 前端企业流水线的典型开发流程，包含以下几个环节：
1️⃣ 产品构思：产品经理像是企业的“灵魂”，他们会根据市场调研和竞品分析，提出产品的总体方向🏆。（The product manager, akin to the "soul" of the company, sets the product's vision based on market research and competitor analysis.）
2️⃣ 需求分析：分析人员深入调研，明确用户需求，搞清楚系统应该干啥🔍。（Analysts dig deep to clarify user needs and figure out what the system should accomplish.）
3️⃣ 系统设计：系统设计师负责构建系统架构、数据库以及前后端接口📐。（System designers build the system architecture, database, and front-end/back-end interfaces.）
4️⃣ 交互设计：交互设计师会设计用户体验，用工具比如 Auxre 绘制线框图，确定页面布局✏️。（Interaction designers craft the user experience, using tools like Auxre to draw wireframes and set the page layout.）
5️⃣ 视觉设计：美工会根据页面布局进行视觉规范设计，用 Photoshop 制作高保真效果图🎨。（Visual designers create high-fidelity mockups with tools like Photoshop, ensuring alignment with the design layout.）
6️⃣ 代码开发：前后端开发人员各自独立开发和测试🔧。为提高开发效率，通常会应用定制化的 UI 框架。（Front-end and back-end developers work independently, often using customized UI frameworks to boost development efficiency.）
7️⃣ 单元测试：前端开发完成后，可以用 Apifox 进行前端单元测试🧪。（After front-end development, Apifox is used to perform unit tests on the front-end.）
8️⃣ 后续工作：前后端调试完成后，进入发布、上线、维护、迭代🚀。（After front-end and back-end integration, the process moves to release, maintenance, and iteration.）
通过这些环节，学生能全方位体验企业的前端开发流程，犹如“实战演练”，每一步都是提升能力的机会💪！（Each of these stages provides a hands-on, real-world simulation, giving students the opportunity to sharpen their skills step by step.）
🌟 课程设计过程对标：更贴近企业实战！ 📊
1️⃣ 现状分析：
自从前后端分离的模式流行起来，前端开发不再只是“做个网页”这么简单啦🚪！学生在实际工作中，需要与设计师、美工配合，才能完成整个流程。（With the rise of front-end/back-end separation, front-end development is no longer just "making a webpage." Students now need to collaborate with designers and visual artists in real work settings.）
但是很多课程设计只停留在网页制作，根本没有涉及到前后端的交互，或者是信息传输📉。大多数设计任务还是学生自选题目，自行设计页面布局和视觉效果，完全脱离了他们的能力范围！（However, many course designs still only focus on static webpage creation, neglecting front-end/back-end interaction. The tasks often exceed students' capabilities.）
这就导致大多数学生只能套用现成的 UI 框架或模版，无法真正掌握前端开发中的核心技术技能🔧，而且兴趣也大大减弱。（This leads most students to rely on UI frameworks or templates, without truly mastering core front-end development skills, which decreases their engagement.）
2️⃣ 框架设计：
为了贴近实际工作，课程设计可以提供静态效果图，让学生利用 Auxre 绘制线框图，在 Photoshop 中切割素材，然后通过 PxCook 标注样式💻。再通过 Apifox 进行数据交互，最后完成一个带数据交互的完整前端网页。（To simulate real work, course design can provide static mockups for students to recreate using tools like Auxre for wireframes, Photoshop for asset slicing, and PxCook for styling. Students can then use Apifox for data interaction, resulting in a complete front-end webpage with dynamic data.）
💡这些设计可以是知名商业网站的复制，比如网易云音乐、京东商城，或者是结合思政元素的红色网站，学生通过这个流程真正体会到“从零到一”的开发体验！（These designs can replicate well-known commercial websites like NetEase Cloud Music or JD.com, allowing students to experience the full development cycle from start to finish.）
🌟 过程收益：实战中获得自信！ 🌱
通过这样的企业流程模拟，学生不仅仅是学到了前端开发技能，更重要的是，他们获得了真实的工作体验，甚至有了自己就是阿里或京东前端开发工程师的“代入感”！👨💻（Students don't just learn front-end development skills; they gain real work experience and even feel like they are front-end engineers working at Alibaba or JD.com.）
这种职业带入感极大激发了他们的学习兴趣，真正实现了从理论到实践的转变⚡！学生不仅学会了如何复刻网页，还能体验企业标准的项目验收流程。当他们看到自己设计的网页通过了企业验收，那种成功的喜悦无法用言语形容🎉！（This sense of professional involvement greatly enhances their learning enthusiasm, making the transition from theory to practice. The joy of seeing their projects pass enterprise-level acceptance is indescribable.）
课程设计的成果不仅仅是个网页，而是提升了学生的自我效能感和专业信心，他们会为未来的前端开发打下坚实的基础📚！（The result of course design is not just a webpage, but an increased sense of self-efficacy and professional confidence, laying a solid foundation for future front-end development.）
🌟 分类分层次组队选题：协作中成长！ 🤝
1️⃣ 完整开发体验为目标：
Web 前端课程设计是否应该组队开发？🤔这是一个值得讨论的问题。单独开发可以确保每位学生的独立性，也方便考核，但有时候任务量太小，技术覆盖面不够宽🌱。（Whether front-end course design should involve team development is a topic worth discussing. Solo work ensures independence but often leads to smaller, less comprehensive tasks.）
反之，2-3 人的团队合作更能培养协作能力，大家可以一起攻克技术难点，成果更加丰富💼。（On the other hand, a 2-3 person team can enhance collaboration, allowing students to overcome technical challenges together and produce richer outcomes.）
为了发挥团队的优势，必须在组队形式、工作监督、成绩评定上进行精心设计📝！（To leverage the advantages of teamwork, careful planning is needed in terms of team formation, supervision, and assessment.）
2️⃣ 结合学情分类分层次：
学生的职业规划不同，能力层次不同，因此分层次的课程设计任务是必不可少的🎯。比如，明确想从事前端开发的学生就需要承担更多前端开发的任务，而对于不打算从事前端开发的学生，他们可以完成一些基础的前端工作，主要目的是了解前端开发的流程📂。（Since students have different career goals and skill levels, layered course design tasks are essential. For example, those pursuing front-end development should handle more advanced tasks, while those not focused on front-end can complete basic tasks to understand the workflow.）
通过这种分层次设计，既能确保每位学生都能从课程设计中获得提升，又能让他们根据自己的能力找到最合适的任务💡！（Layered design ensures that each student gains something valuable from the course, while also allowing them to find tasks best suited to their abilities.）
🌟 鼓励自主拓展学习：探索更高的技术挑战！ 🧗♂️
对于明确想从事前端开发的同学，课程设计可以鼓励他们自主学习更深入的技术，甚至在设计中引入前沿的前端技术🌐！（For students who are set on becoming front-end developers, the course design can encourage them to independently explore more advanced technologies and even incorporate cutting-edge front-end frameworks into their projects.）
比如，学生可以利用 Vue、React 等框架，尝试构建自己的 UI 组件，进一步挑战自我👨💻。（For instance, they can use frameworks like Vue or React to build their own UI components, further pushing their limits.）
🎯 目标是让学生用前端工程师的职业标准要求自己，在完成基础任务的基础上自主扩展，让自己的作品更具技术含量和个性化。（The goal is for students to hold themselves to the professional standards of front-end engineers, expanding on their base tasks to create more technically advanced and personalized projects.）
对于那些方向尚未确定的学生，课程设计引导他们尽快明确职业兴趣，以便更有针对性地展开学习📚！（For students who haven’t yet decided on a specialization, the course design guides them to determine their interests as quickly as possible, allowing them to focus their learning efforts.）
🌟 确保基本要求达标：适应多种开发需求！ 🛠️
对于那些计划从事后端开发的学生，课程设计可以帮助他们了解前后端协作的模式，掌握前端的基本开发流程和前后端配合中的常见问题解决方案🧩。（For students aiming to become back-end developers, the course design helps them understand front-end/back-end collaboration, basic front-end development processes, and common problem-solving techniques.）
即使是非软件方向的学生，也可以通过前端课程设计学会如何展示他们的工作成果🔍，掌握 Web 前端作为展示工具的基本技能。（Even students not pursuing software development can learn how to use front-end technologies to present their work, mastering the basics of web front-end as a presentation tool.）
为了确保所有学生都能完成基本要求，可以允许他们使用 Bootstrap 等 UI 框架来简化页面制作，但依然要体验整个开发流程🚀。（To ensure that all students meet the basic requirements, they can be allowed to use UI frameworks like Bootstrap to simplify page creation, while still experiencing the full development process.）
🌟 全过程指导监督：没有拖延症的机会！ ⏰
在教学实践中，常常会遇到学生拖到最后一刻才开始动手的情况，这就是所谓的“学生综合征”😅。为了避免这种情况发生，我们引入了一些实战化的监督和管理模式，确保学生在每个阶段都有明确的任务和目标，不再有“最后一分钟冲刺”📅！（In teaching practice, students often procrastinate until the last minute. To combat this "student syndrome," we’ve introduced real-world supervision and management strategies, ensuring students have clear tasks and goals at every stage, leaving no room for last-minute cramming.）
1️⃣ 分段任务：将课程设计拆解为多个小任务，如拉参考线、制作静态页面、Mock 后端服务等，设置线下检查点，确保每个环节都有成果展示🚦。（The course design is broken down into smaller tasks, like setting guide lines, creating static pages, mocking backend services, etc., with checkpoints to ensure progress.）
2️⃣ 版本管理与任务监督：通过 Gitee 进行代码版本管理和任务跟踪，每个小组创建独立仓库，学生需要定期提交进度，教师会对提交的代码进行审查，并给出修改建议📂。（Using Gitee for version control and task tracking, each team has their own repository. Students must regularly submit progress, and teachers review the code, offering feedback and suggestions.）
3️⃣ 代码审查：邀请企业工程师或高年级学生进行代码审查，这不仅能帮助学生提高代码质量，还可以及时发现技术问题，提供支持💻。（Invite industry engineers or senior students to review the code, helping improve quality and provide timely technical support.）
4️⃣ 成果展示与互评：通过 Gitee 的 Pages 服务发布阶段性成果，学生可以相互学习和借鉴。朋辈之间的压力和激励作用可以推动学生不断进步📈。（Gitee’s Pages service allows students to publish their work for peer review and learning. This peer pressure and encouragement foster continuous improvement.）
5️⃣ 全面掌握学生进度：通过 Gitee 提供的统计工具，教师可以全面掌握每个学生的代码提交情况和项目贡献度，及时发布相关数据，鼓励先进，督促进度滞后的小组📊。（Using Gitee’s stats tools, teachers can track each student’s contributions and project progress, publishing relevant data to motivate top performers and push slower groups.）
6️⃣ 角色扮演与助教参与：高质量完成任务的学生可以被树立为“学习标杆”，并在后续阶段扮演助教角色，帮助其他同学突破技术瓶颈，同时也缓解了教师的指导压力💪。（Students who excel in tasks can serve as role models and even act as teaching assistants in later stages, helping others overcome technical challenges and easing the teacher's workload.）
🌟 实施成效：实践出真知！ 🏅
福建师范大学的 Web 前端开发基础课程已经实施了三轮教学，成效显著📚。尤其是在 2022 年引入企业流水线开发过程后，学生的学习质量有了明显的提升，很多学生甚至提前获得了企业实习的机会！🎉（The Web front-end development course at Fujian Normal University has undergone three rounds of teaching, with remarkable results. Since the introduction of the enterprise pipeline development process in 2022, student learning quality has significantly improved, with many students even securing internships early.）
2021 年，课程设计还是开放式选题、自由完成的方式，学生的代码量和完成质量都不高😕，大多数同学只是套用网站模版或前端框架，缺乏对前端技术的深入理解和兴趣。（In 2021, the course design was open-ended and freeform. As a result, student code volume and quality were low, with most relying on templates or frameworks, lacking deep understanding or interest in front-end technology.）
2022 年开始，一半以上的学生选择了全流程仿实战体验，课程设计的代码量和完成质量显著提升📈，学生自我效能感和职业信心也有了很大的提高💪！（From 2022, more than half the students opted for the full, simulated work experience. Code volume and quality dramatically improved, along with students' sense of self-efficacy and professional confidence.）
这种实战化的训练模式不仅提升了教学效果，还让学生对前端开发的兴趣更浓厚🎯，他们纷纷表示这种体验让他们感觉像是未来的“职场人”，而不仅仅是学生。（This hands-on training model not only improved the teaching outcomes but also ignited a deeper interest in front-end development, with many students feeling like "professionals" rather than just students.）
🌟 结语：让课程设计成为通向职业的桥梁！ 🌉
通过对标企业的开发流程，分类分层次的项目化管理，课程设计已经不仅仅是一项学术任务，更是一种“职场模拟训练”💼。学生们通过真实的开发体验，感受到了职场的压力和责任感，最终完成了可交付的成果🚀。（By aligning with enterprise development processes and implementing tiered project management, course design has become more than an academic task—it’s a "professional simulation." Students experience real-world pressures and responsibilities, ultimately producing deliverable results.）
引入企业师资，全流程指导监督，通过任务驱动与代码审查确保了每个环节的顺利进行📊。这让学生从“课堂学习者”转变为“准职场人”，并帮助他们培养了职业素养与技术能力💡。（With industry experts providing guidance and through comprehensive task supervision and code review, students transitioned from "classroom learners" to "future professionals," developing their technical skills and professional conduct.）
经过这种实战训练的学生，在毕业后不仅能够胜任前端开发的工作，还能自信应对各种技术挑战✊。他们的专业能力得到了全面提升，职业素养也与企业需求无缝对接！（Students who undergo this practical training will not only be ready for front-end development jobs after graduation but will also confidently tackle technical challenges. Their professional skills align seamlessly with industry needs.）
通过这种全方位的课程设计模式，我们相信学生的成长和成就感会不断提升，为他们今后的职业生涯打下坚实的基础💼🎓！（Through this comprehensive course design model, we believe that students' growth and sense of achievement will continue to rise, laying a solid foundation for their future careers.）
参考文献：
[1] 闫波, 曹晓彭. 面向卓越计划的软件工程课程设计[J]. 计算机教育, 2019(11): 130-132.
[2] 张强, 王辉, 王浩畅, 等. 专业认证视域下的计算机专业综合课程设计[J]. 计算机教育, 2020(8): 152-156.
[3] 李立威, 王晓红, 李丹丹. Web前端设计课程思政教学探索与实践[J]. 计算机教育, 2023(5): 45-49.
[4] 刘会超, 杨锋英. 融入精细化管理思想的课程设计教学探索[J]. 计算机教育, 2022(6): 221-224.
[5] 郭永平, 马巧梅, 龙飞, 等. 沉浸式软件工程专业实训课程设计与实践[J]. 计算机教育, 2022(7): 175-179.
[6] 牛瑞敏. 基于深度学习的网页设计与制作项目式教学设计[J]. 计算机教育, 2023(9): 166-170.
