1开课时间是怎样的？ What is the start time of the class?

2023年8月15日至2023年12月31日 

from August 15, 2023 to December 31, 2023

2为什么要学习线路板设计?  Why do we learn circuit board design?

线路板设计是电子产品设计最重要能力之一，熟练应用线路板CAD软件是电子产品设计人员必须掌握的技能，拟从事电子产品设计、测试、销售、物流、报关等相关工作的同学，都需要学习这门课程。

Circuit board design is one of the most important abilities in electronic product design. Proficient application of circuit board CAD software is a skill that electronic product designers must master. Students who plan to engage in electronic product design, testing, sales, logistics, customs clearance, and other related work need to learn this course.

3能学到哪些技能？ What skills can you learn?

《线路板CAD》是电子信息类专业的一门必修课程，学时48，学分3.0，课程以国产软件嘉立创EDA为平台，涵盖电路原理图绘制、PCB设计、元器件创建与元件库管理、生产文件输出等内容。

Circuit Board CAD is a compulsory course for electronic information majors, with 48 class hours and 3.0 credits. The course is based on the domestic software Jialichuang EDA, covering circuit schematic drawing, PCB design, component creation and component library management, production file output, and other content.

4课程有什么特色？ What are the characteristics of the course?

（1）主推国产软件应用，教产学融合

    Mainly promoting domestic software applications, integrating teaching, production, and learning

课程主推国产电路板开发平台—嘉立创EDA，该软件永久免费，简单易用，案例丰富、功能齐全，具有设计、采购和制作一体化的特点。

The course mainly focuses on the domestic circuit board development platform - Jialichuang EDA. This software is permanently free, simple to use, rich in case studies, fully functional, and has the characteristics of integrating design, procurement, and production.

（2）双语版本呈现，服务国际化人才培养

    Bilingual version presentation, serving international talent cultivation

课程在线提供中英双语对照版本的资源，包括课程标准、课程组课方案、课程素材等，满足中外学生的多元需求。

The course provides bilingual resources in both Chinese and English online, including course standards, course organization plans, course materials, etc., to meet the diverse needs of Chinese and foreign students.

（3）课赛结合，课证融通，激发学习兴趣

    Combining class and competition, integrating class and certificate integration, effectively stimulating learning interest

课程将竞赛模块嵌入学习内容，课赛结合，提升工程实践能力。同时，课程与认证衔接，学生完成在线学习后，通过全国CAD应用培训网络设计中心组织的“电子CAD”认证考试，可申请获得相应学分，免修或免考《线路板CAD》课程。

The course incorporates competition modules into the learning content, combining class and competition to enhance engineering practical skills. At the same time, the course is linked to certification. After completing online learning, students can apply for corresponding credits and be exempted from the "Circuit Board CAD" course by passing the "Electronic CAD" certification exam organized by the National CAD Application Training Network Design Center.

5课程如何实施？ Course implementation

（1）教学组织 teaching organization

对线上自学学员，课程在中国大学MOOC平台提供中英双语学习资源，选课学生可利用线上课程资源自学，完成每一项任务，通过测试可获取积分，课程学完后，总分达到预定分值即可获得课程成绩和相应学分。

For online self-study students, the course provides bilingual learning resources in Chinese and English on the MOOC platform of Chinese universities. Students who choose courses can use the online course resources to self-study and complete each task. By passing the test, they can earn points. After completing the course, the total score reaches the predetermined value, and they can receive course grades and corresponding credits.

对在校学生，课前，教师会发布学习任务书，学生根据任务书的要求，完成课前预习和在线测试。课中，教师根据课前学习学情，通过线下操作演示、师生研讨等形式，对重难点进行剖析和化解，答疑解惑。课后，学生以小组为单位共同完成线路板下单、焊接和测试，并撰写测试报告；

For students on campus, before class, the teacher will issue a learning task book, and students will complete pre class preview and online testing according to the requirements of the task book. In class, the teacher analyzes and resolves key and difficult points through offline operation demonstrations, teacher-student discussions, and other forms based on the pre class learning situation, and answers questions and doubts. After class, students work in small groups to complete the placement, welding, and testing of circuit boards, and write test reports;

（2）考核评价Assessment and evaluation

课程采用多元评价形式，包括学生自评与互评、教师评价以及工程师评价等3种主要形式，结合线上自学、在线测验、线下考勤、课堂互动和实际产品制作等学习过程，进行多维度数据采集，全程记录和跟踪教学和学习过程。根据预定评价规则，课程学完后，总分达到预定分值即可获得课程成绩和相应学分。

The course adopts multiple evaluation forms, including three main forms: student self-evaluation and mutual evaluation, teacher evaluation, and engineer evaluation. Combining online self-learning, online testing, offline attendance, classroom interaction, and actual product production, multi-dimensional data collection is carried out, and the entire teaching and learning process is recorded and tracked. According to the predetermined evaluation rules, after completing the course, if the total score reaches the predetermined score, the course grade and corresponding credits can be obtained.

6课程团队情况是怎样的？ course team

课程团队现有专任教师13人，兼职教师1人。课程负责人是工信部科学技术进步奖二等奖和江苏省教学成果奖二等奖获得者，具有丰富的教学、科研和管理经验；为保证双语的规范性，团队还引入了1位英语专业教师，另有1人来自企业，负责协调教产学融合相关工作。

The course team currently has 13 full-time teachers and 1 part-time teacher. The course leader is a recipient of the Second Prize of the Science and Technology Progress Award of the Ministry of Industry and Information Technology and the Second Prize of the Jiangsu Provincial Teaching Achievement Award, with rich teaching, scientific research, and management experience; To ensure the standardization of bilingualism, the team also introduced one English professional teacher and one person from the enterprise, responsible for coordinating the integration of teaching, production, and learning.

素质目标：具备遵守PCB 制作流程与技术规范的职业意识；养成产品质量为先、生产安全第一、PCB 工艺绿色环保的职业素养；注重知识产权和可持续发展的电子产品创新设计精神。

Quality objective: To have a professional awareness of complying with PCB production processes and technical specifications; Develop professional ethics that prioritize product quality, prioritize production safety, and promote green and environmentally friendly PCB processes; The innovative design spirit of electronic products that emphasizes intellectual property rights and sustainable development.

知识目标：掌握原理图分析和设计方法，熟悉PCB 设计流程和技术规范，了解PCB 制版工艺。

Knowledge objective: Master schematic analysis and design methods, be familiar with PCB design process and technical specifications, and understand PCB plate making process.

能力目标：能创建元件库；设计原理图、DRC；能按产品要求设置PCB 规则、设计符合工艺要求的PCB；能完成PCB 下单打板。

Ability objective: Ability to create component libraries; Design schematic, DRC; Capable of setting PCB rules according to product requirements and designing PCBs that meet process requirements; Can complete PCB order and board making.

    先修课程包括《电路分析与实践》、《模拟电子技术》、《数字电子技术》和《电子产品工艺质量与管理实训》，从电子电路的基础知识，到模拟和数字电子技术的具体电路原理及设计，从理论原理到实际电子产品工艺的实现，将所学知识在本课程中融会贯通，并循序渐进地从电路原理图的分析至电路原理图的设计。

The prerequisite courses include "Circuit Analysis and Practice," "Analog Electronic Technology," "Digital Electronic Technology," and "Practical Training on Electronic Product Process Quality and Management." From the basic knowledge of electronic circuits, to the specific circuit principles and designs of analog and digital electronic technology, from theoretical principles to the implementation of actual electronic product processes, the knowledge learned will be integrated and integrated into this course, And gradually from the analysis of the circuit schematic to the design of the circuit schematic.

1.钟世达.电路设计与制作快速入门[M].北京：电子工业出版社 2022, 02

2.唐浒、韦然. 电路设计与制作实用教程--基于立创EDA[M].北京：电子工业出版社.2021, 05

3.高歌.Altium Designer电子设计应用教程[M].北京:中国电力出版社.2011, 06

4.王鹏.Protel DXP电路设计及应用教程[M].北京:中国电力出版社