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机械制造实习

Shuangshou Li, Jianxin Yang, Bin Tang, Ping Du, and Weiran Lin

Shuangshou Li, Jianxin Yang, Bin Tang, Ping Du, and Weiran Lin

“机械制造实习”网络课程针对机械、材料、航天航空等专业本科生，旨在引导学生学习制造工艺知识，增强工程实践能力，提高工程素养，培养创新精神和能力。

课程贯彻新的教学理念，采用“以学生为中心、创客驱动、项目引导、团队合作、交叉融合”的新教学模式。学生在实习中不仅获得了知识、发展了能力，更重要的是提高了思维。课程主要包括铸造、锻造、焊接、车削、铣削、钳工、木工、特种加工、3D打印、智能制造、电子制造等10个单元。主要内容包括三个方面： 1、讲授实用的工程知识和材料，零部件和软件的性能、状态、制造和使用等基础知识。2、指导学生初步实践各种加工制造技术。3、培养学生严谨求实、理论联系实际的科学作风，培养责任、安全、质量、环保、团队合作、成本、管理、市场、创新等工程意识。

What you'll learn

课程的预期目标是使学生能够恰当地运用数学知识来定义、表达和解决实际工程问题，并在多种因素的约束下设计系统、组件或过程，并能够通过适当的手段进行交流（（如总结、报告、面对面交流等）阐述自己的想法并获得理解和支持。

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Read about what's good

what should give you pause

and possible dealbreakers

Enhances engineering literacy by providing a strong basis in manufacturing techniques

Suitable for students in mechanical engineering, materials science, and aerospace engineering who seek to deepen their knowledge in manufacturing processes

Introduces advanced manufacturing methods, including 3D printing and smart manufacturing

Taught by experienced instructors in the field of mechanical engineering

Emphasizes the development of engineering thinking and problem-solving skills

Provides hands-on training through practical assignments and projects

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Reviews summary

机械制造实习：理论与实践兼备

根据学员反馈，《机械制造实习》课程内容系统且全面，涵盖了铸造、焊接、3D打印等多种核心制造工艺。学员们普遍认为课程理论与实践结合得好，通过项目引导和团队合作模式，有效提升了工程实践能力和创新思维。课程尤其在智能制造和前沿技术方面给予了深入介绍，对理解现代工业流程非常有益。然而，部分学员指出，作为线上课程，实际动手操作的体验受限，需要学习者自行弥补；课程内容广度有余而深度略显不足，且任务量相对较大。

引入3D打印、智能制造等，贴合工业前沿。

"3D打印和智能制造部分很前沿，让我对现代工业有了更深的认识。"

"我很欣赏课程能及时更新并引入了智能制造的新概念，很有启发性。"

"这部分内容对我理解未来工厂和自动化生产非常有帮助。"

注重工程实践与创新思维，提升解决问题能力。

"虽然是线上课，但对提升工程素养和理解制造流程非常有帮助，项目引导模式很新颖。"

"培养了我的团队合作和解决实际问题的能力，对于工程思维的建立很有益。"

"课程让我学会了如何运用理论知识分析和解决实际工程问题。"

课程涵盖广泛制造工艺，理论讲解扎实。

"课程内容非常扎实，涵盖了铸造、焊接、3D打印等多种工艺，理论结合实践讲得很清楚。"

"老师讲解深入浅出，知识点系统全面，对机械专业的学生来说是很好的补充。"

"我对各种制造工艺有了系统的认识，尤其是材料和零部件的性能分析。"

内容广泛但某些方面深度不足，任务量大。

"内容广度有余但深度不足，某些环节可以再详细些。"

"课程任务量不小，需要投入较多时间才能学好，适合时间充裕者。"

"我感觉在某些特定工艺上，如果能再深入讲解就更好了，而不是点到为止。"

实际动手操作受限，需学员自补线下体验。

"作为线上实习，动手操作部分肯定不如线下，需要自己多找资料弥补。"

"如果能有更多虚拟仿真或配套的线下实验指导会更好。"

"线上学习制造工艺，最大的遗憾就是无法亲手操作设备。"

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in 机械制造实习 with these activities:

学习使用 AutoCAD 软件

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学习使用 AutoCAD 软件可以帮助学生提高制图能力，为课程中后续的加工工艺学习打下基础。

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完成 AutoCAD 入门教程
绘制简单零件的二维图样
绘制简单零件的三维模型

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Career center

Learners who complete 机械制造实习 will develop knowledge and skills that may be useful to these careers:

机械工程师

机械工程师运用工程原理设计、分析、制造和维护机械系统。为了最大限度地发挥其潜力，机械工程师需要掌握机械制造工艺。这门机械制造实习课程通过提供铸造、锻造、焊接、车削、铣削等制造技术方面的实践知识和技能，可以帮助学生为机械工程师职业生涯做好准备。

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制造工程师

制造工程师负责优化生产流程，提高产品质量。他们需要具备对制造工艺和技术的深刻理解。这门机械制造实习课程涵盖了从铸造到 3D 打印的各种制造技术，为学生奠定了成为优秀制造工程师的基础。

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材料工程师

材料工程师研究和开发新材料，并评估现有材料的性能。他们需要具备对材料特性和制造工艺的深入了解。这门机械制造实习课程包括材料性能和加工技术方面的知识，可以帮助学生为材料工程职业生涯做好准备。

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质量控制工程师

质量控制工程师负责确保产品和服务符合质量标准。他们需要具备对制造工艺和质量控制技术的理解。这门机械制造实习课程涵盖了质量控制的基本原则和技术，可以帮助学生为质量控制工程师职业生涯做好准备。

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项目工程师

项目工程师负责管理工程项目，确保项目按时、按预算和按规格完成。他们需要具备对制造工艺和项目管理技术的理解。这门机械制造实习课程可以帮助学生了解机械制造项目中涉及的工艺和技术，为他们成为合格的项目工程师做好准备。

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工艺工程师

工艺工程师负责设计和改进制造流程，以提高生产效率和产品质量。他们需要具备对制造工艺和工程原理的深刻理解。这门机械制造实习课程可以帮助学生获得工艺工程所需的知识和技能。

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生产工程师

生产工程师负责规划、实施和控制生产运营。他们需要具备对制造工艺和生产管理技术的理解。这门机械制造实习课程可以帮助学生为生产工程师职业生涯做好准备，让他们了解机械制造中的关键技术和流程。

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维护工程师

维护工程师负责维护和维修机械设备和系统。他们需要具备对制造工艺和维护技术的理解。这门机械制造实习课程可以帮助学生了解机械制造中涉及的设备和技术，为他们成为维护工程师做好准备。

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研发工程师

研发工程师负责开发新产品和工艺。他们需要具备对制造工艺和工程原理的深刻理解。这门机械制造实习课程可以帮助学生为研发工程师职业生涯做好准备，让他们了解机械制造中的创新技术和流程。

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销售工程师

销售工程师负责向客户销售机械产品和服务。他们需要具备对制造工艺和产品知识的了解。这门机械制造实习课程可以帮助学生为销售工程师职业生涯做好准备，让他们了解机械制造中不同技术和产品的特点和优势。

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技术支持工程师

技术支持工程师负责为客户提供产品和服务支持。他们需要具备对制造工艺和产品知识的了解。这门机械制造实习课程可以帮助学生为技术支持工程师职业生涯做好准备，让他们了解机械制造中不同技术和产品的特点和故障排除方法。

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质量检验员

质量检验员负责检查和测试产品以确保其符合质量标准。他们需要具备对制造工艺和质量控制技术的理解。这门机械制造实习课程可以帮助学生为质量检验员职业生涯做好准备，让他们了解机械制造中的质量控制方法和技术。

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生产主管

生产主管负责监督和管理生产运营。他们需要具备对制造工艺和生产管理技术的理解。这门机械制造实习课程可以帮助学生为生产主管职业生涯做好准备，让他们了解机械制造中的生产流程和管理方法。

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车间主任

车间主任负责管理车间运营，包括生产、质量控制和维护。他们需要具备对制造工艺和车间管理技术的理解。这门机械制造实习课程可以帮助学生为车间主任职业生涯做好准备，让他们了解机械制造中的车间管理方法和技术。

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工厂经理

工厂经理负责管理整个工厂的运营，包括生产、质量控制、维护和财务。他们需要具备对制造工艺和工厂管理技术的理解。这门机械制造实习课程可以帮助学生为工厂经理职业生涯做好准备，让他们了解机械制造中的工厂管理方法和技术。

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Reading list

We've selected seven books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in 机械制造实习.

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Machine Tool Design

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Comprehensive textbook on machine tool design. It covers a wide range of topics, from the basics of machine tool design to the latest advances in technology.

(English) Machine Tool Design and Numerical Control

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Cover image

Machining of Bone and Hard Tissues

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Comprehensive textbook on manufacturing processes for engineering materials. It covers a wide range of topics, from the basics of manufacturing to the latest advances in technology.

(English) Machining of Bone and Hard Tissues

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Cover image

Statics and Mechanics of Materials

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Classic textbook on mechanical design. It covers a wide range of topics, from the basics of design to the latest advances in technology.

Statics and Mechanics of Materials

Statics and Mechanics of Materials

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Cover image

Micro and Nanomanufacturing

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Provides a comprehensive overview of microfabrication and nanomanufacturing, covering a wide range of topics from materials science to manufacturing techniques. It valuable resource for students and practitioners in the field.

(English) Micro and Nanomanufacturing Volume II

Micro and Nanomanufacturing by Mark J. Jackson...

Cover image

Cover image

Metallography, Principles and Practice

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Provides a comprehensive overview of materials and manufacturing processes, covering a wide range of topics from materials science to manufacturing techniques. It valuable resource for students and practitioners in the field.

(English) Metallography: Principles and Practice

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Cover image

Fundamentals of Modern Manufacturing

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Provides a comprehensive introduction to modern manufacturing processes, including topics such as computer-aided design, computer-aided manufacturing, and robotics. It valuable resource for students and practitioners in the field.

Fundamentals of Modern Manufacturing

Fundamentals of Modern Manufacturing

Cover image

Cover image

Metal Oxide Nanostructured Phosphors

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Provides a comprehensive overview of manufacturing engineering and technology, covering a wide range of topics from traditional to modern techniques. It valuable resource for students and practitioners in the field.

Metal Oxide Nanostructured Phosphors

Metal Oxide Nanostructured Phosphors

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Effort

2 to 6 hours per week for 8 weeks

Level

Introductory

Via

edX

Institution

Tsinghua University

Instructors

Shuangshou Li

Jianxin Yang

Bin Tang

Ping Du

Weiran Lin

Language

中文

Transcript

中文

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Enhances engineering literacy by providing a strong basis in manufacturing techniques

Suitable for students in mechanical engineering, materials science, and aerospace engineering who seek to deepen their knowledge in manufacturing processes

Introduces advanced manufacturing methods, including 3D printing and smart manufacturing

Taught by experienced instructors in the field of mechanical engineering

Emphasizes the development of engineering thinking and problem-solving skills

Provides hands-on training through practical assignments and projects

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