Coursework on engineering graphics as the first design experience

Tat'yana Markova, Andrey Bochkov, M. Kokorin, T. Nikitina
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Abstract

One of the priorities for higher education and the country as a whole today is serious engineering education. Geometric and graphic disciplines are the first ones directly related to the specialty in the curricula of any technical field of training. The extent of this stage cannot be underestimated: they carry out the required program work, students study the rules and modern means of developing design documents, and receive basic knowledge to continue mastering specialized courses. However, simply knowing the standards or being able to work with computer-aided design tools to solve engineering problems is not enough. A design engineer is a creator, an inventor. This means that one of the main tasks of teachers is to form a systematic technical, design thinking based on developed spatial imagination, the ability to think comprehensively, logically and creatively, and manifested in the ability to take specific actions to solve emerging problems and tasks, make decisions to achieve a specific result in the form of a technical product, a finished design based on the selected technology. This article explores the possibilities of including design elements in educational tasks at the initial stage of training students of mechanical engineering specialties. A description of the course work carried out in the third semester as part of the engineering graphics course at Peter the Great St. Petersburg Polytechnic University is presented. According to the assignment, students develop design documentation for the product according to the diagram, description of the operating principle of the device and drawings of the main parts, make, if necessary, changes to the design to increase the manufacturability of parts and assembly and improve the technical and consumer properties of the product, and one of the parts, as directed teacher, is replaced by a welded assembly unit. The article sets the goals and objectives of the work, describes the stages of implementation and the role of the teacher, and also developed a training manual to ensure independent work of students. An assessment was made of the first experience of using the technique. Conclusions and recommendations are presented.
将工程制图课程作为首次设计经历
当今高等教育和整个国家的优先事项之一是严肃的工程教育。在任何技术领域的培训课程中,几何和制图学科都是与专业直接相关的第一门学科。这一阶段的重要性不可低估:他们要完成规定的计划工作,学生要学习制定设计文件的规则和现代手段,并接受继续掌握专业课程的基础知识。 然而,仅仅了解标准或能够使用计算机辅助设计工具解决工程问题是不够的。设计工程师是创造者、发明家。这就意味着,教师的主要任务之一是形成系统的技术、设计思维,其基础是发达的空间想象力,综合、逻辑和创造性思维能力,并表现为采取具体行动解决新出现的问题和任务的能力,做出决策以实现技术产品形式的具体结果,即基于所选技术的成品设计。 本文探讨了在培养机械工程专业学生的初始阶段将设计元素纳入教学任务的可能性。本文介绍了彼得大帝圣彼得堡理工大学工程制图课程第三学期开展的课程作业。 根据作业要求,学生根据示意图、设备工作原理说明和主要部件图纸编制产品设计文件,必要时对设计进行修改,以提高部件和装配的可制造性,改善产品的技术和消费性能,并根据教师的指导,将其中一个部件替换为焊接装配单元。 文章设定了工作的目的和目标,描述了实施阶段和教师的作用,还编写了培训手册,以确保学生独立工作。对首次使用该技术的经验进行了评估。文章提出了结论和建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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