Analysis and Countermeasures of Automation Specialty Construction in Our University Under the Background of Engineering Education Professional Certification

Jialin Wang, Sheng Yan
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引用次数: 1

Abstract

Engineering education professional certification is an internationally accepted quality assurance system for engineering education. Its core is to ensure that engineering graduates meet the established quality standards recognized by the industry. It is a qualification evaluation standard oriented by training objectives and graduation export requirements. Engineering education professional certification has become a new wind vane for Chinese universities. There are many similarities and distinctive features between automation major of our university and that of local universities. At present, there is no research on the comparison between the accreditation evaluation standard of automation engineering education specialty and the construction status of Automation Specialty in our university. This paper studies the accreditation evaluation standards and requirements of automation engineering education specialty, and conducts in-depth comparative analysis and research with the existing training objectives and curriculum system setting, teacher team configuration, engineering ability training and practice of students, graduation design, etc., and puts forward the strategies and methods to solve the construction problems of Automation Specialty, so as to promote the education and teaching reform of Automation Specialty in our university. It provides the basis for strengthening engineering practice education, further strengthening the relationship between the training of students and the post, and improving the adaptability of students.
工程教育专业认证背景下我校自动化专业建设的分析与对策
工程教育专业认证是国际公认的工程教育质量保证体系。其核心是确保工程毕业生达到行业公认的既定质量标准。是一项以培养目标和毕业出口要求为导向的资格评价标准。工程教育专业认证已成为我国高校新的风向标。我校自动化专业与地方高校自动化专业有许多相似之处,也有各自的特点。目前,没有对我校自动化工程教育专业资质评定标准与自动化专业建设现状进行比较研究。本文对自动化工程教育专业的认证评价标准和要求进行了研究,并与现有的培养目标和课程体系设置、教师队伍配置、学生工程能力培养与实践、毕业设计等方面进行了深入的对比分析和研究,提出了解决自动化专业建设问题的策略和方法。从而推动我校自动化专业的教育教学改革。为加强工程实践教育,进一步加强学生的培养与岗位的关系,提高学生的适应能力提供了依据。
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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