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Optimal Path of Student Engineering Practical Ability Training for Mechanical Engineering Profession-oriented Master's Degree Education

机译:机械工程专业硕士学位教育学生工程实用能力培养的最优路径

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The lack of engineering practical ability is the main disadvantage of graduates holding a research-oriented master's degree. To compensate for this disadvantage, the profession-oriented master's degree program started in 2011 at Jiamusi University. However, the current profession-oriented education of master's degree still has not met the industrial requirements due to the dependence of profession-oriented educational methods on the traditional research-oriented educational methods. In this research, Jiamusi University developed an optimization model for the training of mechanical engineering profession-oriented master's degree education. The necessity and characteristics of the training of full-time profession-oriented master's degree education were analyzed in this article. This model improved the effectiveness of training objectives, efficiency of curriculum arrangement system, diversification of practical teaching methods, construction of school-enterprise practice base, and tutor's practical engineering ability and accuracy of assessment methods. This model is helpful to enrich the relevant theories about profession-oriented master's degree education, better define the training objectives and methods of application, improve the training quality of profession-oriented master's degree education, and provide a possible future reference for the reform and practice of full-time profession-oriented master's degree education in universities.
机译:缺乏工程实践能力是毕业生持有的硕士硕士学位的主要缺点。为了弥补这一劣势,初级硕士学位课程在佳木斯大学始于​​2011年。然而,由于行业导向教育方法对传统的研究为导向的教育方法,目前的硕士学位教育仍未达到工业需求。在这项研究中,佳木斯大学为机械工程专业硕士学位教育开发了一种优化模型。本文分析了全日制职业硕士学位教育培训的必要性和特征。该模式提高了培训目标的有效性,课程安排系统的效率,实用教学方法的多样化,学校企业实践基础的建设,以及导师的实用工程能力和评估方法的准确性。该模型有助于丰富相关理论关于职业导向的硕士学位教育,更好地定义培训目标和应用方法,提高职业导向硕士学位教育的培训质量,并为改革和实践提供可能的未来参考大学全日制职业硕士学位教育。

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