Construction and Practice of an Intelligent Manufacturing Excellent Engineer Training Model Guided by Professional Abilities

Abstract

Abstract: With the rapid advancement of intelligent manufacturing technology and the continuous optimization and upgrading of manufacturing structure, the demand for outstanding engineers in the field of intelligent manufacturing has become increasingly prominent in society. Given the current issues in the training system for intelligent manufacturing engineers, such as narrow training paths, low integration of theory and practice, and insufficient stimulation of innovation potential, this article proposes a vocational competence oriented training model for outstanding intelligent manufacturing engineers. This model emphasizes market demand as the guide, closely connects with the development trends and technological changes in the field of intelligent manufacturing, and through in-depth research and analysis, clarifies the key professional abilities and quality requirements for outstanding engineers in intelligent manufacturing.

Key words: Professional competence, Intelligent manufacturing, Digital technology, Qualification certificate, Excellent engineer, Talent cultivation

CLC Number:

G642
TB-4

FENG Wei, YIN Limeng, ZHANG Long, ZHOU Yingluo, LUO Yao. Construction and Practice of an Intelligent Manufacturing Excellent Engineer Training Model Guided by Professional Abilities[J]. The Theory and Practice of Innovation and Enntrepreneurship, 2025, 8(18): 145-148.

References

[1] 孙权,刘娣,许有熊,等.多元化培养模式的智能制造专业课程架构研究[J].中国现代教育装备,2021(1):88-90.
[2] 张晓晴,邵百一,李东旭,等.高等教育数字化赋能卓越工程师培养[J].化工高等教育,2024,41(5):13-22,139.
[3] 江宇辉. 国家卓越工程师学院建设:思想方法、内在要求与现实方略[J].研究生教育研究,2024(5):19-25.
[4] 马会杰,郑燕萍,徐晓美,等.面向卓越工程师培养的智能车辆工程人才培养策略探讨[J].时代汽车,2024(17): 49-51.
[5] 舒敬荣,孙静,计勇,等.新工科和智能制造背景下传统机电类专业的智能化升级改造——以安徽新华学院为例[J].合肥学院学报(综合版),2019,36(5):113-118,129.
[6] 李国庆. 助力打造首都高水平人才高地智能制造卓越工程师培训活动在京举办[J].智能制造,2022(1):31-32.
[7] 马塔. 在制造业部门推行数字化转型:工业4.0与中国制造2025[D].北京:首都经济贸易大学,2021.
[8] 王艳,刘晓兰,郝亮,等.应用型本科高校焊接技术与工程专业实践教学同国际焊接工程师培训的结合[J].才智, 2023(8):85-88.
[9] 张蓓蓓,赵坚.新工科背景下机电类专业工程实践教学改革探究[J].中国电力教育,2023(7):60-61.
[10] 卜智翔,王辉虎,王立世,等.结合国际焊接工程师资格认证的高校焊接人才培养[J].成才,2022(5):71-72.
[11] 孙金声,王红岩,耿莉,等.石油特色卓越工程师“三优三强”选育模式的实践探索[J].北京石油管理干部学院学报,2024,31(5):22-27.
[12] 黄赵倾城,范雨溪,范惠明,等.国外工程师数字化能力框架对我国卓越工程师培养的启示[J].科教发展评论, 2024(0):13-26.
[13] 程佳芃,蒋珍妮,刘畅,等.“三培三建”助力高水平卓越工程师体系建设研究[J].工业和信息化教育,2024(9): 60-64.
[14] 阮树堂. “双师型”教师队伍建设的实然困境与推进策略[J].继续教育研究,2025(1):17-21.

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