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高等工程教育:迎接学科交叉融合的挑战——从工业界诉求看我国高等工程教育改革的方向与策略 被引量:17

Higher Engineering Education,Ready for the Challenge of Multi-/Inter-Disciplinary:Reform of Higher Engineering Education from the View of Industry Needs
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摘要 2006年8月16日至20日,“国际多学科和交叉学科工程教育研讨会”在华东理工大学举行,会议的主题是“全球多学科和交叉学科工程教育”。本文将就此次会议的研讨内容说明工业界对高等工程教育的诉求,介绍相关国家的高等工程教育的改革策略,进而分析归纳面对多学科融合的高等工程教育必须关注的几个方面。 Symposium on Muhi-/Inter-Disciplinary Engineering Education(August 16-20, 2006) was held in East China University of Science and Technology. The theme of the symposium is Multi-/Inter-Disciplinary Engineering Education in the World. Delegates discussed experience, achievements and the case of universityindustry cooperation, including industry needs and cooperation experience, higher engineering education and the mode of training engineers, etc. This paper presents the industry needs and university strategies through case study, and then puts forward the suggestions to engineering education in China.
作者 马涛 何仁龙
出处 《复旦教育论坛》 2007年第2期65-69,共5页 Fudan Education Forum
关键词 高等工程教育 交叉学科 需求 模式 higher engineering education inter-disciplinary needs mode
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参考文献10

  • 1[1]Wolfgang Eickhoff.Engineering in China,presented at Symposium on Multi-/Inter-Disciplinary Engineering Education,August 16-20,2006.
  • 2[2][9]Richard Vanker.Technical Excellence:The Need for Consistency in Global Training and Experiential Learning,presented at Symposium on Multi-/Inter-Disciplinary Engineering Education,August 16-20,2006.
  • 3[3][4]Li Zhang.People development of Siemens Automation & Drives,presented at Symposium on Multi-/Inter-Disciplinary Engineering Education,August 16-20,2006.
  • 4[5]Roger Malkusson.Vehicle Engineering Expert Development Program,presented at Symposium on Multi-/Inter-Disciplinary Engineering Education,August 16-20,2006.
  • 5[7]Johannes Schmitz.Qualification of Engineers in the Chemical Industry-Plant Concepts and Design,presented at Symposium on Multi-/Inter-Disciplinary Engineering Education,August 16-20,2006.
  • 6[6]The Engineer of 2020:Visions of Engineering in the New Century,Washington DC:The National Academies Press,2004:53-57.
  • 7李正,李菊琪.国际高等工程教育改革发展趋势分析[J].高教探索,2005(2):30-32. 被引量:48
  • 8[7][8][12]Yu S.W.Total Engineering Education:The Way to Shape Our Future Leadership,presented at Symposium on Multi-/Inter-Disciplinary Engineering Education,August 16-20,2006.
  • 9[9]Jae Kyoo Lim.Combined Engineering Education of Industry-University-Institute-Government for New University for Regional Innovation,presented at Symposium on Multi-/Inter-Disciplinary Engineering Education,August 16-20,2006.
  • 10[10]Pieter Swinkels.Technical and human factors in chemical process design courses,presented at Symposium on Multi-/Inter-Disciplinary Engineering Education,August 16-20,2006.

二级参考文献5

  • 1.[EB/OL].http: //web.mit.edu/tll/forum/post.htm.,.
  • 2Hazelrigg·G·A.Rrthinking the Curriculum [J].ASEE PRISM, 1994 (12) .
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  • 5时铭显.面向21世纪的美国工程教育改革[J].中国大学教学,2002(10):38-40. 被引量:150

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