以校企合作促进录井学科与专业一体化发展
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摘要
长江大学自2010年在全国率先开办"录井技术与工程"专业本科教育以来,为扎实有效地推进录井学科建设步伐,不仅规划了录井学科平台建设内容和录井专业基础研究方向,而且针对录井学科的特点,提出了加强校企合作、探索"3+1"培养模式和"双导师制"等办学思路并在教学实践中付诸实施,特别是通过校企协同创新平台的建设,实现了从人才储备、基础理论研究、专业技术研发等方面促进和保证录井学科和专业与相近学科和专业的协调发展,迈出了录井学科建议至为关键的第一步。
Since Yangtze University first offered undergraduate education of " Logging Technology and Engineering" in China in2010,in order to effectively promote construction pace of mud logging discipline,the authors not only planned the platform construction content of mud logging discipline and the basic research of mud logging specialty,but also put forward the ideas of strengthening school-enterprise cooperation,exploring "3+ 1" training mode and dual-tutorial system for running the school in accordance with the characteristics of mud logging discipline,they were implemented in teaching practice.Particularly,the innovation platform construction of school in collaboration with enterprises promotes and ensures the coordinated development between mud logging discipline and specialty and similar discipline and specialty from the talent storage,fundamental theory research,professional and technical development and other aspects,thus taking a critical step for path discipline construction.
Since Yangtze University first offered undergraduate education of " Logging Technology and Engineering" in China in2010,in order to effectively promote construction pace of mud logging discipline,the authors not only planned the platform construction content of mud logging discipline and the basic research of mud logging specialty,but also put forward the ideas of strengthening school-enterprise cooperation,exploring "3+ 1" training mode and dual-tutorial system for running the school in accordance with the characteristics of mud logging discipline,they were implemented in teaching practice.Particularly,the innovation platform construction of school in collaboration with enterprises promotes and ensures the coordinated development between mud logging discipline and specialty and similar discipline and specialty from the talent storage,fundamental theory research,professional and technical development and other aspects,thus taking a critical step for path discipline construction.
引文
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[6]陈恭洋,胡勇,周艳丽,等.地震波阻抗约束下的储层地质建模方法与实践[J].地学前缘,2012,19(2):67-73.
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[8]蔡毅,王志章,周新源,等.综合录井地质分析平台[J].录井技术,2001,12(1):34-38.
[9]张燕娜,张娟娟,安雅丽.录井信息在油气钻探工程中的核心作用[J].电气传动自动化,2007,29(4):63-64.
[10]许磊,刘存忠.地质导向技术的应用方法[J].录井技术,1999,10(2):56-60.
[11]刘德伦,罗于海,李立,等.水平井一体化地质导向在四川油气田的应用[J].录井工程,2013,24(1):42-45.
[12]齐振勤,周风艳,姜萍,等.录井在水平井地质导向中的作用与应用实例[J].录井工程,2013,24(4):7-10,23.
[2]姜宇东.随钻地震技术综述[J].石油物探,2004,43(2):202-208.
[3]宿雪,葛洪魁,杨微,等.钻柱振动录井的研究现状及发展趋势[J].石油钻探技术,2009,37(5):15-19.
[4]陈恭洋.地层压力综合预测与监测方法及其应用[J].石油天然气学报,2008,30(6):290-292.
[5]陈恭洋.碎屑岩储层随机建模的基本理论与实践[J].江汉石油学院学报,2001,23(4):1-4.
[6]陈恭洋,胡勇,周艳丽,等.地震波阻抗约束下的储层地质建模方法与实践[J].地学前缘,2012,19(2):67-73.
[7]张绍槐.钻井录井信息与随钻测量信息的集成和发展[J].录井工程,2008,19(4):26-31.
[8]蔡毅,王志章,周新源,等.综合录井地质分析平台[J].录井技术,2001,12(1):34-38.
[9]张燕娜,张娟娟,安雅丽.录井信息在油气钻探工程中的核心作用[J].电气传动自动化,2007,29(4):63-64.
[10]许磊,刘存忠.地质导向技术的应用方法[J].录井技术,1999,10(2):56-60.
[11]刘德伦,罗于海,李立,等.水平井一体化地质导向在四川油气田的应用[J].录井工程,2013,24(1):42-45.
[12]齐振勤,周风艳,姜萍,等.录井在水平井地质导向中的作用与应用实例[J].录井工程,2013,24(4):7-10,23.
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