PDF《能源与环境系统工程专业培养方案（080504）》

1 能源与环境系统工程专业培养方案(080504) (Energy and Environment System Engineering 080504) (2010 版)

一、专业简介(Ⅰ、Major Introduction) 能源与环境系统工程是山东大学校级人才培养基地班,是多学科交叉的复合型专业.

该专业立 足能源,兼顾环境,培养具有能源转换理论和能源与环境系统工程理论,能源转换与有效利用及其 环境影响的分析能力,具有系统思维和较强的创新能力,较高的职业道德素质和文化素质的高级复 合型人才. Energy and Environment System Engineering is the base-class major for personnel training of Shandong University. This major is an interdisciplinary major which bases its education on the energy field, also takes the environment into account. It is committed to cultivating advanced engineering talents with inter-disciplinary knowledge in energy conversion, energy and environment system engineering, being capable of analyzing the efficient utilization of energy and the corresponding environmental impacts, possessing ability of systems thinking and innovative consciousness, as well as high level cultural quality and professional moral.

二、培养目标(Ⅱ、Academic Objectives) 本专业主要培养具有能源转换与有效利用和能源与环境系统工程理论, 掌握能源转换过程原理, 掌握能源与环境系统工程环境影响分析评价方法,具有系统思维和较强创新能力,较高道德素质和 文化素质的高级复合型人才,以满足社会对通过资源、能源优化利用解决环境问题的人才需求. This major are for students to master principle of energy conversion and efficient utilization, theory of the energy and environment system engineering;

to possess the ability for carrying out environmental impacts analysis and evaluation, integrated thinking and innovative consciousness, high level cultural quality and professional moral;

to be capable to meet the requirement of society for people who can solve environmental problems through the optimal utilization of resources and energy.

三、培养要求(Ⅲ、Academic Requirement) 本专业学生主要学习能源与环境系统工程的基本理论,学习新能源技术、能量转换与有效利用 及环境保护的理论与技术,接受现代工程师的基本训练,具备国际化视野,能够进行能源利用领域 环境相关的分析、设计、优化运行、研究创新与生产管理的综合能力. This major are for students to master the basic theory of the energy and environment system engineering, the technology of new types of energy, the theory and technology of energy conversion, energy effective use as well as environmental protection;

to receive the basic training as modern engineer;

to possess a international outlook, and the ability to carry out environmentally relevant analysis, design, optimal operation, research and management within the field of energy utilization.

四、学制与学位(Ⅳ、Length of Schooling and Degree) 学制:四年. 按计划要求完成学业者,授予工学学士学位. Length of Schooling:

4 years Students who complete all the required courses will be conferred the bachelor'

s degree.

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五、学时与学分(Ⅴ、Hours/Credits) 总学分:(Total Credits:)158 课程教学学时/学分:2168/140.5 占总学分的比例:89 % (Curriculum Class Hours/Credits:2168/140.5 Percentage in Total Credits:89 %)

六、专业主干课程(Ⅵ、Main Courses) 主要专业课程包括:热工流体类、能源与环境类、机械原理与设计类、控制理论、测试技术、 能源工业污染物排放与控制、换热器原理与设计、核电厂系统及设备、循环经济与清洁生产、工业 生态学、能源与环境管理等. The main courses includes thermal and fluid courses, energy and the environment courses, mechanical principle and design courses, control theory, testing technology, emission and control of pollutants in energy industry, heat exchanger sign, nuclear power plant systems and equipment, recycle economy and cleaner production, industrial ecology, energy and environment management, etc.