核工程和核技术专业本科培养方案.PDF

核工程与核技术专业2011 级本科人才培养方案、辅修及第二专业培养计划 核工程与核技术专业本科培养方案 Undergraduate Program for Specialty in Nuclear Engineering Technology 一、修业年限及授予学位名称 Ⅰ、Length of Schooling and Degree 四年；工学学士 二、培养目标 Ⅱ、Educational Objectives 本专业培养德、智、体全面发展，知识、能力、素质协调发展，具有一定国际视野，能分析和 解决实际问题，适应社会需要，胜任 “核工程与核技术”领域反应堆工程方向的各项工作，具备核 电及热能工程设计、安全分析、控制与运行管理方面的知识，在核电工程及自动化具有一定专长， 能在核能发电厂、核电工程的科研设计单位、核安全管理等从事运行、设计、施工、管理、规划和 研究开发方面工作的核工程与核技术学科高级技术人才。 The specialty training moral, intellectual, physical, all-round development, knowledge, ability, quality and coordinated development, to analyze and solve practical problems and meet societys needs, and competence, nuclear engineering and technology in the field of work, with nuclear power and thermal engineering design, safety analysis, control and operation and management of knowledge, in nuclear power engineering and automation have a certain expertise in government departments, planning departments, economic management, nuclear power engineering research and design units, industrial and mining enterprises, large, secondary institutions, etc. involved in the planning, design, construction, management, education and research and development work in nuclear engineering and nuclear technology disciplines senior technical personnel. 三、培养规格及要求 III、Skills Profile and Minimum Credits 学生应掌握本专业所必需的高等数学、大学物理、工程力学、工程热力学、机械设计基础、电 路与电子技术、流动、传热、核辐射应用基础等课程的基本理论、基本知识，较好的计算机应用能 力；具备比较扎实地掌握核工程和核技术、工程热物理的基础理论、基本知识和技能，了解本学科 前沿及发展趋势，具有核物理过程及反应堆热工水力理论分析，数值计算和实验研究的初步能力； 掌握核电工程一、二回路的设计、运行及试验研究所需的专业知识和技能；并能胜任核电工程的系 统优化分析、运行管理和技术改造工作。具备核工程与核技术领域的科学研究、电厂运行、工程设 计和管理规划方面素质和能力。 Students should be required to master the profession of mathematics, physics, engineering mechanics, engineering thermodynamics, mechanical design based on circuit and electronics technology, heat and mass transfer, nuclear radiation appl