本科飞行器设计与工程培养方案#(精选.)

本科生培养方案专业名称中飞行器设计与工程Specialty英Flight Vehicle Design andEngineering专业代码081501Specialty Code 081501学院名称航天学院Section School of Aerospace培养方案制定人签字年月日Signature of Pogram Designe May,10,2007年月日院长签字May,10,2007 Signature of Dean 年月日May,10,2007校长签字年月日Signature of President May,10,2007西北工业大学Northwestern Polytechnical UniversityMay, 2007飞行器设计与工程专业本科培养方案Undergraduate Program for Specialty inFlight Vehicle Design and Engineering一、培养目标I. Educational Objectives本专业培养适应现代化建设需要的德、智、体全面发展，具有基础扎实、知识面宽、能力强、富有创新精神，面向航天、航空、民航技术等重要国民经济领域的高级工程技术人员和研究人员。

本专业毕业生能到航天、航空、兵器及其它国防单位从事飞行器设计工程，包括总体设计、结构设计、结构动力学、飞行力学、气动特性计算、航天器动力学与控制、系统仿真与计算机应用工作，以及国民经济中其它有关部门的设计与技术开发工作。

Flight Vehicle Design and Engineering is a four-year program. Undergraduates will have specialized courses from this unique specialty after they have completed the General Education Courses, Basic Technical Courses and Specialized Courses.Students shall develop balanced qualities among morals, intelligence and physical education and obtain basic qualification for being senior engineers in our college.The graduates will be capable doing a broad range of research activities, such as flight vehicle conceptual design, structure design, structure dynamics analysis, flight mechanics and dynamics, aerodynamic engineering calculation of flight vehicle, spacecraft dynamics and control, system simulation and computer application, automatic control engineering, and doing research and development works in other related field.二、培养要求II. Educational Requirements本专业学生主要学习结构力学/飞行力学、结构设计与飞行器总体设计、结构动力学/空气动力学、导弹和航天器动力学与控制方面的基础理论和专业知识，主要包括计算结构力学与结构动力学、结构设计、飞行器总体设计、导弹和航天器飞行力学、自动控制原理与现代控制理论、导弹和航天器控制等，并且具有较强的计算机应用和软件开发的能力。

毕业生应获得以下几方面的知识和能力：1. 具有扎实的自然科学基础知识，较好的人文、艺术和社会科学基础及正确运用本国语言文字的表达能力；2. 较系统地掌握本专业领域宽广的理论基础知识,主要包括计算机系列课程、理论力学、材料力学、电子技术基础、自动控制原理、市场经济及企业管理等基础知识；3. 具有本专业必需的制图、计算、实验、测试的能力，通过结构设计专业课程设计使学生初步达到飞行器零构件设计、计算等方面的能力；通过气动力工程计算专业课程设计使学生初步达到飞行器气动计算、设计与分析等方面的能力；通过飞行轨迹仿真课程设计使学生具备飞行轨迹设计与控制的能力。

同时具有较强的计算机和外语应用能力；4. 具有本专业领域内所学的专业知识，了解学科前沿及发展趋势；5. 具有较强的自学能力、创新意识和较高的综合素质。

本专业学生主要学习结构力学/飞行力学、结构设计与飞行器总体设计、结构动力学/空气动力学、导弹和航天器动力学与控制方面的基础理论和专业知识，主要包括计算结构力学与结构动力学、结构设计、飞行器总体设计、导弹和航天器飞行力学、自动控制原理与现代控制理论、导弹和航天器控制、等，并且具有较强的计算机应用和软件开发的能力。

Students in this specialty will learn the basic theoretic in structure mechanics and flight mechanics, calculating structure mechanics, structure design and conceptual design of flight vehicle, structure dynamics, flight dynamics and control of missile and spacecraft, the theory of automatic control, and spacecraft control and so on. They will also have better ability in using computer and programming.Graduates will gain the following knowledge and possess the following capacities:1．Having solid basis in natural science, preferable humanity, art and social science, and have preferable capacity of expression in using Chinese language.2．Having a systematic command of a wide range of basic theoretical knowledge in his specialty, namely the series of courses such as Computer Science Series, Academic Mechanics, Material Mechanics, Mechanics and Electronics, Automatic Control, Market Economy and Management.3．Having the necessary skills of charting, computation, experiment and testing. They will gain the basic skills of mechanical design and calculation for aircrafts and spacecraft through the Structure Design Project, aerodynamic design, calculation and analysis through the Aerodynamic Calculation Course Design, and flight trajectory design and control through Flight Trajectory Simulation Course Design. They will also gain skill of application in computer and English.4．Having a good command of specialized knowledge in a certain field within this specialty and be aware of the development trend and frontier of the consistent discipline.5．Having preferable capacity of self-teaching, awareness of innovation and higher overall qualification.三、学制与学位III、Length of Schooling and Degrees修业年限：四年Length of schooling: four years授予学位：工学学士Degrees conferred : Bachelor of Engineer四、学时与学分IV、Hours/Credits总学分：206.5Total Credits：课内教学学时/学分： 2788/172.5 占总学分的比例：83.5%Curriculum Class Hours/Credits：2788/172.5 Percentage in Total Credits：83.5%其中：Including：通识教育基础课学时/学分：1660/102 占总学分的比例：49.4%Class Hours/Credits of General Education：1660/102Percentage in Total Credits：49.4%专业基础课学时/学分：696/43.5 占总学分的比例：21.1%Class Hours/Credits of Basic Technical Courses：696/43.5 Percentage in Total Credits: 21%专业课学时/学分： 432/27 占总学分的比例：13%Class Hours/Credits of Specialized Courses：432/27 Percentage in Total Credits：13%集中性实践环节周数/学分：41W/34 占总学分的比例：16.5%Weeks/Credits of Major Practical Training：41W/34Percentage in Total Credits：16.5% 五、主干学科：V、Major Disciplines:1. 飞行器设计Flight vehicle Design主要方向：Main Contents飞行器总体及结构设计Flight Vehicle Conceptual and Structural Design飞行动力学与控制Flight Dynamics and Control飞行器系统工程与仿真Flight Vehicle System Engineering and Simulation空天飞行器系统与技术Aerospace Flight Vehicle System and Technology飞行器结构力学及结构动力学Flight Vehicle Structure Mechanics and Dynamics飞行器多学科设计优化Flight Vehicle Multidisciplinary Design Optimization2. 交通运输规划与管理Planning and Management for Traffic Transportation主要方向：Main Contents飞行动态特性与飞行品质Flight Dynamics and Flight Quality新航行系统Future Aviation Navigation System空间交通管理与控制Space Traffic Management and control六、主干课程：VI、Main CoursesMissile Conceptual Design导弹总体设计、Flight Vehicle Structural Mechanics 飞行器结构力学、Structural Design结构设计、Space V ehicle Conceptual Design空间飞行器总体设计、Structural Dynamics结构动力学、Aerodynamic Engineering Calculation of Flight Vehicle 飞行器气动力工程计算、Flight Trajectory of Missiles 导弹飞行轨迹、Analysis of Missile Dynamic Characteristics导弹动态特性分析、Spacecraft Flight Mechanics 航天器飞行力学、Spacecraft Attitude Dynamics and Control航天器姿态动力学与控制、Elements of Satellite Positioning卫星定位基础七、总周时分配八、课程设置及教学进程VIII、Course Settings and Teaching Process学院：航天学院专业：飞行器设计与工程School：College of Astronautics Specialty：Flight Vehicle Design and Engineering最新文件仅供参考已改成word文本。