软件工程专业培养方案2012范文.doc

软件工程专业培养方案一、专业名称与代码：软件工程（W）二、专业培养目标：本专业以软件企业人才需求为导向，适应企业需求为目标，以计算机、软件工程课程体系为核心，注重知识、能力、素质综合提高，培养具有良好素质、道德修养、扎实的软件理论和软件工程专业基础知识，具有良好的软件设计与实现能力以及懂得项目管理规范、具备良好的交流能力和创新精神的软件设计与开发的工程技术人才。 三、业务培养要求：系统掌握软件工程学科的基本理论和基础知识，掌握软件开发的基本技能、方法和相关知识，具有熟练使用多种主流软件工具解决实际问题的能力和控制软件质量的能力；了解并掌握一定的管理知识和行业规范，理解工程项目的组织与管理。掌握一门外语，具备良好的阅读、理解专业外语资料的能力和与国外同行进行交流和沟通的能力。 毕业生应获得以下几方面的知识、能力和素质：1、 具有良好的计算机软硬件基础；系统地掌握软件工程技术专业基本理论、基本知识和基本技能与方法、了解软件工程的应用研究、发展方向。2、 具有扎实的外语和数学基础，掌握一定的人文社科与自然科学基本理论与基础知识。3、 具有一定的计算思维能力、算法设计与分析能力、程序设计能力、计算机应用系统的认知、分析、设计和应用能力。理解软件需求分析、设计、开发、测试和维护等软件过程，熟悉软件过程管理的基本流程，掌握软件工程化开发的方法、技术和工具。4、 具有主动学习、概括总结和信息获取的能力；具有良好的文字和口头表达能力；具有较好的实际动手能力和创新思维能力。5、 有良好的思想道德素质、文化素质、心理素质和身体素质。四、主干学科：软件工程、计算机科学与技术五、主要课程：面向对象程序设计、计算机结构与组成、离散数学A、数据结构、数据库概论A、操作系统原理A、算法设计与分析、计算机网络、面向对象软件工程与UML、Java和.net软件开发、软件需求、软件体系结构与设计、计算机图形学A、实用数据库、软件项目管理、软件测试、软件过程与CMMI等。 六、主要实践性教学环节：计算机高级语言课程设计、面向对象程序设计课程设计、CPU设计与仿真课程设计、数据结构课程设计、计算机网络课程设计、软件开发技术课程设计、数据库课程设计、软件工程综合实习、软件企业工作性实践、毕业设计。七、学制：四年八、授予学位：工学学士九、相近专业：计算机科学与技术、信息工程Educational Programme of Software Engineering MajorMajor name and code: Software Engineering（W）Education goal: The students are cultured to have good personality，professional morality, founded knowledge of software theory and engineering. It will train the student to have the senior ability to design and implement the software system, the project management, and have the basic ability to communicate in group, and the ability to take part in the world competition and creativity. After graduating, the students can design and develop the computer software or manage software project.Professional requirement: Basically, students should systematically master the fundamental theory and knowledge of software engineering. And they be required to master the techniques, methods and related knowledge of software development. The students have basic ability to propose his problems and get information, analyze and then solve it independently. In the area of software engineering, the students should grasp the founded fundamental theory and have a strong ability of engineering project practice. They should have ability to use the engineering methods, technology and tools to do the software analysis, design , development and mountainous. They should also have a basic knowledge of the management and rules of the area and have ability to organize and manage the project, cooperate with others, technique creativity and market development. The students should know a foreign language, to have the ability to use the language to read and understand the professional papers and communicate with foreign specialists. Requirement to graduate:1. To master a foreign language and mathematics; to have some basic knowledge and theory of social and natural science.2. To master the basic knowledge and theory of software engineering; to have a basic knowledge of computer software and hardware.3. To master the software development process of requirement analyses, design, development and maintenance and have the ability to implement it. To master the engineering method, technology and tools of software development. To master the basic technology of software process and management.4. To have a basic knowledge of management and rules of the area.Main Subjects: Software Engineering, Computer Science and TechnologyMain Courses: Object-Oriented Programming, Computer Structure and Composing, Data Structure, Discrete Mathematics, An Introduction of Database A, Operating System, Algorithms Design and Analysis, Computer Networks, Object-Oriented Software Engineering & UML, Java & .net Software Development ,Software Requirements, Software Architecture and Design, Computer Graphics A, Practical Database , Software Project Management ,Software Testing, Software Process and Capability Maturity Model,etc.Main Designs and Practices: Course Design of Computer High-Level Language, Course Design of Object-Oriented Programming, Course Design of CPU Design and Simulation ,Course Design of Data Structure, Course Design for Computer Network , Course Design of Java（.net）, Course Design of Database, Comprehensive Practice for Software Engineering, Software Enterprises Practice ,Graduation Design (Thesis)Educational system: 4 years Degree: Bachelor of EngineeringRelated majors: Computer Science and Technology, Information Engineering软件工程专业本科教学计划表Undergraduate Course Descriptions of Software Engineering课程类别Courses Classified课程编号Code课程名称Courses Name学分Crs学时Hrs学时分类Hrs Sort学期学分分配Credit Allotment for Each Semester讲课lectures实验Exp.一1st二2nd三3rd四4th五5th六6th七7th八8th通 识 教 育 课 程Liberal Education Courses 必修Compulsory马克思主义基本原理Principles of Marxism348483毛泽东思想与中国特色社会主义理论体系概论Mao Tse-tung Thought and Introduction to the Theoretical System of Socialism with Chinese Characteristics464644中国近现代史纲要The Essentials of Modern Chinese History232322*0思想道德修养与法律基础MoralityEducation & Fundamentals of Law348481.51.5*0体育Physical Education696961.51.51.51.5*0大学英语College English121921922.52.53.53.5计算机高级语言程序设计（C）Computer High-level Language（C） 3.55640163.5信息导论Information Introduction 116161 军事理论Military Theory232322选修ElectiveTX35Z自然科学类Natural Science232TX35S社会科学类Social Science232TX35R人文艺术类Humanities & Arts232TX35J经济管理类Economy & Management232其他类Other Courses232小计Sum46.574456816128.579Disciplinary Fundamental Courses学科基础课*1高等数学AAdvanced Mathematics A12.52002005.57线性代数ALinear Algebra A3.556563.5面向对象程序设计BObject-Oriented Programming B34828203计算机结构与组成Computer Structure and Composing4.57260124.5自然地理与地质学Physical Geography and Geology 2.540402.5离散数学BDiscrete Mathematics B464644数据库概论AAn Introduction of Database A3.55644123.5数据结构Data Structure46448164操作系统原理AOperating System3.55644123.5概率论与数理统计AProbability and Statics A3.556563.5地理信息系统原理The Principles of Geographic Information System34828203算法设计与分析Algorithms Design and Analysis2.5403282.5小计Sum50800700100917159Main Specialized Courses专业主干课计算机网络Computer Networks4.57260124.5面向对象软件工程与UMLObject-Oriented Software Engineering & UML34828203Java和.net软件开发Java & .net Software Development 46444204软件需求Software Requirements 23220122软件体系结构与设计Software Architecture and Design34832163计算机图形学AComputer Graphics46444204Web软件开发Web Software Development23220122实用数据库(SQL Server, Oracle)Practical Database34828203软件项目管理Software Project Management2.540402.5软件测试Software Testing2.54028122.5软件过程与CMMISoftware Process and Capability Maturity Model Integration3.55636203.5小计Sum3454438016411.516.56专业选修课Specialized Elective Courses12192合计Total142.5228016482802125.52229.516.56Field Courses实践环节劳动教育Labor Education11周1军事训练Military Training22周2计算机高级语言课程设计（C）Course Design for Computer High-Level Language C21.5周2面向对象程序设计课程设计Course Design of Object-Oriented Programming21.5周2CPU设计与仿真课程设计Course Design of CPU Design and Simulation1.51周1.5自然地理与地质学实习Physical Geography and Geology Practice32周3数据结构课程设计ACourse Design for Data structure A 32周3计算机网络课程设计BCourse Design for Computer Network B1.51周1.5软件开发技术课程设计Course Design of Java（.net）32周3数据库课程设计Course Design for Database32周3软件工程综合实习Comprehensive Practice for Software Engineering64周6软件企业工作性实践Software Enterprises Practice2416周24毕业设计（论文）Graduation Design (Thesis)2416周24小计Sum7652周56.534.5362424Self-regulate Learning 自主学习ZZ09Y大学英语（自主学习）College English(Self-regulate Learning)3ZZ35S社会调查Social Investigation2其它(学科竞赛、发明创造、科研报告)Others(Contest, Invention Innovation & Research Presentation)3小计Sum8总计Total226.52280+52周16482802632253419.5122424Specialized Elective Courses专业选修课嵌入式软件开发Embedded Software Development2.54024162.5编译原理BCompiler Principle B3484083移动计算技术Mobile Computing Technology2.54028122.5人机交互技术Human-Computer Interaction Techniques2.54024162.5设计模式Design Patterns2.54028122.5人工智能BArtificial Intelligence B2.540402.5机器人与机器智能Robot and Machine Intelligence2.54028122.5物联网技术概论Introduction to Internet of Things232322野外生存体验Field Survival Experience232322云计算与软件服务Cloud Computing and SaaS2322482Linux软件开发Linux Software Development23216162信息系统与电子商务Information System and E-Business23216162基于多核的并行编程Parallel Programming in Multi-core Environment23216162手持设备软件开发Software Development on Handheld Devices23216162软件新技术专题Topics on New Technology in Software116161行业新技术专题Topics on New Technology in Business116161Specialized Elective Courses专业选修课（跨专业类）遥感图像处理Remote Sensing Image Processing2.54028122.5网络GISWeb GIS2.54028122.5城市网络模型与算法Urban Network Modeling and Algorithms23220122数字测图Digital Map Survey232322城市规划原理City Planning348483激光雷达技术Lidar Technology2322482全球定位系统原理及应用Principles and Applications of GPS2.5403282.5空间数据结构Spatial Data Structure2322482数字信号分析Digital Signal Processing2322482三维GIS3D GIS232322平面构成和色彩构成Plane and Color Design2.540402.5地图可视化Map Visualization232322数字城市Digital City23220122数字国土概论Digital Land Guidelines232322移动GISMobile GIS232322Linux内核设计Linux core design2.54024162.5多媒体信息系统Multimedia Information System2.5403282.5空间分析Spatial analyses232322统计模式识别Statistical approach of pattern recognition2.5403282.5影像库技术Image Database2322482注：通识教育选修课学分和自主学习学分未列入具体学期软件工程专业课程分类统计通识教育课程Liberal Education Courses学科基础课Disciplinary Fundamental Courses专业主干课Main Specialized Courses专业选修课Specialized Elective Courses实践环节Field Courses自主学习Self-regulate Learning学时总计TotalHour学分总计Total Credits必修选修学时/学分584/36.5160/10800/50544/34192/1252周/7682280+52周226.5学分所占比例20.5%22.1%15.0%5.3%33.6%3.5%100%