1、计算机科学与技术专业Specialty in Computer Science & Technology一、培养目标. Educational Objectives 培养德、智、体全面发展，具有计算机科学与计算机工程领域系统、扎实的理论基础，知识结构合理，具有创新能力和国际竞争力的高素质的科技人才。本专业的学生在信息的获取、传递、处理及应用等方面具有较宽广的专业知识、掌握现代计算机科学及工程中计算机硬件和计算机系统软件的基本原理、计算机应用技术，并具有较强的工程实践能力，具备设计、开发计算机硬件、计算机系统软件和应用软件的能力。要求本专业学生具有较强的英语语言能力、良好的人文素质和创新精神，并
2、在计算机科学、嵌入式系统、操作系统、自动控制、计算机网络、信息安全、软件工程、信息处理及其相关领域中的一个或两个方向具有特色。毕业生能在科研部门、教育单位、企业、事业、技术和行政管理部门等单位从事计算机教学、科学研究和应用的高级研究型及应用型人才。This program is designed to provide a thorough grounding in the theoretical principles and knowledge of information retrieval, transformation, processing and application. It re
3、mains committed to systematic education for high-level researchers and doers, who have the personality of innovation and the desire for international competition.Students shall be equipped with a professional education of principles and technology in the field of computer hardware & software. Moreov
4、er, the proficiency in engineering practice and the ability in development of hardware & software are required. Students with good command of English and personality of innovation shall be expert in one or two of the following fields: Computer Science, Embedded Systems, Operating System, Automatic C
5、ontrol, Computer Network, Information Security, Software Engineering, Information Processing and other related fields. Students can be prepared for any professional role they might choose-education, research & design, practice in research institutes, universities, industries, the professions and oth
6、er community groups.二、培养要求. Skills Profile 本专业毕业生主要应获得以下几方面的知识和能力：1.掌握扎实的数学、物理等自然科学和一定社会科学基础理论知识，具有较强的外语应用能力；2.掌握文献检索、资料查询的基本方法，具有获取信息的能力；3.较系统地掌握本专业所必需的高级语言、操作系统、计算机硬件、数据库、网络技术等基础理论和研究开发计算机软、硬件的基本技能；4.掌握必要的相关专业基础知识，包括网络工程、信息安全和软件工程等方面的基本知识；5.了解计算机科学与技术的发展动态和计算机的有关法规； 6.具有较好的人文社科知识和人文素质，以及较强的协调、组织能力
7、；7.具有较强的创新精神。Students are expected to gain:1. Sound grounding in both mathematics and physics, attainment in principles of social science, skills to use English;2. Ability in document searching, data querying and thesis writing;3. Skills to understand the principles and technology of program languag
8、e, Operating System, hardware, database and network;4. Principles of information science, electronics and computer science;5. Skills to understand the development and trend in the computer discipline;6. Attainment in humanities & art, cooperative and organizational skills;7. Sense of creation and in
9、novation.三、主干学科、主要课程与主要实践性教学环节. Major Disciplines, Main Course in Specialty, Main Internship and Practical Training 主干学科：计算机科学与技术。主要课程：计算机科学导论、程序设计与问题求解、数据结构与算法、操作系统、数据库系统原理、离散结构、计算机组成原理、计算机网络（双语教学）、计算机体系结构、算法设计与分析、Java程序设计（外文教材）、单片机原理与接口技术、编译原理、嵌入式系统等。 主要实践性教学环节：包括计算机基本操作实验、数据结构与算法课程设计、计算机组成原理课程设计、
10、操作系统课程设计、数据库系统原理课程设计、计算机网络课程设计、编译原理课程设计、嵌入式系统课程设计、生产实习、毕业设计等。一般要求实践教学环节不少于36.5周。主要专业实验：程序设计与问题求解实验、电路分析基础实验、模拟电子技术实验、数字逻辑实验、数据结构与算法实验、数据库系统原理实验、操作系统实验、Java程序设计实验、算法设计与分析实验、计算机组成原理实验、计算机网络实验、单片机原理与接口技术实验、数字信号处理实验、嵌入式系统实验等。Major Disciplines: Computer Science & TechnologyMain Course in Specialty: Intro
11、duction to Computer Science, Programming & Problem Solving(I-II), Data Structure & Algorithm, Operating System, Database System, Discrete Mathematics, Computer Organization, Computer Network（Bilingual）, Computer Architecture, Algorithmic Design & Analysis, Java Programming (Eng. Edi.), SCM Principle
12、 and Interface Technology, Compiling Principle, Embedded System, etc.Main Internship and Practical Training: Basic Computer Operation, Course Project of Data Structure & Algorithm, Course Project of Computer Principle, Course Project of Operating System, Course Project of Database System, Course Pro
13、ject of Computer Network, Course Project of Compiler Principles, Course Project of Embedded System, Productive Practice, Graduation Design, etc. The total weeks of internship and practical training shall not be less than 36.5.Main Experiments: Programming & Problem Solving, Essentials of Circuit Ana
14、lysis, Analogue Electronics, Digital Logic, Data Structure & Algorithm, Database System, Operating System, Java Programming, Algorithmic Design & Analysis, Computer Organization, Computer Network, SCM Principle and Interface Technology, Digital Signal Processing, Embedded System, etc.四、毕业合格标准. Gradu
15、ation Criterion 1.符合德育培养目标要求。 2.学生最低毕业总学分为199学分。包括:公共必修课、基础必修课、专业基础必修课、专业限选课、专业任选课、通识选修课、实践环节、课外教育学分等。3.符合大学生体育合格标准。1. Meet the needs of educational objectives.2. Minimum Total Credits( including: Public Compulsory Course, Foundational Compulsory Course, Specialized Compulsory Course, Limited Option
16、al Course, Free Optional Course, General Education Optional Course, Practical Section, Extracurricular Education, etc.): 199.3. Meet the needs of undergraduate physical criterion.五、标准修业期限和授予学位.Length of Schooling and Degree标准修业期限：四年授予学位：工学学士Duration: 4 yearsDegrees Conferred: Bachelor of Engineering
17、六、教学进程计划表（详见附表一）. Table of Teaching Schedule (See Attached List I)七、专业培养计划总学时、学分统计表（详见附表二）. Table of Total Hours and Credits Statistics (See Attached List II)八、本专业供辅修的核心课程（详见附表三）. Minor Course provide by this program (See Attached List III)附表一（Attached List I）计算机科学与技术专业教学进程计划表（必修部分）Table of Teaching
18、 Schedule for Computer Science & Technology (Required)课程类别Course Classified主要课程Main Cou-rses课 程代 码Course Code课 程 名 称Course Name学 时 分 配Hours Distribution学分数Credits各 学 期 学 时 分 配Hours Distribution in Each Semester应修学分RequiredCredits总计Total讲授Tuit.实验Exp.课程实践Cur.Pract-ce上机Operation一1st二2nd三3rd四4th五5th六6th
19、七7th八8th课内Class课外Extra-Cur.公共必修课Pub-lic Com-puls-ory Cou-rseBG9001思想道德修养与法律基础Morals & Ethics & Fundamentals of Law4840834840.5BG9002 马克思主义基本原理Basic Theory of Marxism48408348BG9004中国近现代史纲要Survey of Modern Chinese History3232232BG9005形势与政策Current Affairs and Policy880.58BG9006就业指导 Careers Guidance2424
20、1.524BG9008毛泽东思想与中国特色社会主义理论体系概论General Introduction to Mao Zedong Thought and Socialist Theory with Chinese Characteristics8872165.588BG6301-04 大学英语College English （）2562561664*64*64*64*BG7113-16 体育Physical Education ()128128832323232BG9009职业生涯与发展规划Career Planning & Development1616116公共必修课小计Subtotal
21、 for Public Compulsory Course6486163240.5基础必修课Foun-dationalCom-puls-ory Cou-rseBJ3515计算机科学导论Introduction to Computer Science4032882.54030.5BJ70011 线性代数ALinear Algebra (A)4848348BJ3511-12程序设计与问题求解Programming&Problem Solving 112803232756*56*BJ70441-51高等数学AIAIIAdvanced Maths AIAII1761761188*88*BJ70582大
22、学物理BPhysics (B)644816464BJ7165 概率论及数理统计Probability and Mathematics Statistic4848348基础必修课小计Subtotal for Foundational Compulsory Course48843216404030.5专业基础必修课Spe-ciali-zed com- puls-ory cour-seBT00072电路分析基础BEssentials of Circuit Analysis B5646103.556/50.5BT00082模拟电子技术BAnalogue Electronics （B）564883.5/
23、56BT3709离散数学Discrete Mathematics72724.572*BT3522数字逻辑Digital Logic4848348/BT3114汇编语言程序设计Assembly Language Programming564412123.5/56BT3708数据结构与算法Data Structure & Algorithm80641616580*BT3520数据库系统原理Database System5648883.556BT3521计算机组成原理Computer Organization7260124.572*BT3604算法设计与分析Algorithmic Design &
24、Analysis4032882.540BT3523操作系统Operating System64481616464*BT3524_2计算机网络（双语教学）Computer Network（Bilingual）64481616464BT3120计算机体系结构Computer Architecture4848348BT3529编译原理Compiling Principle56563.556*BT3908软件工程Software Engineering40402.540专业基础必修课小计Subtotal for Specialized Compulsory Course80870230767650.5
25、必修课合计Total for Compulsory Course194417504632116116121.535240041636824014424121.5注：表中有的课程为主要课程，学时带*的为考试课程，学时带（）的为课外学时。“X/”为上半学期开课，“/X”为下半学期开课。主管校长：古天龙 教务处长：景新幸 学院领导：黄廷磊 计算机科学与技术专业教学进程计划表（选修部分）Table of Teaching Schedule for Computer Science & Technology (Elective)课程类别Course Classified专业方向ma-jor fiel-d
26、课 程代 码Course Code课 程 名 称Course Name学 时 分 配学分数Credi-ts各 学 期 学 时 分 配应修学分RequiredCredits总计To-tal讲授Tui-tion实验Exp.课程实践Cur.Pract-ce上机一1st二2nd三3rd四4th五5th六6th七7th八8th课内Class课外Extra-Cur.专业限选课Lim-ited Optional Cou-rses公选课Pu-blic Co-urseXZ3600_1Java程序设计(外文教材)Java Programming (Eng. Edi.)4832161634815XZ3528形式语言与自动机理论Formal language and Automata theory40402.540XZ3538计算机图形学Computer Graphics484088348XZ3146人工智能Artificial Intelligence3232232软件技术方向So-ftw-are Fi-eld软件需求分析与建模Software Requirement Analysis & Modeling483216163
