计算机科学与技术专业本科培养方案

1、计算机科学与技术专业本科培养方案（专业代码：080901）一、培养目标本专业培养适应计算机科学与技术发展需要，掌握计算机科学与技术领域的系统知识、专业技术和实践能力，毕业后能够从事计算机软、硬件系统级和应用级的科学研究、技术开发、教学和管理等工作的高素质工程技术人才。二、培养规格毕业生应获得以下几方面的知识和能力：1、具有扎实的数学和物理等自然科学理论知识，基本掌握汉语，能够较顺利阅读本专业的中文书刊、具有听、说、读、写、译的技能；2、掌握本专业所必需的计算机软硬件分析与设计、应用系统开发、网络与信息系统管理等基础理论知识，并具有一定的软件工程方面的科学知识。3、掌握计算机科学与技术相关领域的

2、专业知识与技能，并了解本专业学科前沿的趋势。4、具有较强的工作适应能力，具备一定的科学研究、技术开发和组织管理的实际工作能力，能够从事计算机系统设计、研发与制造、运行调度和管理能力。5、掌握文献检索和资料查询的基本方法，具有自我学习、自我提高和自我发展的能力。三、毕业要求及学时、学分分配分类学分学时备注必修理论1302368含实验上机学时752实验7144实践26毕业要求1、本专业学生需修满教学计划要求的163学分，并取得辅助培养计划要求的10学分以及通过HSK3级，方可毕业。2、符合条件，授予工学学士学位。四、课程设置、教学环节及进程第一学年第一学期课程编码课程名称学分学时讲授学时实验上机1

3、01001初级汉语口语2.03636101002初级汉语精读6.010810851010184高等数学4.07272101003初级听力2.0363656020101网站开发技术3.0545456010102计算机基础3.0541836101004初级读写2.036学期合计2239630690第二学期课程编码课程名称学分学时讲授学时实验上机202001中级汉语口语2.03636202002中级级汉语精读6.010810851010185高等数学4.0727256010104C+程序设计4.0723636202003中级听力2.03636202004中级阅读2.03636学期合计20388352

4、36 第二学年第一学期课程编码课程名称学分学时讲授学时实验上机303001高级阅读2.03636 303002高级汉语精读4.0727251010191概率论与数理统计 3.0545451010189线性代数 3.0545456010103数据结构与算法4.072541852000001大学物理（2-1）4.07272大学物理实验（2-1）1.0181856010104C+程序设计（2-2）3.0541836学期合计2443236072 第二学期课程编码课程名称学分学时讲授学时实验上机 304001中国概况（2-2）2.0363656010203数据库系统4.072541851010192离散

5、数学 4.0727252000001大学物理（2-2）4.07272大学物理实验（2-2）1.0181856010202JAVA程序设计6.01083672学期合计21378 270108第三学年第一学期课程编码课程名称学分学时讲授学时实验上机56010204计算机组成与结构3545452000006数字电路与逻辑设计3545456010205计算机网络35454计算机网络实验1363656010206操作系统472541656010207软件工程354361656010301Java EE开发技术47272学期合计21396252140第二学期课程编码课程名称学分学时讲授学时实验上机5601

6、0208网络信息安全4727256020303大数据应用开发4727256010312网络信息安全实验2363656010310网络路由实验2363656020201移动应用软件开发5909056020306SSH框架47272学期合计2137872306第四学年第一学期课程编码课程名称学分学时讲授学时实验上机56020305Java web开发实训4727256020302移动终端高级开发47272专业实习10学期合计18144144第二学期课程编码课程名称学分学时实验上机毕业论文（设计）16学期合计16Undergraduate Program of Computer Science an

7、d Technology (Major Code: 080901)I. Cultivation ObjectivesThe objectives of the Computer Science and Technology major are to prepare students with systematic knowledge, professional technology and practical skills in this area, to meet the requirements of the Computer Science and Technology and petr

8、oleum industry. The graduates, cultivated to be high-quality engineering talent, will be able to participate in scientific research, technology development, teaching or management in areas related to computer software or computer architecture from system to application level.IIRequirements Graduates

9、 should acquire the following knowledge and skills:1. Graduates should have a solid foundation in science such as math and physics, a basic Chinese level, being able to read Chinese journal in their major and basic skills in listening, speaking, reading, writing and translating. 2. Graduates should

10、grasp prerequisite knowledge on computer hardware and software analysis and design, application system development, networking and information system management as well as basic knowledge of petroleum and petrochemical engineering. 3. Graduates should gain professional knowledge and skills related t

11、o Computer Science and Technology and should be aware of state-of-the-art of in this area.4. Graduates should have strong ability to work and to adapt, abilities in real work such as scientific research, technology development and management as well as skills in computer system design, R&D, oper

12、ation and management in Computer Science and Technology. 5. Graduates should master basic methods of searching for literature, capable of self-learning, self-improvement and self-development. IIIGraduation Requirements and Allocation of Course Hours and CreditsClassificationCreditsHoursNoteRequired

13、CoursesTheory1302368Including 752 experiment hours Experiment7144Practical Training26Graduation Requirements1Students will graduate after they earn 163.0 credits required in the teaching program of their major, 10 credits required in the auxiliary teaching program and get HSK 3 certificate.2The bach

14、elors degree of engineering will be conferred to the qualified students.IV Course Configuration, Teaching Programme and Schedule The First Academic YearFall SemesterCodeCoursesCreditsClass HoursTeaching hoursExperiment TimeHands-on Time101001Primary Oral Chinese (2-1)2.03636101002Primary Intensive R

15、eading (2-1)6.010810851010184Advanced Math (2-1)4.07272101003Primary Listening 2.0363656020101Website Development Technology 3.0545456020101Computer Basis 3.0541836101004Primary Reading and Writing 2.036Total2239630690Spring SemesterCodeCoursesCreditsClass HoursTeaching hoursExperiment TimeHands-on

16、Time202001Intermediate Oral Chinese (2-2)2.03636202002Chinese Intensive Reading (2-2)6.010810851010185Advanced Math (2-2)4.0727256010104C Program Design (2-1)4.0723636202003Intermediate Listening 2.03636202004Intermediate Reading 2.03636Total 20388 35236The Second Academic YearFall SemesterCodeCours

17、esCreditsClass HoursTeaching hoursExperiment TimeHands-on Time303001Advanced Reading 2.03636303002Advanced Intensive Reading4.0727251010191Probability and Statistics 3.0545451010189Linear Algebra3.0545456010103Data Structures and Algorithms4.072541852000001Physics (2-1)4.07272Physics Experiment (2-1

18、)1.0181856010104Program Design（C+）(2-2)3.0541836Total2443236072Spring SemesterCodeCoursesCreditsClass HoursTeaching hoursExperiment TimeHands-on Time304001China Overview (2-2)2.0363656010203Database System 4.072541851010192Discrete Mathematics 4.0727252000001Physics (2-2)4.07272Physics Experiment(2-

19、2) 1.0181856010202Program Design（JAVA）6.01083672Total21378270108The Third Academic YearFall SemesterCodeCoursesCreditsClass HoursTeaching hoursExperiment TimeHands-on Time56010204Computer Organization and Architecture 3.0545452000006Digital Circuits and Logical Programming 3.0545456010205Computer Network 3.05454Computer Network Experiment 1.0363656010206Operating System 4.072541656010207Software Engineering 3.054361656010301Java EE Development Technique4.07272Total21396252140Spring SemesterCodeCoursesCreditsClass HoursTeaching hoursExperiment TimeHands-on Time56010208In