网络工程专业培养方案介绍

专业名称与代码:网络工程 080903

专业培养目标:培养具有良好综合素质和开拓创新能力,在计算机技术和网络通信领域获得工程师基本训练及具有综合知识的高级工程技术人才;学生主要学习计算机科学的基本理论和基本方法,计算机软件、硬件应用系统的开发技能,计算机网络与通信等理论和技术,物联网信息的获取、传输、处理及应用;毕业生可在交通、政务、安保、消防、电网、国防、物流、家电、环保等多个领域从事计算机网络、通信网络、物联网应用系统的设计、开发和管理等工作,也可继续深造攻读硕士、博士。

专业毕业要求

本专业以学习计算机科学技术为主,兼学通信技术,电子信息工程。以网络技术和信息获取与处理为重点专业方向。要求学生在网络工程理论基础和实际能力两个方面都得到培养及提高。学生毕业后可以从事网络工程、物联网工程等方面的研究、应用和管理工作。

1.掌握网络工程、物联网工程的基本理论、基本知识;掌握网络系统、物联网系统的分析和设计的基本方法;了解物联网工程领域的新产品、新技术、新标准以及技术发展趋势。

2.具有物联网应用系统设计的基本能力;具备运用适当的理论和实践方法解决物联网工程实际问题的能力,在网络产品、网络系统的集成设计、运行和维护及解决实际工程问题等方面得到系统化训练。

3.参与项目及工程管理,具有初步的项目和工程管理能力,具有较强的质量、环境、职业健康安全和法律意识。

4.掌握文献检索、资料查询的基本方法,具有获取信息和能初步从事研究工作的能力。具备良好的道德和较强的责任感。有效的沟通与交流能力和较强的获取知识、终身学习的能力。

毕业要求及实现途径

主干学科:计算机科学与技术、信息与通信工程、电子科学与技术。

核心课程:电工与电子技术、计算机网络、计算机网络管理、物联网技术与应用、物联网规划与设计、移动与无线传感网、嵌入式系统与接口技术、RFID原理与应用、地理信息系统、高级网络程序设计、物联网安全技术、高性能计算、网络存储技术、路由与交换、Unix/Linux环境高级编程等。

主要专业实验:电工与电子技术、计算机网络、计算机网络管理、物联网技术与应用、移动与无线传感网、嵌入式系统与接口技术、高级网络程序设计、物联网安全技术、高性能计算、网络存储技术、路由与交换、Unix/Linux环境高级编程。

主要实践性教学环节:包括C语言课程设计、数据结构课程设计、计算机网络课程设计、物联网技术与应用课程设计、物联网安全技术课程设计、计算机网络管理课程设计,物联网综合实习、毕业论文(设计)。

修业年限:四年。

授予学位:工学学士。

相近专业:通信工程、电子信息工程。

Program for Network Engineering

Specialty and Code:Network Engineering 080903

Education 0bjective:The program aims at nurturing the multifaceted development of students to enable them to have the good diverse quality and the ability of creativity,be trained basically in both computer technology and network communication,and become network engineering specialists with general-purpose knowledge.Students will study the basic theories and approaches of computer science,the development skill of software and hardware applications,theories and technologies of computer networks and communication,the technologies and the applications of Internet of things(IOT) information in terms of capturing,transferring and processing.Graduates are qualified to design,develop and manage in various fields of computer networks,communication networks,IOT application systems,etc,in various industries such as traffic,government,security protection,fire alarm,power grid,national defense,logistics,home appliances,environment protection and so on,and can also pursue further study for a Master Degree or Doctoral Degree.

Graduation Requirements

The students will learn computer technique mainly,communication technique and electronics and information engineering as well.Major mainly focuses on the technologies of both network and information capturing and processing.The students should enhance abilities at both basic theories and practice of network engineering.The graduates should be able to be engaged in research,applications and management of network and IOT engineering directly.

1.The basic technical knowledge,engineering methods and technical specifications about Internet of things must be achieved.And the ability to learn new products,new technology,new standards and technology trends in the field of Internet of things engineering is needed.

2.Students should have the ability of applying theoretical and practical methods to solve practical engineering problems about IOT.And the power of network design,operation and maintenance(or to solve practical engineering problems)should be systematically trained.

3.Students should be involved in the project management,and have the ability to manage a project with a strong sense of quality,environment,occupational health and legal awareness.

4.The ability to have an access to information by document retrieval,basic data querying is important.They should be with good morals and strong sense of responsibility.Effective communication skills and the ability of acquiring knowledge are also acquired as the most important skills.

Graduation Requirements and Ways to Achieve

Major Disciplines:Computer Science and Technology,Information and Communication Engineering,Electronics Science and Technology.

Main Courses:Computer Network,Computer Network Management,IOT Technology and Application,IOT Planning and Designing,Mobile and Wireless Sense Network,Embedded Systems and Interfacing Technology,RFID Theory and Application,Geographic Information System,Advanced Network Programming,IOT Security Technology,High Performance Computing,Network Storage Technology,Route and Switch,Unix/Linux Advanced Programming,etc.

Lab Experiments:Electrician and Electron Technology,Computer Network,Computer Network Management,IOT Technology and Application,Mobile and Wireless Sense Network,Embedded Systems and Interfacing Technology,Theory and application of RFID,Geographic Information System, Advanced Network Programming,IOT Security Technology,High Performance Computing;Network Storage Technology,Route and Switch,Unix/Linux Advanced Programming,etc.

Practical Work:C Language Course Projects,Data Structure Course Projects,Computer Network Course Projects,IOT Technology and Application Course Projects,IOT Securing Technology Practice,Computer Network Management Course Projects,IOT Comprehensive practice,Thesis,etc.

Duration:four years.

Degree Granted:Bachelor of Engineering.

Related Specialties:Communication Engineering,Electric and Information Engineering.

网络工程专业课程教学计划表

Course Descriptions of Network Engineering

注:通识教育选修课学分和创新创业自主学习学分未列入具体学期。

网络工程专业课程分类统计

Course Category Statistics of Network Engineering