物联网工程培养计划

物联网工程专业本科培养计划

Undergraduate Program for Specialty in Internet of Things

一、修业年限及授予学位名称

四年；工学学士

Ⅰ、Length of Schooling and Degree

Four years for the Bachelor of Engineering.

二、培养目标

“物联网工程”专业致力于培养建设物联网系统所需要的专业人员，特别是涉及相关网络

结构与通信协议、软件体系结构与中间件、计算平台、应用开发与服务的设计与开发工程技术

人员。本专业学生将在传感技术、网络通信、移动计算、计算机方面应具备扎实的理论基础和专

业知识；在计算机系统平台、海量信息与实时信息处理、应用系统开发与集成等方面有较强的

设计能力，并具备良好的技术创新与工程实践能力的高级专业技术。本专业毕业后，既可继续深造，攻读本专业或相近专业的硕士学位。亦可在学校、科研机构、企事业单位、政府机构等部门

从事物联网相关的教学、研究、产品开发、设计、维护、管理等工作。

Ⅱ、Educational Objectives

The specialty of the Internet of Things aims to train the professionals of building systems of Internet of Things, especially the engineers who are responsible for designing and developing the relative network structures and communication protocols, software architectures and middleware, computation platforms, applications and services. The students of this specialty will have strong theoretical base and professional technologies on the aspects of sensors, network communications, mobile computing and computers. They also have the strong ability of designing and integrating computer systems, real-time information processing and application systems. Also they will be good at innovation practicing. After graduation, students can make further studies for the master’s degree of this specialty or other related similar specialties. They can also be engaged in the related works of Internet of Things such as teaching, research, product development, design, maintenance, and management, etc in schools, scientific research institutions, enterprises, and governmental departments, etc.

三、培养规格及要求

本专业学生以学习计算机网络理论与技术、无线传感网技术、无线通信技术和大规模信息处理及分析技术为主，兼学微电子技术，嵌入式系统技术，同时加强数学和物理基础。在强调理论的同时，重点加强学生实际能力的培养和锻炼。

明确要求“物联网工程”专业学生在本科四年学习中应学习和掌握的知识和技能有：

1．系统地学习本专业的基本理论和方法；

2．了解本专业的发展动态；

3．具备计算机体系结构、硬件原理、网络技术等基础知识；

4．具备从事物联网系统工程设计和应用实施的能力；

5．系统地掌握计算机软件与技术的基本方法；

6．具备良好的心理、外语、身体、科学实践、社会知识等综合素质。

III、Skills Profile

Students majoring in this specialty will learn theories and technologies of computer networks, wireless sensor networks, wireless communication and large scale information process and analysis. Besides, they will also learn microelectronics, embedded systems with strong background of mathematics and physics. Students will not only master theories, but also get training from much hands-on experience.

In the four years program, students majoring in Internet of Things are expected to gain the knowledge and skills as follows:

1. Learning basic principle and methods of this specialty systematically;

2. Understanding development and trend of this specialty;

3. Mastering fundamental knowledge of computer architecture, hardware principle and network technology;

4. Ability in engineering design and application of Internet of Things;

5. Mastering the basic methods of computer software and technology systematically;

6. Comprehensive attainment in psychology, foreign language, health, scientific and society practice.

四、主干学科和主要课程

主干学科：计算机科学与技术

主要课程：程序设计基础、离散数学、数据结构、物联网通信技术、计算机网络、操作系统、嵌入式系统及应用、物联网体系结构、物联网控制原理与技术、RFID原理与应用、传感器

原理与应用、传感器网络原理及应用、物联网数据处理、物联网应用系统。

IV、Major Disciplines and Courses

Major Disciplines: Computer Science and Technology.

Main Courses: Fundamental of Programming, Discrete Mathematics, Data Structure, Communication of IoT, Computer Network, Operating System, Embedded System and Application, Architecture of IoT, Principles and Technologies of Control in IoT, Principles and Applications of RFID, Principles and Applications of Sensors, Principles and Applications of Sensor Networks, Data Processing of IoT, Application System of IoT.

五、研讨型课程

物联网数据处理、物联网应用系统

V、Seminar Courses

Data Processing of IoT, Application System of IoT.

六、使用双语教学的课程

数据结构、算法分析与设计、面向对象程序设计、计算机网络、JA V A程序设计

VI、Bilingual Courses

Data Structure, Algorithm Analysis and Design, Object-oriented Programming, Computer Network, Programming in Java.

七、课程体系的构成及学分、学时分配和最低毕业学分

课程类别学时/周数学分学分比例

必修通识教育基础848 53 学科大类基础176 11 专业主干576 36 集中实践环节28周17

选修

文化素质192 6 通识教育基础120 7.5

学科大类基础80 5 专业选修488 30.5 集中实践环节4周2最低毕业学分168