武汉纺织大学数学与计算机学院物联网工程专业简介

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武汉纺织大学数学与计算机学院物联网工程专业简介正文

一、专业代码080905
I、　Major Code  080905
二、培养目标
本专业面向行业物联网发展战略需求，依托我校25个物联网相关专业的学科优势，突出物联网基础技术在行业领域交叉渗透的应用特点，培养能适应战略性新兴产业发展要求的、知识、能力、品格协调发展的高级工程技术人才。通过专业学习，学生能掌握数学和其他相关的自然科学基础知识、物联网中物互联与信息感知交互的基础理论方法、物联网的关键共性技术和在行业及跨行业领域物联网信息处理应用技术，具有坚实的物联网基础技术在行业领域或跨行业领域综合应用的能力和良好的外语运用能力，能胜任物联网技术的研发及物联网应用系统规划、分析、设计、部署、运行维护等工作的需要。
II、Cultivation Objectives
The speciality is oriented to the need of internet-of-things development strategy in industrial fields, dependent on the discipline advantages of 25-majors related to Internet of things in our university, to highline the application features the basic technologies of Internet-of-things intersect and infiltrate into industrial fields, to cultivate advanced talents of engineering technologies who adapt to the development needs of strategic emerging industries and achieve coordinated development of knowledge, ability, and character. By professional study, the students will be able to master mathematics, basic knowledge related to natural science, basic theory methods about things-to-tings networking and information-sensing exchange, internet-of-things-specific common technologies and application technologies, and to possess the powerful ability to use internet-of-things basic technologies in industrial fields or cross-industrial fields and to use foreign language, and will be able to be engaged in internet-of-things technology development and internet-of-things system’s plan, analysis, design, deployment and operation and maintenance.
三、基本要求及特色
1、基本要求
本专业学生主要学习物联网技术和计算机通信网方面的基础理论、组成原理和设计方法，受到物联网技术实践的基本训练，具备从事行业物联网的设计、开发、调试和工程应用的基本能力，具备较强的创新意识和从事物联网领域科学研究的基本能力。
         毕业生应获得以下几方面的知识和能力：
1) 知识要求：具有较宽广的专业知识面，较强的工作适应能力。具有扎实的自然科学基础、较好的人文社会科学基础和外语综合能力；系统地掌握物联网技术领域的基本理论知识，掌握本专业所需的相关学科的基本理论知识；掌握物联网感知与标识的基本理论与技术、物联网信息处理技术；掌握物联网体系结构、数据传输与安全技术
2) 能力要求：获取最新科学技术知识和信息的能力；熟练阅读英文专业科技文献、并运用英语沟通和交流的能力；运用物联网技术辅助物联网规划、设计、计算、控制的能力；了解相关的技术标准和行业应用需求，掌握物联网系统的硬件、软件设计和开发能力，具备在行业物联网系统及其应用方面进行综合研究、集成、开发、调试和管理的能力。
3) 素质要求：具备良好的思想道德修养、健康的心理素质和人文知识素养, 具有较强的自信心、进取心、事业心和社会责任感, 具备敬业精神、团队精神和创新精神
2、专业特色
本专业不涉及传感器技术、RFID技术和M2M执行器的一次开发，而是利用已有物联网基础技术提供的接口和实现的功能，结合各种标准协议的网络接口，从事行业物联网应用要求的设备集成、系统集成、网络集成、软件集成和应用集成，即突出物联网技术的使用和二次开发。
行业物联网应用很多，为突出我校物联网工程专业的特色，将行业物联网应用的两个典型应用：智能玩具（个性化）和工业过程控制（多方整体协作）作为专业的特色定位，前者以全国性智能小车大赛为契机激发学生物联网工程专业学习兴趣，后者结合我校特色学科交叉资源，纺织物联网工程研究中心的研究成果作为教学案例，提升学生物联网工程专业的专业特色优势和就业的核心竞争力。

Ⅲ、 Basic Requirement and Program Features
　1. Basic Requirement
The speciality is principally to study the basic theory , constitute principles and designing methods on internet-of-things technologies and computer communication network, receive the basic training on internet-of-things technology practice, to be provided with the basic ability to engage in design, development, testing, and engineering application, to have the more powerful consciousness of innovation, and to prepare for engaging in scientific research in internet-of-things fields.
The graduate should obtain the knowledge and ability in the following aspects:
1) Knowledge requirements: wider professional knowledge range , more powerful Ability to adapt work, the solid foundation of natural science, the basics about humanities and social sciences and foreign-language ability; basic theory knowledge of related disciplines this major needs, basic theory and technologies for internet-of-things sensing and identifying, for internet-of-things information processing; internet-of-things architecture, data transmission, and security technology.
2) capability requirement: to acquire latest knowledge and information about science and technology; to read English scientific and technical literature and to communicate and interact in English; to use internet-of-things technology for assisting internet-of-things plan, design, computation, and control; to learn the needs for related technology standards and industrial application, to master the ability to design and develop the hardware and software of internet-of-things systems, and to have the ability for integrated research, integration, development, testing, and management.
3) quality requirement: good in ideological and moral cultivation, healthy in psychological quality and humanistic knowledge accomplishment, powerful in self-confidence, enterprising spirit, entrepreneur spirit, social responsibility, professional dedication, team spirit, and creative spirit.
2. Program Features　
This program is not involved with the first development of sensor technology, RFID technology, and M2M actuator, uses the interface and its implemented function the existing internet-of-things basic technology provides, includes different networking interfaces with standard protocols, engage in device integration, system integration, network integration, software integration, and application integration required from industrial internet-of-things applications, ie., to highlight the use and second development of internet-of-things technologies.
There are so many industrial internet-of-things applications. To highlight the feature of internet-of-things engineering speciality in our university, professional feature positioning focuses on the two typical ones of industrial internet-of-things applications: Intelligent Toys (personalization) and industrial process control (multi-entity cooperation). The former is based on nation-wide smart car contest and inspires student interesting in study of internet-of-things engineering speciality; the latter is combined with inter-disciplinary resource based on special discipline, and takes research results of textile internet-of-things engineering research center as a teaching cases to promote the features and advantages and employment’s core competitiveness for students in internet-of-things engineering speciality.
四、专业准入课程标准
政治理论、高等数学、大学英语、计算机基础、程序设计语言
Ⅳ、 Professional access course standards
Political Theory, Advanced Mathematics, College English, Basic Knowledge of Computer，Programming Language
五、专业准出课程标准
物联网节点技术、物联网通信技术、物联网中间件技术和物联网工程设计与实施。
Ⅴ、Professional out course standards
       IOT-node technology, IOT-communication technologies, IOT-middleware technology and The IOT engineering design and implementation.
六、实践性教学环节
数字逻辑课程设计、数据结构课程设计、面向对象课程设计、计算机组成原理课程设计、物联网节点技术课程设计、物联网通信技术课程设计、物联网工程设计课程设计。
Ⅴ、Practical Teaching
Practice courses include speciality experiment courses and speciality practice courses such as Digital Logic, Data Structures, Object-oriented Programming, The Principle of Computer Constructions， Cognitive feedback technology, IOT communication technologies, The IOT engineering design and implementation, and etc.
七、毕业合格标准
本专业学生在校期间必须修满课程教学和实践教学160学分（其中：必修课100.5学分，专业选修课与创新学分32.5学分，实践性教学环节19学分，通识选修课8学分）和素质拓展10学分方能毕业。（其中创新学分与专业选修学分可以互换）
Ⅵ、Graduation Eligibility
Students of this speciality can only be qualified to graduation after the completion of 160 credits, among which 100.5 are compulsory, 32.5 are speciality elective and innovative credits, 19 are courses of practice, 8 elective credits of humanity quality and 10 credits of quality expansion. (Innovative credits and speciality elective credits are interconvertible.)
八、学制与学位
本科四年，授予工学学士学位。
Ⅶ、Length of Schooling and Degree
  　修业年限： 4年
　　Duration: 4 years
　　授予学位：工学学士学位
Degrees conferred: Bachelor of Engineering

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