物联网工程专业本科生培养方案

1、物联网工程专业培养方案（S）Internet of Things Engineering Training Plan（S）（第五稿）一、专业简介（、Major Introduction） 物联网工程专业是根据国家教育部颁布的教育部关于公布同意设置的高等学校战略性新兴产业相关本科新专业名单的通知（教高20107号文件）的规定和国家战略性新兴产业的需求于2010年7月设立的高等院校工科专业。本专业结合了电子科学与技术、电子信息工程、通信工程、计算机科学与技术和软件工程等专业的特点。本专业所设立课程包含了电子、通信与计算机软件的主要核心课程以及物联网工程专业的专业课程，不仅能够满足物联网工程专业所有

2、专业技能要求，也能满足电子、通信与计算机软件这三个专业的基本要求。本专业所培养学生知识范围广，适应面宽，符合国家交叉性、复合型人才培养的需要。The Internet of Things Engineering major is established in July 2010 in accordance with the requirement of the government documentA notification for the new college majors list which related to the national strategic emerging ind

3、ustries promulgated by the Ministry of Education of China(High Education 2010 No.7) and the development of national strategic emerging industries. This major is a combination of the Electronic Science and Technology, the Electronic and Information Engineering, the Communication Engineering major and

4、 the Software Engineering. The established courses for this major includes most major core courses of Electronics, Communications and Computer Software programs and major courses of Internet of Things Engineering. It can not only meet all the professional skills of this major, but also meet the basi

5、c major requirements of Electronics, Communications and Computer Software. The students fostered by this major have a range of professional knowledge, wide adaptation, and meet the training needs of national cross and complex talent. 二、培养目标（、Academic Objectives）本专业以物联网工程专业人才培养为目标，培养具有坚实的数理基础，受到良好的科学

6、思维、科学实验和初步科学研究的训练，系统掌握物联网工程专业的基础理论与基本技能，熟悉现代电子技术、现代通信技术、计算机及软件工程技术，能适应物联网专业的飞速发展, 具有良好的知识结构和适应能力，能在电子信息、通信、计算机应用与软件开发等相关领域从事设计、制造、研发、应用、服务与技术管理等工作的高级理论和技术人才。The educational objective of this major is to train technical professionals in the Internet of Things Engineering field with the capabilities a

7、s follows: solid mathematical basis; perfect scientific thinking, experiments and research skills; comprehensive fundamental professional theories in Internet of Things Engineering; and familiar with the electronics technology, the modern communications technology and the computer and software engin

8、eering technology. The graduates from this major can adapt to the rapid development of electronics and information technology. They have prefect knowledge structure and strong adaptability for a variety of related work. They will be able to engage in the electronics, communication, computer applicat

9、ion and software design industry as a R&D, manufacturing or managing professionals.三、培养要求（、Academic Requirement）掌握物联网工程领域基础理论和传感节点、RFID阅读器与标签、数据处理软件与应用软件的设计原理和设计方法，具有创新意识和解决实际问题的能力，较好的科学素养、较强的社会责任感和良好的职业道德，较高的外语水平和文献检索能力，一定的组织管理和较强的表达能力。 Graduates in this major should master the basic theory of Inte

10、rnet of Things Engineering, master the design principles and design methods of Sensor node, RFID readers and tags, master the design method of data processing and application software, have innovative consciousness and abilities to solve practical problems, have better scientific literacy, stronger

11、sense of social responsibility and better professional ethics, have high level abilities of foreign languages and literature index, have certain organizing or management abilities and strong expression abilities.四、学制与学位（、Length of Schooling and Degree）学制 四年。按计划要求完成学业者，授予 工学 学士学位。Length of Schooling：

12、Four years. The students who complete the requirements of the educational plan will be awarded Bachelor degree of Engineering.五、学时与学分(、Hours/Credits)总学分：165 (Total Credits：165)课程教学学时/学分： 2048/128占总学分的比例：77.6(Curriculum Class Hours/Credits： 2048/128Percentage in Total Credits：77.6%)六、专业主干课程(、Main Cou

13、rses)除数学、物理、英语等公共基础课程外，还要学习电路理论、低频电路、高频电路、数字电路、信号系统与数字信号处理、数据结构、计算机组成原理、数据通信与计算机网络、通信原理、通信系统概论、单片机原理与应用、操作系统、数据库系统、自动控制原理、物联网工程导论、传感器原理与应用、无线传感网络、RFID技术与应用、物联网数据处理、高级编程技术（Java）等主要课程和实验技术。Besides the common courses of the university such as Mathematics, Physics and English, this program offers our st

14、udents a wide range of academic courses such as Electric Circuit, Analog Electronic Technology, Digital Electronic Technology, High Frequency Electronic Circuits, Signals and Systems, Digital Signal Processing, Data Structure, Principles of Computer Composition, Communication Principles, Computer Ne

15、twork, Introduction to Communication Systems, Principles and Applications of Micro Controller Unit, Operating System, Database System, Introduction to Internet of Things Engineer, Principle and Application of Sensors, Wireless Sensor Networks, RFID Tech and Applications, Data Processing for IOT and

16、Advanced Programming (Java), and related experimental technology.七、主要专业实验和实习安排（、Main Laboratory and Practice）（1）单独设课的实验课程：计算机技术基础(C语言)实验（1学分，32学时）、数字电子技术实验（1学分，32学时）、模拟电子技术实验（1学分，32学时）、单片机原理与应用实验（1学分，32学时）。共计有4门课，4学分，128学时。（2）课程设计：电子线路课程设计（2学分，2周）、计算机组成原理课程设计（2学分，2周）。（3）实习实训：工程训练（1学分，1周）、金工实习（2学分，2周

17、）、毕业论文(设计) （12学分，12周）、综合性系统设计（4学分，4周）、创新性系统设计（4学分，4周）（4）讲座：专业前沿讲座（1学分，32学时）、物联网工程专业导论（1学分，32学时）。本专业所安排实践环节必修课共计30个学分，64个学时+39周。(1) Lab Experiments: Experiments for the Foundation of Computer Technologies（C Programming Language） (1 Credits, 32 Hours), Experiments for Digital Electronic Technologies(1

18、 Credits, 32 Hours), Experiments for Analog Electronic Technologies(1 Credits, 32 Hours), Experiments for Principles and Applications of Micro Controller Unit(1 Credits, 32 Hours). There are 4 classes, 4 credits, and 128 class hours in all.(2) Course Projects: Course Projects of Electronic System (2

19、 Credits, 2 Weeks), Course Projects of Principle of Computer Organization (2 Credits, 2 Weeks). (3) Practice Training: Metalworking Practice (2 Credits, 2 Weeks), Engineering Training (1 Credits, 1 Weeks), Senior Thesis(12 Credits, 12 Weeks), Comprehensive System Design(4 Credits, 4 Weeks), Innovati

20、ve System Design(4 Credits, 4 Weeks). (4) Lectures: Advanced Lectures (1 Credits, 32 Hours), Introduction to Internet of Things Engineering Major (1 Credits, 32 Hours). The Practical Classes arranged by this major has 29 credits, 64 hours+32 weeks in total.八、专业优势及特色(、Major Predominance and character

21、istics)本专业的专业优势及特色：（1）本专业符合国家和地方新兴战略性产业的发展需求，就业前景好。（2）本专业设有电子信息与计算机等相关的主要核心课程，学生知识面宽，适应面广。（3）本专业除了设置了必须的专业基础课之外，还设置了三个模块方向的专业课和一个任选模块专业课。模块选修课的设置可以使学生任选某一个或多个专业方向继续强化自己的物联网知识体系和专项技术能力。（4）本专业大部分专业基础课程和专业课程都设置了配套的实验学分，尽可能的避免纯粹的理论教学，使学生具有更多的实验机会。（5）本专业除了正常的课程实验以外，还专门设置了达29个学分，累计64学时加32周的实践环节，保证学生有充分的实践

22、训练，有较强的工程实践能力。其中有4个学分的综合系统设计与4个学分的创新系统设计学生可以选择在企业完成，毕业设计也可以结合企业的实际课题进行，4年本科有1年以上的企业实践经验，保证学生与企业需求的无缝接轨。（6）本专业学生本科毕业后可继续攻读通信与信息系统、计算机科学与技术等专业的硕士和博士学位研究生，也可在政府管理机构、科研单位、电子设备制造企业、电信运营商、计算机应用与服务企业、计算机软件开发等企事业单位就业。Predominance and characteristics of the major:(1)The major meets the development needs of n

23、ational and local emerging strategic industries, and has better job prospects.(2)This major sets up with the major core courses of computers and other electronic information, students has wide knowledge, wide adaptation.(3)In addition of major basic courses, there are 4 modular directional elective

24、courses groups and one optional module elective courses group. The modular elective course makes students to choose one ormoreprofessionaldirection to continue strengthening their knowledge hierarchy of the Internet of Things and specialtechnical skills.(4)Most major foundation courses and major cou

25、rses both set the matching experimental credits, as far as possible to avoid pure theory teaching, making the students have more experimental opportunities.(5)The major not only setting the normal course experiments, but also specifically setting up 29 credits, accumulative total 64 hours and the pr

26、actice section for 32 weeks. This can ensure that students have plenty of practice training and strong engineering practice ability. Students can choose to complete the 4 credits Comprehensive System Design and 4 credits Innovative System Design in enterprise, Senior Thesis can be also combined ente

27、rprises actual issues. There are more than one year real practice experience during the 4 years undergraduate course, this can ensure the seamless integration between students and enterprise.(6)Aftergraduation, the students of this major can continuestudying in Communication and Information Systems,

28、 Computer Science and Technologyand other professionalmasters and doctoral degrees, but also obtaining employment ingovernmentagencies,research institutes, electronic equipmentmanufacturers, telecom operators, computerapplications and services business,computer software developmentand otherenterpris

29、es and public institutions.九、各类课程学时学分比例（、The proportion of credit hours of courses）课程类别学分学时占总学分百分比必修课通识教育必修课程128.5302051+30周73977.9%18.2%学科基础平台课程3764022.4%专业基础课程32.560819.7%实践环节2964+30周17.6%选修课通识教育核心课程36.51065616022.1%6.1%通识教育选修课程6963.6%专业选修课程20.540012.4%毕业要求总合计1652707+30周100%我们的限选课Class categoriesC

30、reditsClass hoursPercentage(Credits) CompulsoryGeneral education compulsory classes128.5302051+30周73977.9%18.2%Subject basic classes3764022.4%Major basic classes32.560819.7%Practical classes2964+30周17.6%SelectiveGeneral education core classes36.51065616022.1 %6.1%General education selective classes6

31、963.6%Major selective classes20.540012.4%Total requirement1652707+30周 100%十、教学进程、学时学分总体安排（见下表）（、Curriculum, hours and credits）物联网工程专业课程设置及学时分配表总表类别性质课程号Course No.课 程 名 称Course Name学分数总学时总学时分配按 学 期 周 学 时 分 配备 注Notes授课实验上机一学期二学期三学期四学期五学期六学期七学期八学期通识教育必修课程必修课程中国化的马克思主义Chinese Marxism358483课外10道德与法律Moral

32、s and Law358483课外10马克思主义原理Basic Principles of Marxism358483课外10中国近现代史纲要Brief of Chinas Modern History1.529241.5课外5大学英语读写译(二级起点1-3)College English(1-3)614496222自主学习48大学英语视听说(二级起点1-3)College English(1-3)39696+2+2+2体育(1-4)Physical Educational (1-4)41281282222C语言Foundation of Computer Technologies364323

33、22+2军事理论Military Theory232322形势政策与社会实践(1-6)Trend, Policy and Social Practice(1-6)1.57224111111课外48小 计Subtotal3073948096328.5+410+25+261400课外131通识教育核心课程选修课程课组号国学修养类Traditional Chinese Culture Group232322必选 课组号创新创业类Innovation and Entrepreneurship Education Group232322课组号人文学科类Humanities Group232322必选4学

34、分共选6学分课组号社会科学类Social Sciences Group232322课组号艺术审美类Art Aesthetic 232322课组号自然科学类Science Group(2)3232(2)小计Subtotal12选10192选192选00224选40000通识教育选修课程通识教育选修课General Education Selective696960000022200小计Subtotal696960000022200小计Subtotal48选461027选768选963210.5+412+29+2选123600课外131学科基础平台课程必修课程高等数学(1-2)Advanced M

35、athematics(1-2)1016016055*线性代数Linear Algebra348483*概率统计Probability and Statistics232322离散数学Discrete Mathematics348483*数学物理方法Methods of Mathematical Physics348483电路Electric Circuit3.56448163+1模拟电子技术Analog Electronic Technology348483模拟电子技术实验Experiments for Analog Electronic Technologies13232+2数字电子技术Di

36、gital Electronic Technology348483数字电子技术实验Experiments for Digital Electronic Technologies13232+2数据结构Data Structure2.54832162+1计算机组成原理Principle of Computer Organization2323202小计Subtotal37640544801611107+26+40000专业基础课程大学物理IV(1)University Physics IV (1)3.56448163+1大学物理IV(2)University Physics IV (2)2.548

37、32162+1高频电子线路High Frequency Electronic Circuit3.56448163+1信号与系统Signal and System 3.56448163+1数字信号处理Digital Signal Processing2.54832162+1计算机网络 Computer Networks3.56448163+1*通信原理Communication Principles3.56448163+1*通信系统概论Introduction to Communication Systems232322单片机原理与应用Principles and Applications of

38、 Micro Controller Unit232322单片机原理与应用实验Experiments for Principles and Applications of Micro Controller Unit13232+2操作系统Operating System2.54832162+1数据库系统Database System2.54832162+1小 计Subtotal32.56084321284803+17+34+213+5000专业课程选修课程课组号专业必修课组Major Compulsory Group12.524016048320002+22+16+200课组号嵌入式系统课组Emb

39、edded System Group91841046416000003+33.5+20核心模块课组号物联网应用课组Internet of Things Group8.5176966416000004+160课组号物联网服务计算课组Services Computing Group9.51761280480000 4+22+120课组号射频与天线技术课组RF and Antenna Tech Group917611264000031.5+11.5+11+20课组号综合选修课组Comprehensive Elective Group19.53522723248000009+38+20专业课基本要求小

40、计Major Basic Requirements Subtotal20.5/681304选872选272选160选0005+27.5+425.5+1120.5+60除了12.5学分的专业必选课，至少应完成8学分的选修课。实践环节必修课程军训Martial Training03周3周第1学期前3周开展专业前沿讲座Advanced Lectures13232+2第1学期讲座物联网工程专业导论Introduction to Internet of Things Engineering Major13232+2工程训练 Metalworking Practice11周1周第2学期暑期进行工程训练（电

41、工）Engineering Training（Electrician） 11周1周第2学期暑期进行电子线路课程设计Course Projects of Electronic System 22周2周计算机组成原理课程设计Course Projects of Principle of Computer Organization22周2周第4学期暑期进行综合性系统设计Comprehensive System Design44周4周可校外完成创新性系统设计Innovative System Design44周4周物联网工程专业实习IOT Engineering Professional Practi

42、ce11周1周 毕业论文(设计)Senior Thesis1212周12周小计Subtotal2964+30周64003周+22周+22周2周08周13周合 计Total165/214.53643+30周 选2680选576选256选21.5+6+3周25+3+2周23+927+8+2周23.5+9+2周31.5+1120.5+6+8周13周课外131 第4-7学期所有选修学时 包含在总学时中备注：1.本表必修课部分为专业（大类）必修课（所有学生必须学习的）课程设置表，即综合教务系统中的课程计划表。2.选修课部分为课组设置表，即综合教务系统中的课组计划表。3.课程号栏目中必修课部分为课程号，选

43、修课部分为课组号。物联网工程专业的专业课程设置及学时分配表(课组课程) 表二类别性质课组号Course group number（这些课系统帮我们选好，算在限选课里面，再选8.5分的限选课，就满足20.5分的要求）课程号Course No.课 程 名 称Course Name学分数总学时总学时分配按 学 期 周 学 时 分 配专业课组名称Specialized group name授课实验上机一学期二学期三学期四学期五学期六学期七学期八学期传感器原理与应用Principle and Application of Sensors 2.54832162+1无线传感网络Wireless sensor

44、 networks2.54832162+1RFID技术与应用RFID Tech and Applications2.54832162+1物联网数据处理Data Processing for IOT232322高级编程技术（Java）Advanced Programming (Java)36432322+2小计 Subtotal12.524016048320002+22+16+200专业选修课组嵌入式系统原理与应用Embedded System Principles and Applications2.55624321.5+2嵌入式系统课组Embedded System Group嵌入式操作系统

45、Embedded Operating System2.54832162+1DSP原理与应用Principles and Applications of Digital Signal Processors24024161.5+1FPGA设计技术与应用FPGA Design and Application24024161.5+1小计Subtotal91841046416000003+33.5+20中间件技术Middleware Technique2.54832162+1物联网应用课组Internet of Things Application Group物联网信息安全Security of IOT2323202云计算技术与应用Cloud Computing Tech and Applications2323202物联网应用系统设计Application System Design of IOT264644小计Subtotal8.5176966416000004+160服务科学原理 Services Computing2.54832162+1物联网服务计算课组Services Computing GroupSOA原理与实践Principles and practice of SOA2.548321