测控技术与仪器专业人才培养方案
Cultivation Plan for Measurement and Control Technology and Instrumentation Major
一、培养目标
测控技术与仪器专业培养从事信息测量与控制工程、电气工程、电子工程、机械工程、化学工程领域有关的信息处理、工业检测、智能仪器及传感技术、机电一体化技术等方面的研究、开发、设计和制造的应用型工程技术人才。
1.Cultivation Goal
The major, Measurement and Control Technology and Instrumentation, is to cultivate the engineering technical application talents of information processing, industrial inspection, Artificial Intelligence Instrument, sensor technology, and electromechanical integration technique, in the fields of information measurement and control engineering, electrical engineering, electronic engineering, mechanical engineering and chemical engineering.
二、基本规格
本专业主要学习测控仪器设计与制造工程所必须的基本理论知识，信息的获取、传输、处理与控制知识，电子设备、计算机控制与信息技术等宽广的工程技术方面的知识。毕业生应获得以下几个方面的知识和能力：
1、具有较扎实的自然科学基础，较好的人文、艺术和社会科学基础及外语综合应用能力。
2、系统地掌握该专业领域宽广的技术理论知识和必要的专业知识，主要包括电子技术、传感技术、信息处理、智能化仪器和计算机控制五部分。
3、具有测控技术与仪器专业的基本技能，了解本专业学科的前沿与发展趋势。
4、具有仪器科学与技术领域初步的科学研究、科技开发及组织管理能力。
5、具有较强的自学能力、工程创新意识和工作适应能力。
6、具有较强的计算机应用能力。
2. Basic Requirements
This major mainly studies two aspects of knowledge: one is the basic theoretical knowledge of measuring instruments design and manufacturing engineering, such as information acquisition, transmission, processing and control. The other is a wider basis of engineering technology, such as electronics, computer controlling, information technology and so on.
Graduates should grasp the following aspects of knowledge and capabilities:
1. Having a more solid basis of science, better humanities, arts and social science base and good comprehensive English application ability.
2.Havinga good grasp of the technological foundational theory and necessary professional knowledge in this field, including: technology of electronics, sensor technology, Information processing, Artificial Intelligence Instrument, and Computer Controlling.
3. Having a basic skill in the major of measurement-control technology & instrument, and understanding the forward of the subject and the tendency of the development of this major.
4. Having an initially ability of scientific research, technology development and organizing & managing in the area of Instrument Science and Technology.
5. Having a good ability of self-study, consciousness of engineering innovation, and self-culturing.
6. Having a stronger ability of computer application.
三、修业年限
标准学制4年，弹性学制 3～7 年。
3. Duration of Study
Full-time 4-year program, flexible educational system: 3~7 year.
四、主干学科
仪器科学与技术
4. Major Subjects
Instrument Science and Technology
五、核心课程和特色课程
电路，模拟电子技术，数字电子技术，自动控制理论，单片机原理与接口技术，传感器原理，测试与检测技术基础，误差理论与数据处理，测控电路，测控系统通信与网络，测试信息处理，计算机控制技术，测控仪器设计，虚拟仪器开发与实践。
5. Core Courses
Circuits Theory, Analog Electronics, Digital Electronics, Automatic Control Theory, Single-Chip Microcomputer and Interface, Sensor Principle, Measuring and Detection Technique, Error Theory and data Processing, Measurement and Control Circuit, System Communication and Network, Measuring Information Processing, Computer Control Technology, Measurement and Control Instrument Design, Virtual Instrument Design.
六、授予学位及毕业学分要求
本专业的学生，在校期间必须修满本培养方案所规定的 179 学分方能毕业。其中必修课 149 学分，选修课 30 学分（其中包括公选课3学分）。
符合国家学位规定和河南工业大学学位授予条件者，授予工学学士学位。
6. Credit requirements of degree and graduation
Students shall earn no less than 179 credits within the duration of academic study, respectively 149 credits for compulsory courses,30credits for professional elective courses.
Those who can satisfy national stipulations of academic degree and the requirements of Henan University of Technology degree conferral shall be granted with Bachelor of Engineering Degree.
七、各类课程设置结构比例表
7. Diagram of Proportions of courses
七、各类课程结构比例表
Table of Courses Structure
|
课程类别及
学分比例
Courses
Classified and CreditsDistrbution
| 课程模块（课群）
Courses Module
(Course Series)
| 应修类别及学分
Courses Nature and credits
| 总学
分数
Subtotal Credits
|
必修
required
| 选修elective
|
通识教育课程
General Education Courses
（36.9 %）
| 人文社科类①
Humanities and Social Sciences
| 39
| 2
| 66
|
自然科学①
Science Basics
| 14
|
|
技术技能①
General Skill
|
| 5
|
通识教育实践
General Education Practice
| 2
| 4
|
学科平台课程
College Required Courses
（27.9 %）
|
| 42
| 8
| 50
|
专业平台课程
Specialized Courses
（13.4 %）
|
| 16
| 8
| 24
|
专业实践类课程Specialized Practice Courses
（20.1%）
| 课内模块
（含毕业论文（设计））
Course Module（including Academic Dissertation)
| 36
|
| 36
|
课外模块
Extra-curricular Module
|
|
|
校级公选课
School-level Publicly- Elective Courses
|
|
| 3
| 3
|
总 计
grand total
| 149
| 30
| 179
|
百分比％
percentage
| 83.24%
| 16.76%
| 100%
|
注：①人文社科包括：思政和军事类、形势与政策、英语类、体育、艺术类、职业教育课；自然科学包括：数理类；技术技能包括：计算机类。
②思政和军事类、形势与政策、英语类、体育、职业教育课、数理类为必修课；艺术类、计算机类、数学实验以及第二课堂为选修课。
③学院如果设置课程模块（群），就按照表格填写；如果没有建课程模块（群），可以合并单元格，灵活填写。
④通识教育实践必修2学分为军事训练和物理实验；选修4学分为第二课堂。
Note: 1. Humanities Social Sciences: Ideology and Politics, military, current affairs and policy, English language, Arts, Physical Education and vocational education courses;
Natural Sciences: Mathematical and Physical courses;
Technical Skills: Computer courses.
2. Compulsory Courses: Ideology and Politics, military, current affairs and policy, English language, Physical Education, vocational education and Mathematical and Physical courses;
Optional Courses: Arts, Computer, Mathematical Experiments and Experimental learning.
3. If curriculum modules are set up, the table should be filled accordingly; if they are not, the table can be filled flexibly by combining the table cells.
4. Two credits in General Education Practice are military training and Physical Experiments; optional 4 credits is Experimental learning.
|
八、教学进程计划表
（一）通识课程（见附表）
本专业学生至少修满通识平台课程69 学分。其中数理类修高等数学B，大学物理B。
（二）学科、专业课程
学科专业课程进程计划表见附表。
本专业学生至少修满学科专业课程 110 学分，其中学科平台必修课至少修满 42 学分，学科平台选修课至少修满 8 学分，专业平台课程必修课至少修满 16 学分，专业选修课至少修满 8 学分，集中实践环节至少修满 36 学分。
8. Teaching Schedule
Students shall earn no less than 69 credits for general education courses,,including advanced mathematics B and college Physics B.
The teaching schedule of college specialized courses is shown in attachment 3.
Students shall earn no less than 110 credits for professional curriculum, respectively 42 credits for compulsory college required courses, 8 credits for elective college required courses, 16 credits for compulsory specialized courses, 8 credits for elective specialized courses, and 36 credits for intensive practice.
