Theory and Applications of Microcontroller

Theory and Applications of Microcontroller is a professional basic course, which is important for the training of the application and innovation ability for Mechanical Manufacture and Automation, Thermal and Power Engineering, Measuring and Testing Technologies and Instruments and other professional engineering. This course mainly introduces the system structure, instruction system, and assembly language, interrupt system, timer, peripherals of the MCS - 51 single-chip micro- computer and the interface technology and design the application system of the single chip microcomputer. Through this course, the students could master the technology of the micro-controller and its application in industrial control, economic construction and daily life. It can cultivate students' practice ability, innovation ability and design and development new product ability. It would lay a solid foundation for the future of the work, which is engaged in the electronic new product design, mechanical and electrical integration of product development and electronic products inspection and maintenance.

Measurement technology in Mechanical Engineering

Measurement technology in Mechanical Engineering is based on a cross comprehensive professional technology foundation course, which is sensor technology, computer technology and information technology, signal analysis and processing technology. The object of study in this course contains the working principle of the testing sensor, signal adjusting circuit and the recording equipment, which is commonly used in dynamic measuring of mechanical engineering, the evaluation methods of measuring equipment basic characteristics, the analysis and processing of the test signal and the measuring method of the common physical quantities. Through this course, students can reasonable choose test equipment and preliminary master the basic knowledge and skills required for a dynamic test. It could lay a foundation for students' further study, research, and dealing with mechanical engineering technology.

Equipment State Detection and Fault Diagnosis

Credits: 1

Hours: 20

Course Code: 020467

This course mainly introduces the basic concept, main knowledge and general situation of the state monitor and failure diagnosis. The main content of this course includes the time domain analysis, spectrum analysis, time-frequency domain analysis, mechanical equipment fault mechanism and vibration monitoring technique on rotor, rolling bearing and gear. It aims to help students improve the students’ ability to analyze and solve problems of machinery fault diagnosis.

Protel Tutorial

Credits: 2

Hours: 40

Course Code: 0284104

This course is one of major course of Measurement & control technology and instrument. The course systematically introduces circuit board design method，the design interface of Protel，the usual circuit design process, schematic file design, PCB design, circuit simulation and signal integrity analysis. It trains students’ ability on circuit design by comprehensive application examples.

General Introduction to Measurement and Control Technology and Instrument

This course introduces the comprehensive nature of the measurement and control technology and instrument specialty, the status and role, professional development history, present situation, prospect and the latest research results in the field. At the same time introduces the measurement and control technology in chemical industry, electric power, machinery manufacturing, automobile, the application of intelligent building, aerospace and other industries, as well as the measurement and control technology and instrument specialty knowledge structure, course system and study method.

The Sensor Technology

Credits: 2

Hours: 30

Course Code: 0284208

The sensor technology is a cross discipline integrating light, machine, electricity, and it is a very practical course. Through this course of study, it is required for students to master the basic principles and working properties of commonly used sensor., and according to the need of measurement, it is necessary for students to reasonably choice , use the sensors and design measurement system according to the measurement requirements, and finally reach the high unification of theory and practice.

Sensor Conditioning Circuit

Credits: 2

Hours: 40

Course Code: 020008

Sensor's conditioning circuit is an important and indispensable composition in modern control and detection system. Various sensor conditioning circuit are described In this course such as the Signal Amplification, Processing, Operation, Transmission and Anti-interference Technique. This course emphasizes on The Basic Theory and Method and several Engineering Application of the circuit design, it has high reference value Practical Value.

Sensors and Detecting Technology

Credits: 3

Hours: 54

Course Code: 0284102

Sensing technology is based on a required professional basic course for Measurement and control technology and instrument. The course is an interdisciplinary subject, and mainly studies the structure, measurement circuit and application method of all kinds of sensors. Through this course of study, it can enable the students to master the basic principles, and the main performance characteristics and the basic conversion circuit of all kinds of sensors, finally the students can reasonably choice and use the sensors according to the need.

Engineering Optics

Credits：2

Hours: 40

Course Code: 0283202

Engineering optics is a comprehensive course that integrates optics design, optics measurement and optical manufacture technology. After learning this course, students can understand theoretical knowledge about photoelectric instrument design, master basic optical test theories and methods of optical and non-optical parameters, understand manufacturing method of optics parts and basic processing knowledge. It can develop students’ abilities in analysis problems and resolving problems.

Electro-mechanical drive and control

Credits: 2

class hours: 50

Course number: 0264105

This course is a required professional course for the major of Measuring and Testing Technologies and Instruments，Mechanical-electronic engineering . The task of this course is to make the students understand the general knowledge of the mechanical and electrical transmission control, have a good command of the working principle, features, application method of motors, electrical appliances, thyristor etc. The students can master the working principle, characteristics, properties and applications of the commonly used relay contactor control system, PLC control system, and understand the latest application of the control technology in the mechanical equipment.

Principle and application of robot

Credits: 2

Class hours: 40

Course number: 0264105

The course is a professional courses for the Electro-mechanical direction of Mechanical Manufacture and Automation. It contains the mechanical structure of the robot, the robot kinematics and dynamics, the robot control technology and sensor technology, robot motion planning etc. The task of this course is to make the students understand the general knowledge of the robot, grasp the characteristics of the robot structure, master the method of robot kinematics modeling, understand the latest application of control technology in the robot.

The Graduation Design

Credits: 18

Class hour: 18 weeks

Course number: 0206103

Graduation design is an important part of talent training plan, is a test of each teaching link. The task is to cultivate students’ ability to use multidisciplinary theoretical knowledge to solve practical engineering problems, to master modern design methods and ideas, to adopt a serious scientific attitude and work style, to cultivate the spirit of practice and innovation, to make the students get the necessary basic training of engineers.

Control Instruments and Devices

Credits: 2

Hours: 40

Course Code: 0284109

    This course introduces the features, structure principle and the usage of all kinds of electric, pneumatic and digital control instrument (controller, transmitter and converter, calculator, actuator). Through the studying of this course, the purpose is to enable students to in-depth grasp the basic principles of all kinds of instruments, process control instrument for implementation and practical application technology, establish the foundation for the development of the instrument.

Course Introduction of Digital Signal Processing

Digital signal processing (DSP) is concerned with the representation of signals in digital form, and with the processing of these signals and the information that they carry. This course emphasizes the basic concept and the basic theory of DSP, it includes the discrete signal and the discrete system in time-domain, the frequency-domain analysis about the time-domain discrete signal and system, the Discrete Fourier Transform (DFT), the Fast Fourier Transform (FFT), basic net construct and analysis method about the time-domain discrete system, design of IIR filter, design of FIR filter. This course provides a good theoretical and practical foundation for students to apply the DSP technology to solve the real problems in work by strengthening the practice

Visual Instrument Design

Credits: 3

Hours: 50

Course Code:020368

Visual instrument is a measurement & instrument technology based on computer. It breaks limitations of traditional instrument, applies many signal processing methods, and creates conditions for automatic and network measurement. It can develop students’ capabilities in scientific research of applying simple graphical language to realize measurement or a measurement system.

Design of Intelligent Instrument

The design of intelligent instrument is the specialty course of measure instrument and control technology, its main content is based on single-chip  microcomputer as the core, introduced the characteristics of intelligent instrument, working principle, design method and actual application. Through the studying of the course, the students can understand the latest development trend of intelligent instrument technology, and master the basic knowledge required to analysis, design, control and selection of intelligent instrument.