Master"s Degree Programs

Ⅰ. Instrumentation Science and Technology

Instrumentation science and technology disciplines have a doctorate degree awarded which includes test and measurement technology and instruments, precision instruments and machinery two second-level disciplines. It hasInstrumentation engineering with a master's degree awarded and in the first-level disciplines with national post-doctoral research station.It is the chairman unit of Liaoning Instruments School Enterprise Alliance.

Measurement and control technology and equipment specialty is a national first grade specialty. It is the first batch of advantages and specialties in Liaoning Province. Itranked first in Liaoning province undergraduate professional comprehensive evaluation.2017 measurement and control professional through engineering education certification.It passed through the engineering education certification of measurement and control professional in 2017.

The enrollment size of measurement and control full-time undergraduate is 124-132 people / year, and 38 Master's students each year, 10 Doctoral students each year

There are 21 full-time teachers, eight professors, three associate professors and seven Ph.D. In 2013, there was 1 nominee of Chinese Academy of Engineering. There are two person of 100 million talented person level, 2 outstanding talents in colleges and universities,2 people of colleges and universities outstanding young backbone teachers of Liaoning Province, 2 people of school teaching teacher,2 teams of colleges and universities excellent innovation of Liaoning Province.Over 90% of teachers have a master's degree or above. There are information science and engineering experiment teaching demonstration center and Liaoning Provincial Institute of advanced online detection technology laboratory,Liaoning Provincial Key Laboratory of Machine Vision,Shenyang University 0f technology - United States Texas Instruments DSP Joint Laboratory, Shenyang University 0f technology –American Physical Acoustics Technology Joint Laboratory.

Ⅱ. Electronic and Information Engineering

1. Introduction

Electronic and Information Engineering is a discipline which widely covers electronical technology and information science. It focuses on the analysis and design of a variety of electronical circuits and the technical methods of obtaining, processing, transmission and conversion of information. It concerns on training the innovative talent personnel with capability of knowledge renewal and integrated design moreover the engineer practical ability in designing the electronic circuits and the development and debugging of the electronical systems so that they can become the high-quality service-oriented talent in researching, designing, apps-development and technical services related to either signal and information processing system or electronic products and equipment.

2. Historical Evolution

The department of Electronic and Information Engineering was founded in 1986 which was started earlier among the disciplines in the same kind in China. In 2010, it was rewarded as distinctive undergraduate major of Regular Institutions of Higher Education in Liaoning Province and listed as one of the majors with priority support from Liaoning Province in 2012. It was ranked fifth among 23 competitors involving in the evaluation of electronical and information engineering discipline of Liaoning Province in 2013. In 2014, it was listed as the key major of Liaoning. Until now, in this department there are 1 provincial demonstration center of experiment teaching, 5 laboratories, 3 teaching and research sections and 1 undergraduate innovation laboratory. It also supplies two provincial excellent courses shared to public. With the history and resources mentioned above it provides favorable conditions for teaching and scientific-researching.

3. Scientific-research practice

To train the students’ practical abilities the “course-advisor group” guidance system is founded and also are the basic skills practical platform, innovative skill practical platform and the research skill practical platform. We also carry out series of activities ranged from freshmen to senior students to improve the innovative, cooperative and practical ability. The students positively involved in the extracurricular scientific and technological activities and some of them also had excellent acheivements in competitions such as NUEDC, TI Challenge Liaoning, the ”Challenge-Cup” Competition, ACM Programming Competition and “Inovation-Cup” Competitions and so on.

Career Planning

The graduates of our department are adapting to the occupational areas of electronical technology, signal and information procession, automatized measurements. They are also capable of the jobs related to R&D and management of electronical product and equipment included in some high-tech industry.

4. Fostering Orientation

4.1 Photoelectric Measurement Technology

The direction conducts research on fiber grating measuring technology, mechanical and electrical equipment fault detection and research of information fusion technology and theory, medical thermotherapy temperature monitoring technology, high voltage high current measurement technology and fiber grating precision demodulation technology etc mainly by use of photoelectric detection technology. The resolution of fluorescence optical fiber temperature measurement project for cancer hyperthermia machine is 0.1 centigrade, and is in the leading position in the country. The combination of temperature measurement technology and high voltage and high current measurement is the first attempt in the world, research results are concerned by everyone.

4.2 System Energy Saving and Control Technology

Wind power technology:Including wind power theory, application technology, control system and the wind turbine technology research.Power inverter system:Including wind power grid connected inverter, solar grid connected inverter, distributed power grid technology research.Remote monitoring and diagnosis technology:Including large data analysis, remote monitoring and fault diagnosis of wind farm and PV system

4.3 Precision measurement and control and networked intelligent measurement and control system

Research on nanometer displacement measurement in a wide range, topography measurement and large stroke precision positioning based on grating moiré fringe subdivision theory, and development of networked intelligent measurement and control system based on advanced microprocessor(embedded system, programmable logic device FPGA/CPLD, DSP etc.), which mainly are used in the numerical control and robot etc.

4.4 Intelligent Detection and Control Technology

The direction of the main research is motor control technology, including permanent magnet motor sensorless control technology, linear motor contour control technology, double fed motor speed control technology, multi phase brushless DC motor control technology.

4.5 Wireless Sensor Network, WSN

Wireless Sensor Network (WSN) is composed of a large number of stationary or mobile sensors for self-organization and jump in the way of Wireless Network, to cooperation to perceive, acquisition, processing and transmission Network coverage within the geographical area perceived object information, and finally to send these information to the Network owner, so as to realize comprehensive and effective monitoring.

Ⅲ. Control Science and Engineering

1. Master’s in Control Science and Engineering

 1.1 Brief Introduction

The discipline of Control Science and Engineering (CSE) in Shenyang University of Technology was originated from the undergraduate major of Industrial Automation which was founded in 1972. CSE was approved as the key discipline of Liaoning Province in 2002. It also boasts The Key Laboratory ofEmbedded Systeminitialized by Liaoning Provincial Education Department.

CSE, in accordance with needs of national and local economic and social development, takes the complex systems, control and optimization technology, intelligent control and embedded system, robot control technology and wireless sensor network, production planning and scheduling as its current major research directions by focusing on numerous key technologies in theory and practices.

It aims to train students to gather systematic and professional knowledge of electro-technology, control theory, electrical engineering and computer applications technology and also to have the abilities to perform work involving system analysis and integration, system design and operation, research and development in the field of control engineering.

Graduates are mainly employed in areas related to control engineering in all areas of the economy and society to conduct systems operation, automatic control, information processing, experimental analysis, and research design.

 1.2 Talent Cultivation

    1.2.1 Academic graduate education

a. Students on the Control Science and Engineering Masters Program can specialise in the following in the following areas:

Control theory and control engineering

Detection technology and automatic equipment

System engineering

b. The research direction including:

Complex System Control

Embedded Control System Applications

Intelligent Control Theory and Applications

Servo Drive Control Theory and Applications

Robot Control

c. The following courses are offered:

Linear Systems Theory

Optimal Control

System Identification

Intelligent Control

Wireless Sensor Network and Applications

    1.2.2 Professional graduate education

a. Students on the Control Engineering Masters Program can specialise in the following research direction:

Mechanical and Electrical Equipment Control Technology

Application of Embedded Control System

Internet of Things Technology

Enterprise Integrated Automation

Detection and Control of Agricultural Machinery Equipment

Intelligent Control

Robot Control

b. The following courses are offered:

Control System Analysis and Design

Intelligent Control

Principle and Application of Embedded System

Robot Control Technology

Case Analysis of Control Engineering

Ⅳ. Electronic Science and Technology

1. Brief Introduction

Research in the Solid-State Electronic Devices and Integrated Circuits area focuses on the components that provide the basis for contemporary electrical engineering, such as raw materials and their properties, processes, and circuits. In the future, semiconductors less than 0.1 nm in size will be produced. Thus, research on quantum physics and noise is conducted. In addition, Si and GaAs transistors will be optimized and new semiconductor devices will be developed using theoretical analyses and computer simulations. Research will also cover not only the electrical characteristics of transistors, but also those of optical communication devices and microsensors. Topics such as modern control systems, wireless communication, and computers also belong to this field.

2. Fostering Orientation (Ph.D Cource and Master Course)

Physical Electronics

Electronic Material and Device Physics

Nano Device and System Integration Technology

Nonvolatile Memory Technology

Microelectronics and Solid-State Electronics

Power Semiconductor Devices

MEMS System

Semiconductor Sensors and Interface Circuits

Thin Film Transistor Technology

Compound Semiconductor Technology

Circuit and Systems

Integrated Circuit Design

Electronmagnetic Field and Microwave Technology

Display Technology

Neuromorphic Device and Artificial Intelligence Chip

3. Main Course

Semiconductor Device Physics

Integrated Circuit Design

Integrated Circuit Manufacturing Technology

Microelectromechanical System

Advanced Field Effect Transistor Principle

Sensors and Interface Technology

Ⅴ. Computer Science and Technology

1. Brief Introduction

Computer Science and Technology was built in 1978, it became the first computer school in China in 1984. In February 1999, combine with electronic department, the school of information science and engineering was formed. Now,academic master's degree could be got in computer application technology and computer software and theory, and professional master degree are provided in computer technology and software engineering. Among them, the field of computer technology has been authorized in 2002, with 21 directors and 57% of them have doctorate degrees, of which 3 are graduated from overseas. 52% of teachers graduated from some key universities, such as Nankai University, Tianjin University, Jilin University, Northeastern University and so on. 2 teachersarehundred level teachers in Liaoning province Hundred, Thousand and Ten thousands Talents Project.3teachers were selected in Liaoning Province Talent Support Program. 2 teachers are Liaoning Province Outstanding YoungTeachers.

Our department is equipped with cloud virtualization platform. Main research directions include intelligent information processing, computer graphics and virtual reality, information security, embedded system and application, robots, human-computer interaction, computer vision, intelligent information retrieval etc. Teachers undertook morethen 40 science projects such as the National Natural Science Foundation of China, Chunhui Plans of Ministry of Education, someprojects of Liaoning Province and Shenyang City, etc. Provincial teaching reform projects are alsoundertaken by the teachers and awards were gotten. More than 400 papers were published in important academic journals and conferences not only in Chinabut also abroad, of which more than 100 articles were retrieved by SCI and EI. More than ten monographs and books were published. Based on theory study, a number of application projects were completed in cooperation with enterprises and institutions, which have produced good economic and social benefits.

We began to accept foreign students in 2013. In 2015, our department was selected to be one of the first 15 majors to who got the Liaoning undergraduate curriculum system international pilot programs.

2. Personnel training

Type of


Research Direction

Main Course




Computer Software and Theory:

a. Computer Application Technology

b. Real Time System and Embedded


c. Machine Learning and Intelligent


d. Network Computing

e. Scientific Computing and Image


a. Combinatorial Mathematics

b. Computability and Complexity

c. Modern Operating System

d. Advanced Database Technology

e. Advanced Software Engineering

Computer Application Technology:

a. Image Processing and Pattern


b. Computer Graphics and Virtual


c. Embedded System

d. Intelligent Robot

e. Human Computer Interaction

f. Intelligent Information Retrieval

a. Combinatorial Mathematics

b. Computability and Complexity

c. Modern Operating System

e. Advanced Database Technology

f. Advanced Artificial Intelligence




Computer Technology:

a. Intelligent Information Processing

b. Virtual Reality and Visualization


c. Information Security

d. Embedded System and Application

e. Robot Technology and Application

f. Human Computer Interaction

   Technology and Application

g. Computer Vision and Pattern


h. Management Information Systems

a. Combinatorial Mathematics

b. Computability and Complexity

c. Modern Operating System

e. Advanced Database Technology

f. Software Project Management

   (Expert Lecture)

g. Practice Course

h. Case Analysis of Engineering

Practice in Computer Technology

Software Engineering

a. Combinatorial Mathematics

b. Computability and Complexity

c. Modern Operating System

d. Advanced Database Technology

e. Software Project Management

    (Expert Lecture)

f. Practice Course

g. Case Analysis of Engineering

     Practice in Software Engineering

Ⅵ. Communication Engineering

1.Communication Engineering

 1.1 Brief Introduction

The major of Communication Engineering was founded in 1995, and its predecessor was the major of radio technology founded in 1958. The graduates of this major have the knowledge of modern communication technology, communication system, communication network and so on. And they can be engaged in research, design, development, organizational management in the information communication industry and other engineering fields.

 1.2 Main Course

circuit analysis foundation, analog electronic technology, digital electronic technology, signal and system, digital signal processing, communication principle, communication electronic circuit, mobile communication principle and system, optical fiber communication, computer communication network, radio frequency circuit design, wireless sensor network.

2. Communication and Information System

 2.1 Brief Introduction

In 2006,Communication and Information System Discipline of Shenyang University of Technology obtained the right to confer Master Degree. We achieved fruitful results in high-level personnel training and academic research work. In recent years,we won three government awards, published 5monographs and more than 200 high-level academic papers,and most of them were indexed by SCI, EI and ISTP. Also we obtained 22 government projects such asState Natural Sciences Foundation, Liaoning Provincial Natural Science Foundation,Excellent PersonProject of Liaoning Provincial Department of Education and so on. And we also got many projects from enterprises.

Up to now, 89 graduate students have been graduated and received the master's degree. The discipline has two research directions: one is communication and information system, and the other is signal and information processing. And there are six aspects under the two research directions. And they are image processing and pattern recognition, communication signals and information processing, visual servo information processing, navigation and radio positioning technology, wireless sensor networks, and communications Echo suppression.

We focus on international development and maintain good relations of cooperation with universities such as York University in the United Kingdom. Moreover, we pay attention to integrate theory with practice to establish postgraduate training bases with well-known enterprises such as Shenyang Xinsong Robot Automation Co., Ltd. and Liaoning He Eye Industry Group.

 2.2 Main Course

information theory and coding,signal detecting and estimating,modern digital signal Processing,pattern recognition theory and method,an introduction of wavelet analysis,weak signal detection,the mathematics methods of the signal processing,virtual serve technology,RF system design and application,wireless sensor network.

3. Electronic and Communication Engineering

 3.1 Brief Introduction

The field of electronic and communication engineering is an engineering field that combines electronic technology, information and communication technology. Electronic technology is based on the basic theories of micro-blog, physical electronics, optoelectronics, micro nano electronics, circuits and so on to study the theoretical and engineering problems of electronic components, integrated circuits, and electronic system design and manufacturing. Information and communication technology use information theory, communication theory, transmission and exchange theory and signal processing theory to study signal detection, information acquisition, transmission, switching, processing, application, communication network system design and manufacturing theory and engineering.

In recent years, we won three government awards, published 7monographs and more than 200 high-level academic papers,and most of them were indexed by SCI,EI and ISTP. Also we obtained 18 government projects such asState Natural Sciences Foundation, Liaoning Provincial Natural Science Foundation,Excellent PersonProject of Liaoning Provincial Department of Education, General Project of Liaoning Provincial Department of Education and so on. And we also got many projects from enterprises.

We emphasize the cooperation of industry-university-research, now we have founded many training bases for graduates with the enterprise such as Shenyang Xinsong Robot Automation Co., Ltd. , Liaoning He Eye Industry Group, Northeast Microelectronics Institute, Shenyang Institute of Instrumentation and so on.

 3.2 Main Course

Numerical analysis, modern communication system, semiconductor device physics, integrated circuit design method, signal detecting and estimating, modern digital signal processing, integrated circuit manufacturing techniques, microelectromechanical system, pattern recognition theory and method, data communication network, mixed signal integrated circuit design, digital image processing technology and application, RF system design and application, wireless sensor network, LED technology, micro/nano electronic device technology.


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