Training objectives

Expected learning outcomes of the   curriculum

- Knowledge

- Skills

- Competence

Corresponding module/module goal

Master basic knowledge of mathematics, natural sciences, information   technology, etc., to lay a solid foundation for subsequent courses, and use   the knowledge learned to solve complex engineering problems in the field of   rail transit signals.

Knowledge: Master basic knowledge of   mathematics, natural sciences, information technology and computer-related   knowledge.

Skills: Ability to use mathematical   knowledge to understand and appropriately express practical engineering   problems; Ability to establish basic models to solve various practical   problems in technology and engineering applications.

Competence: Be able to observe, analyze and   solve technical problems with mathematics and information viewpoints and   thinking. Be able to continuously analyze, synthesize, calculate, judge and   deduct about engineering phenomena according to the characteristics of   mathematics and information technology to solve engineering problems.

Mathematics, Physics and Chemistry:

Single Variable CalculusA (1&2)

Multivariate Calculus A (1&2)

Probability and Statistics

Mechanics     

Electromagnetism

Wave and Optics

Heat and Modern Physics     

Linear Algebra

Complex Variables Function and Integral Transformation 

Informatics:

Object Oriented Program Design

Computer Networks and Communications

Electives:

Discrete Mathematics

Master extensive basic engineering and professional knowledge to lay a   solid foundation for studying specialized courses in the future.

 

Knowledge: Master basic engineering and   professional knowledge in the fields of automation, information engineering,   communication engineering, electronic engineering, and control theory.

Skills: Possess related basic engineering   and professional knowledge; analyze various engineering phenomena in signal   and control engineering; master general engineering knowledge, methods and   skills to solve practical problems in engineering applications.

Competence: Master related concepts and basic   principles of automation, electronics, communication, information and   control, etc. as well as basic engineering knowledge. Be able to understand   engineering problems through continuous analysis, induction, judgment, and   reasoning about engineering phenomena based on the characteristics of signals   and control engineering.

Engineering Fundamentals:

Introduction to Rail Transit Circuit (1)        

Circuit (2)     

Digital Electronic Technology

Analog Electronic Technology

Principle and Interface Technology of Micro-computer

Principle and Application of Sensor

Practical Training:

Fundamentals Physics Experiments      

Comprehensive Physics Experiments         

Circuit Experiments

Digital Electronics Technique Experiments

Analog Electronics Technique Experiments

Fundamentals Practice of Manufacturing Technology C

Electrical Engineering Practice

Electives:

Automated Control Theory

Data Science and Analysis

Introduction to Embedded System

Digital Logic

Algorithm and Data Structure

 

Master the professional knowledge related to rail transit signals and   control, especially the knowledge of signal fundamentals, interlocking   control, and automatic train control system, with rail transit signals as the   core, so as to investigate, design and analyze complex engineering problems   in related fields and propose solutions accordingly in the field of signal   and control engineering.

Knowledge: Master the professional knowledge   related to rail transit signals and, especially the knowledge of signal   fundamentals, interlocking control, and automatic train control system, with   rail transit signals as the core.

Skills: Possess the professional knowledge   required to analyze and solve practical problems in the field of signal and   control engineering; be able to develop solutions to complex problems in   signal and control engineering; be able to design signal systems, units   (components) or technological processes that meet specific needs, including   the prediction and simulation of complex problems in the field of signal and   control engineering.

Competence: Master the comprehensive knowledge   of signal, communication, control and network technology. Be able to use   engineering background knowledge to reasonably analyze and evaluate actual   problems and understand their limitations; be able to reflect the sense of   innovation in the design process and provide valuable solutions.

Engineering Fundamentals:

Signals and Systems

Principles of Communication Systems

Engineering Application:

Signal Detection of Urban Mass Transit

Control Technology of Station Computer Interlocking

Automatic Train Control Technology 

Practical Training:

Rail Transportation Basic Practice

Trackside signal Equipments Control Simulation Experiments

Cognitive Practice of Communications and Signals for Urban Railway   Transportation

Testing Practice for Point Machine Control Detection

Signal Control of Railway Station Experiments

Signal Equipment Testing Practice

Automatic Train Control Technology Experiment

Practices of Communication Techniques in Urban Railway Transportation

Thesis: Bachelor thesis..

Master cutting-edge professional knowledge and skills in the field of   rail transit signals and control; be able to follow the development trend of   fields related to the Program to accomplish further self-development.

Knowledge: Master the professional knowledge in   the new and frontier fields of rail transit signals and control.

Skills: Be able to acquire more professional   knowledge, follow the trend of related fields, and learn more about the   Program.

Competence: Obtain comprehensive qualities in   interdisciplinary subjects related to the course; widely apply professional   knowledge

Elective:

Overview of Urban Rail Transit System

Machine Vision and Application

Fundamentals of Artificial Intelligence

Principle and Application of FPGA

Digital Signal Processing

Introduction of Urban Railway Transportation Vehicle

Programmable Logic Controller

Station Automatic Control Technology

Urban Railway Transportation Operation

New Technology of Railway Signal

Communication Techniques in Urban Railway Transportation

Practical Training:

Basic Experiment of Traffic Signal for Urban Railway Transportation

Comprehensive Experiment of Signal and ControlPLC

Innovation and Entrepreneurship

Thesis: Bachelor thesis.

Master skills of cross-cultural communication and international   cooperation for social and global development.

Knowledge: Master a foreign language; pass   China’s College English Test Band 4 (CET-4); master professional core   knowledge in English.

Skills: Be able to read professional   literature in English; be able to communicate and discuss professional issues   with others in English.

Competence: Possess English language   proficiency; be able to work in the rail transit sector in China; have   cross-cultural communication competence.

Foreign Language:

Comprehensive College English (2&3&4)

College English Listening (2&3&4)

College Oral English (2&3&4)

Practical English Selective Courses

Elective:

English for Rail Transit Signal and Control

Bachelor Thesis:

Bachelor thesis

Understand the current social model and social norms in China; have   good social behavior, team spirit and humanistic care; develop   comprehensively in moral, intellectual, physical and psychological aspects.

Knowledge: Master the knowledge of modern   Chinese history, the basic principles of Marxism, patriotism, humanistic   spirit, physical education and military training.

Skills: Understand social phenomena; pay   attention to and adapt to social development; have the ability to communicate   and collaborate with others; have team spirit; promote physical and mental   health and self-improvement.

Competence: Develop a sound personality and good   psychological quality; have a correct outlook on life, values, ethics and   law; have literacy in humanities and a sense of social responsibility.

General Courses:

Introduction to China's Modern and Contemporary History  

Social Situation and Policy

Basic Education of College Students' Entrepreneurship

Military Theories          

Ideological, Moral Cultivation and Law Basis

Introduction to Basic Principles of Marxism 

Introduction to Mao Zedong Thoughts and the Theoretical System of   Socialism with Chinese Characteristics(1&2)    

Physical Education

Employment Guidance for College Students

Natural Science

Economic Management

Humanities, Philosophy and Social Sciences

Art Aesthetics

Practical Training:

Quality Development


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