Automation (Bachelor Plus Master Innovation Class)
Programme Code: 080602      Duration3+(1)years
Educational Objectives:
The programme aims to train talents of automation engineering science and technology who adapt to the needs of social development, have integrated knowledge, ability, quality and wisdom, and who acquire the specialized knowledge and skills in relation to Automation. Potential graduates can work in scientific research, technological development, engineering design, system management operation and maintenance, education and management decisions in fields of motion control, process control, automation of mechanical manufacture system, automation instrument and equipment, new type sensors, artificial intelligence and robot control, information processing, intelligent building, complex network and computer application system, et al. The automation innovation class also requires its students to have the ability for further study at graduate school.
Objective 1:[Foundation knowledge] Master the basic knowledge of natural science, humanities and social science foundation, foreign language integrated application, and basic management. Mastering Automation basic specialized knowledge of control theory and technology, electrical and electronic engineering, computer software and hardware and network technology, information processing, system engineering, et al. Lay good professional foundations for further study.
Objective 2:[Professional Knowledge] The ability to solve problem in fields of process control, motion control, intelligent control, information processing, contemporary integrated manufacturing system, systems engineering theory and practice, new type sensors, electronic and automatic detection system, complex network and computer application system, et al, in national economy, defense departments and scientific research departments.
Objective 3:[Teamwork/Leadership] The ability of organization and management, communication skills, interpersonal skills, and playing the role in the team.
Objective 4:[Engineered Systems] Mastering the basic skills and practice methods of system design, integration, development and engineering applications in automation field.
Objective 5:[Social Impact] Establish students' understanding of the potential influence by the development and application of automation science and automation technology for people's daily life, social economic structures.
Objective 6:[Global Awareness] Having international view and global competition consciousness, and the ability of intercultural communication, competition and cooperation.
Objective 7:[Lifelong Learning] The ability to adapt to development, correct understanding of lifelong learning, and strong ability of self-study.
Objective 8:[ Further Study] The potential ability of doing further study.
Speciality Features:
The Automation major takes engineering mainly, and pay attention to the development of students’ comprehensive quality and innovative ability. Students can not only master the knowledge of automation theory, system, engineering, but also the knowledge of computer, electronics, information processing, and system integrated management, et al. The Automation major has the characteristics of wide coverage, broad spectrum of knowledge, solid foundation, good practical ability, good adaptability and employment.
Educational Requirement:
Each course in the programme has a corresponding set of cultivation purposes. Students can obtain the relevant knowledge, competence and quality for future personal development.
Knowledge Structure
A1 Fundamental knowledge of literature, history, philosophy and art;
A2 Fundamental knowledge of social sciences;
A3 Fundamental knowledge and frontier knowledge of mathematics, physics and natural science;
A4 Fundamental theory and knowledge of control engineering and automation; Basic knowledge of engineering; Understanding the present development situation and tendency of automation
A5 Basic training of automatic control technology, circuit technique, electronic technique, computer technology and network applications, scientific research and engineering design methods. Basic methods of analysis and experiments of system and equipment, science and technology development and engineering design.
A6 Basic knowledge of laws and regulations for automation major related occupations and industry production, design and development, familiar with policy, law and regulations for environmental protection and sustainable development, correct understanding of the influence engineering made for objective world and society.
A7 Basic methods of literature search, data query and access relevant information by using modern information technology.
A8 Certain marketing economy and management knowledge;
A9 Cross-cultural, internationalization knowledge
Ability Requirements
B1 The ability of clear thinking and accurate language expression;
B2 The ability of discovering, analyzing and solving problems;
B3 The ability of using scientific theory and technical means to analyze and solve engineering problems;
B4 The preliminary ability of analyzing, researching, developing and designing automation related systems and equipments;
B5 The preliminary ability of researching, developing and designing new products, new process, new technique and new equipments;
B6 The ability of organization and management, expression skills, interpersonal skills, and playing the role in the team;
B7 The ability of adapting to development, correct understanding of lifelong learning, and strong ability of self-study;
B8 The ability of international view, intercultural communication, competition and cooperation.
Quality Requirements
C1 The quality of good ideological and ethical standards and high value idea;
C2 Good cultural quality;
C3 Good humanities and social science literacy, strong social sense of responsibility, and good engineering ethics;
C4 Good scientific quality; the quality of being a person with the ability of innovation, entrepreneurship, creation;
C5 Good physical and mental qualities
Degree Conferred: Bachelor of Engineering
Main Courses:
Electric Circuits, Analog Electronics, Digital Electronics, Principles of Automatic Control, Microcomputer Principle, Modern Control Theory, Automatic Detection and Measurement Technology, Motor and Drive Foundation, Power Electronic Technique, Process Control Instrumentation, Motion Control System, Process Control Engineering.
Featured Courses:
Bilingual Courses: Advance Algorithm Language(C Language),Signal Analysis and Processing,Modern Control Theory,Process Control Instrumentation
Seminar: Brain Signal Processing and Brain-Computer Interfaces,Machine Intelligence Exploration
Innovation Practice Courses: Automation Frontier Exploration,Discipline Innovative Practices,Professional Disciplines Innovation Practice(I),Professional Disciplines Innovation Practice(II),Innovatory Practice on PLC and Motion Control System,Innovatory Practice on SCM (Single-Chip Microcomputer) and Embedded Systems Related Topics,Innovatory Practice on Factory(synthesize) Automation Class,Innovatory Practice on Machine Vision and Intelligent Detection Related Topics,Innovatory Practice on Intelligent Robot,Innovatory Practice on Building Automation
Entrepreneurship Education Courses: Industrial Development Model and Career Planning of Automation Industry
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