The tentacles of electrical engineering extend to all walks of life, ranging from switch design to aircraft research, all have electrical engineering, and the related fields have great demand for high-level talents. To this end, Shanghai Jiaotong University, based on continuing to run a full-time electrical engineering specialty, is aimed at practitioners in the power industry. The School of Continuing Education of Shanghai Jiaotong University offers online education in electrical engineering and its automation majors to cultivate frontline work in the power industry Senior technical and management talent.
This major mainly trains talents engaged in power system analysis, planning, control, automation, and protection. With the main goal of power system modernization, computer applications as the main direction (considering information and communication), and promoting the improvement of comprehensive automation as the subject research direction.
[Professional curriculum system mainly includes]
<Power electronics technology foundation> Power electronics technology spans the three fields of "electricity", "electronics" and "control". It is one of the foundations of modern electronic technology and has been widely used in industrial and agricultural production, national defense, transportation and other fields. Field, has extremely broad application prospects. This course is an important professional basic course for electrical majors. It helps students master the basic principles of various types of electrical energy conversion, circuit structures, basic principles, control methods, and design calculations of various types of power electronic conversion devices, so that students have preliminary design, debugging, and analysis. Capabilities of power electronics converters.
<Electrical Engineering Basics> To enable students to master the basic concepts of the main electrical characteristics (especially the breakdown process) of the wave process, gas, liquid and solid insulation of lines and transformers, understand the basic characteristics and test methods of the insulation structure of electrical equipment, and master the power system Basic knowledge of the over-voltage generation mechanism, influencing factors, and protective measures. Correctly understand the basic concepts, theoretical basis, and treatment principles of power system insulation coordination. Understand the high-voltage test devices and test instruments commonly used in high-voltage tests and preventive insulation tests. Principle and usage, as well as the characteristics, basic procedures and safety measures of the high voltage test.
<Electro-Mechanical Energy Conversion> To enable students to master the basic conditions, theories and principles of electro-mechanical energy conversion, familiarize themselves with engineering applications, analysis and calculation methods, develop students' ability to analyze and solve problems, and experimental skills. In order to complete subsequent courses and engage in engineering technology Lay the necessary foundation for work, scientific research and the development of new technological fields.
<Power system relay protection> In the power system, relay protection and automatic devices are important tools for safe operation of the power system and improvement of power quality. This course helps students master the relay of transmission lines and main electrical components (generators, transformers, etc.). Working principles of electrical protection and automatic devices, learn to use common relays and automatic devices, master the basic test methods of common relays and automatic devices, be familiar with the principles of relay protection and automatic devices, understand the relationship between relay protection devices and automatic devices To understand the dangers of power system failures and abnormal conditions, so as to become familiar with the basic requirements of relay protection and automatic devices, and deepen the understanding of power systems.
<Automation of Electric Power System> Helps students understand the power system high-tech that integrates power system operation control theory, computer control and modern communication technology, thereby improving the power system's ability to work.
<Electrical and Electronic Measurement Technology> During the entire transmission process of information flow, information acquisition is the source of the information flow, and detection technology and systems are the "early eyes" and "advanced officers" of scientific research and technological progress. Therefore, studying this course is of great significance for students to systematically understand the basic concepts of information acquisition, master basic detection techniques and methods, and strengthen the cultivation of practical application capabilities. This course helps students understand the basic concepts of electrical and electronic detection technology, the basic composition and characteristics of detection systems, master the working principles and dynamic and static characteristics of various commonly used sensors, learn to select sensors according to actual requirements, and master the principles and basic principles of establishing a basic detection system. Method, and understand the development trend of detection technology.
In order to get closer to practice, the curriculum is integrated with qualifications. The Program in Programmable Logic Controller (PLC) Programming Certificate in Electrical Engineering is designed for the professional post training certificate "Programmable Logic Controller (PLC) Program Designer". The certificate is a unified national certificate issued by the Ministry of Labor and Social Security of the People's Republic of China.
Dr. Yanping Bu , associate professor. 1999-2012 Worked at the Technical College of Shanghai Jiaotong University. August 2012-present Working in the online education department of the School of Continuing Education, Shanghai Jiao Tong University . Undergraduate courses taught: Compilation Principles, Operating Systems, Computer English, Database Principles, Management Information Systems, Software Engineering, Computer Composition Principles, Computer Network Principles, Digital Communication Technology, Electronic Commerce, Microcomputer Principles and Interface Technology, Digital Circuit Principle , Computer control principles, and national computer grade examinations for first, second and third level counseling. Research interests: computer software and hardware technologies and applications, intelligent optimization algorithms and their applications.