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Focusing on the generation, transmission, distribution, and utilization of electricity, the Power System and its Automation program is committed to solving energy supply-demand conflicts, optimizing the power grid structure, and improving energy efficiency. In this major, you will delve into the construction and management of power plants, substations, and transmission lines, as well as how to use advanced automation technology to ensure the stable operation of the power system, which is the backbone of ensuring national energy security. The full name of the University's Electrical Engineering and Automation major is "Electrical Engineering and Automation Major", which is a national first level discipline. It is under the category of Electrical Information in the "National Undergraduate Education Discipline Setting", with the number 080601. The undergraduate program lasts for 4 years and is awarded a Bachelor's degree in Engineering upon graduation. It includes multiple national second level disciplines such as Power Engineering Automation, Relay Protection, High Voltage Technology, and Applied Electronics Technology, and can be awarded master's and doctoral degrees. The Electrical Engineering major is mainly aimed at cultivating advanced engineering and technical talents who adapt to the development needs of the 21st century, have comprehensive moral, intellectual, physical, and aesthetic development, strong comprehensive qualities and innovative abilities, receive basic training as engineers, and are capable of performing various tasks in the field of electrical engineering and automation and have certain research and development capabilities. After graduation, students mainly engage in professional technical work in the fields of power system research, production, operation, testing, design, manufacturing, management, education, and other electrical engineering departments.

Electrical Engineering and Automation is an important major in university engineering disciplines. Unlike disciplines such as medicine, agriculture, and coal, electric power belongs to the linear discipline. Considering the important position of the electric power industry in the national economy, not only electric power universities in various majors, but also many comprehensive universities with a focus on science and engineering have opened the electric power discipline. However, there are many college students majoring in electricity who are not familiar with the power industry. They are full of confusion about the future and even do not know what kind of job they can pursue after graduation. Usually, it is common to see some students majoring in electricity complain that electricity is a sunset industry, and after graduation, it is not as promising as other popular majors such as computer science, finance, foreign trade, etc. Some female students feel that the electricity industry not only works hard, but also because this major belongs to traditional engineering, gender factors will have a great negative impact on their future employment and development. There is a pervasive sense of frustration among students, with many regretting their initial choices and even some planning to switch careers and apply for other positions after graduation

Professional graduate students.

Electrical engineering and its automation can be regarded as the cornerstone of the electrical field, covering multiple branches such as power systems, motor appliances, power electronics, control theory and applications. In this major, you will become a designer of power systems and a builder of smart grids, learning how to efficiently transmit, distribute, and use electricity, and exploring the infinite possibilities of new energy technologies. The application of automation technology enables you to design intelligent devices and systems to achieve automated control of production and daily life.

Communication engineering, as another wing of electrical engineering, focuses on the transmission and exchange of information. In this era of interconnected everything, communication engineers play a crucial role in ensuring the rapid and accurate transmission of data in fiber optic and wireless networks. From the deployment of 5G networks to the application of IoT technology, communication engineering graduates stand at the forefront of information technology, designing and optimizing global communication networks, making the world within reach.

Electronic information engineering, integrating electronic technology, computer technology, and information technology, is the creator behind digital products. From smart phones to smart homes, from smart wearables to autonomous vehicle, electronic information engineers are responsible for hardware design, software development, signal processing, system integration and other work to make scientific and technological products more intelligent and efficient. In this major, you will learn how to transform abstract digital signals into magical applications in reality.

Focusing on the generation, transmission, distribution, and utilization of electricity, the Power System and its Automation program is committed to solving energy supply-demand conflicts, optimizing the power grid structure, and improving energy efficiency. In this major, you will delve into the construction and management of power plants, substations, and transmission lines, as well as how to use advanced automation technology to ensure the stable operation of the power system, which is the backbone of ensuring national energy security.

The Electrical Automation Technology major specializes in the research and application of industrial automation control systems, and is the core of modern intelligent manufacturing. In this major, you will learn how to design, install, debug, and maintain various automated production lines, using PLC programming, robotics technology, sensor networks, and other means to improve production efficiency, reduce labor costs, and promote the transformation of traditional manufacturing to intelligent manufacturing.

Graduates of electrical majors have a wide range of employment opportunities, not limited to the direct fields corresponding to the aforementioned majors, but also including but not limited to industries such as new energy, rail transit, aerospace, and information technology. Grid companies, design and research institutes, engineering bureaus, electrical equipment manufacturers, research institutions, universities, multinational corporations, etc. are all popular employment destinations. With the promotion of "new infrastructure" and the increasing demand for green and low-carbon transformation, the demand for electrical professionals continues to rise, with favorable salary and benefits, and a bright career development prospect.

Electrical majors are the driving force behind technological progress and social development, serving as a bridge between the past and the future. Whether you are curious about the power system, passionate about communication technology, or looking to excel in the field of electronic information, electrical majors can open a door to your dreams. In this era full of challenges and opportunities, choosing electrical is choosing a future full of infinite possibilities. Are you ready? Let's join hands, light up the light of technology, and embark on a magnificent journey towards the electrical world together!