ELECTRICAL ENGINEERING AND INTELLIGENT CONTROL

Are you passionate about technology, fascinated by electrical and automation systems? Do you want to work in modern industries where artificial intelligence and intelligent control are changing the world?

Join studyinchina.io to explore the Electrical Engineering and Intelligent Control major – the pathway to the future of technology.

Introduction to the Major

This major originated from the Electrical Technology discipline established in 1986 and was adjusted to the Electrical Engineering and Intelligent Control major in 2013. Based on the foundation of doctoral and master's degree granting points in Electrical Engineering and Control Science, this program aims to train innovative application engineers capable of working in fields such as power distribution, motion control, automation equipment, and information processing. The rapid development of industrial automation technology and unmanned technology has created a huge demand for human resources. This program focuses on cultivating talents with practical abilities and innovative thinking in the field of electrical engineering and intelligent control.

Training Objectives

This program trains well-rounded, innovative engineers with a strong sense of social responsibility and the ability to contribute to the socialist construction cause. Students need a solid foundation in mathematics, physics, and control engineering, along with the ability to track international technological trends. They also need interdisciplinary communication skills and the ability to solve complex engineering problems in fields such as power distribution systems, industrial automatic control systems, and intelligent detection.

Five years after graduation, students should be able to:

1. Handle the operation, maintenance, and troubleshooting of power distribution systems.
2. Participate in the design, research, development, and maintenance of industrial automatic control systems.
3. Solve complex problems in intelligent electronic information detection and automatic operation.
4. Continuously learn and update on technological developments in the industry.
5. Adapt to changes in technology and management, excel in innovation, technical management, and pursue entrepreneurial projects.

Graduation Requirements

Graduates need to meet the following requirements in knowledge, ability, and quality:

1. Engineering Knowledge: Ability to apply knowledge of mathematics, physics, and electrical engineering to solve complex problems in areas such as power distribution system operation, industrial automatic control system design and maintenance, and intelligent detection.
2. Problem Analysis: Ability to identify, describe, and analyze complex engineering problems in electrical and control systems using professional literature, mathematical and physical principles, and scientific engineering methods.
3. Design/Development of Solutions: Ability to propose solutions for complex engineering problems in electrical and control systems, considering factors such as society, health, safety, law, culture, and environment.
4. Research Ability: Ability to model, analyze, and design engineering solutions, conduct experiments, and evaluate data validity.
5. Use of Modern Tools: Ability to select and use modern engineering tools, including simulation software and advanced testing equipment, to solve complex engineering problems.
6. Engineering and Society: Understand and analyze the impact of engineering solutions on society, health, safety, law, and culture, and be aware of related responsibilities.
7. Environment and Sustainable Development: Evaluate the impact of electrical engineering projects and their products on the environment and sustainable social development.
8. Professional Ethics: Understand and adhere to the ethical rules and professional standards of electrical engineers, and fulfill social responsibilities in professional practice.
9. Individual and Teamwork: Ability to work effectively in multidisciplinary teams, assume leadership roles in projects, and possess strong teamwork skills.
10. Communication: Ability to effectively communicate about complex engineering issues with industry professionals and the public, including writing technical reports and presenting on technical issues. Possess an international perspective for cross-cultural communication.
11. Project Management: Understand and apply principles of engineering management and economic decision-making methods in multidisciplinary work environments.
12. Lifelong Learning: Ability to track development trends in the industry, technology, and policies, and commit to continuous learning and self-improvement.

Core Courses

• Electric Circuits
• Analog Electronic Technology
• Digital Electronic Technology
• Electrical Machinery and Control
• Signals and Systems
• Power Electronics
• Power System Analysis
• Principles of Automatic Control
• DSP Technology and Applications
• Motion Control Systems

Research Directions

• Electrical Engineering and Automation Systems
• Industrial Automatic Control and Intelligent Control
• Power Systems and Intelligent Detection

Degree Awarded

Bachelor of Engineering in Electrical Engineering and Intelligent Control

Career Opportunities

Graduates can enter fields such as the power industry, smart production lines, smart equipment manufacturing, and artificial intelligence. They can participate in research and development, system design, operation, and maintenance of electrical and control systems. Students can also work in technical innovation, technical management, or pursue entrepreneurial projects.

Related Majors

• Automation Engineering
• Electronic Information Engineering
• Electrical Engineering and Automation

University Rankings

1. Hefei University of Technology
2. Harbin University of Science and Technology
3. Xi'an University of Technology
4. Shenyang University of Technology
5. Shandong University of Science and Technology

Assessment of the Electrical Engineering and Intelligent Control Major

The Electrical Engineering and Intelligent Control major is a strategic and highly applicable field of study in the current context of digital transformation and Industry 4.0 development. This major inherits a solid foundation from traditional Electrical Engineering and integrates additional elements of intelligent control, artificial intelligence, smart sensors, and unmanned technology, creating a multidimensional interdisciplinary platform.

The training program not only equips professional knowledge but also cultivates practical capabilities, research skills, innovation, and technical management – essential factors for adapting to modern industrial development trends.

Who is Suitable for This Major?

The Electrical Engineering and Intelligent Control major is particularly suitable for students who have a passion for technology, engineering, and mathematics, as this field requires a solid foundation in math, physics, and engineering. Those with logical thinking, system analysis skills, and an interest in solving complex problems, modeling, or systems thinking will easily approach and develop in this major. Additionally, this is an ideal choice for those with self-learning abilities, proactive innovation, and a readiness to update with the latest technological advancements.

This major is also suitable for those who enjoy teamwork, like participating in practical projects, and have clear career orientations, aiming for positions such as application engineers, research and development, technical management, or tech entrepreneurship. Especially, those wishing to work in advanced fields like smart energy, robotics, industrial automation, artificial intelligence (AI), the Internet of Things (IoT), power electronics, and intelligent control will find many strong development opportunities from this major.

Above is information about the Electrical Engineering and Intelligent Control major for those interested. Visit the Major Lookup section immediately to quickly learn about majors in China!