Introduction of the Undergraduate Majors

(一) Electronic Information

1. Electronic Information Science and Technology

Electronic information science and technology is the study of modern electronics theory and technology, including physical electronics, quantum electronics, optoelectronics, electronics technology and electronic systems.

The major of Electronic Information Science and Technology is to study the theory and technology of modern electronics, including physical electronics, quantum electronics, optoelectronics, electronic technology and electronic systems.

It is a broad-caliber major with intersection of multiple disciplines. The study content is based on mathematics and physics, covering modern

The study content is based on mathematics and physics, covering modern electronics, information technology, computer and electronic system design and implementation, etc., with corresponding

The study content is based on mathematics and physics, covering modern electronics, information technology, computer and electronic system design and implementation, etc., with the corresponding experimental and practical training, cultivating theoretical and practical

The program is designed to cultivate high-end talents who are aware of the intersection of the frontier of electronic information with both theory and practice.

2. Electronic Information Engineering Major

The major of Electronic Information Engineering is to study the generation, transmission, acquisition and processing of information, the design, development, development and implementation of electronic devices and information systems.

The major of Electronic Information Engineering is to study the generation, transmission, acquisition and processing of information, the design, development, application and integration of electronic equipment and information systems. The study content is based on mathematics, physics

The study content is based on mathematics and physics, covering electronics, computer technology, information processing, communication systems and networks, etc., with corresponding experiments.

The course of study is based on mathematics and physics, covering electronics, computer technology, information processing, communication systems and networks, etc., with corresponding experiments and practical training,

The course of study is based on mathematics and physics, and covers electronics, computer technology, information processing, communication systems and networks.

3. Microelectronics Science and Engineering

Microelectronics Science and Engineering focuses on advanced micro and nano devices and manufacturing technologies, micro and nano sensor technologies, new computing devices and architecture design for future integrated circuit development.

Devices and manufacturing technologies, micro and nano sensor technologies, new computing devices and architecture design, etc.

The study content is based on mathematics and physics, covering electronics technology, micro and nano electronic devices, integrated circuit design principles, sensor technology, micro

The course is based on mathematics and physics, covering electronics, micro and nanoelectronic devices, integrated circuit design principles, sensor technology, microelectromechanical systems, etc,

The course of study is based on mathematics and physics, covering electronics, micro and nanoelectronic devices, integrated circuit design principles, sensor technology, microelectromechanical systems, etc.

The major of integrated circuit design and integrated systems is to cultivate high-end innovative talents with basic research and comprehensive design applications in the field of micro and nano electronics.

4. Integrated Circuit Design and Integrated Systems

Integrated circuit design and integrated systems are mainly researching on integrated circuit chip design, design, and application for Internet of Things, artificial intelligence and big data technology.

Integrated circuit design and integrated systems are mainly concerned with integrated circuit chip design, design automation (EDA), computer software and hardware

The study of integrated circuit design and integrated systems is based on mathematics and physics. The study content is based on mathematics and physics, covering

The course covers digital/analog integrated circuit design, hardware/software co-design, computer architecture, and artificial intelligence,

The course of study is based on mathematics and physics, covering digital/analog integrated circuit design, hardware/software co-design, computer architecture, artificial intelligence, etc., with corresponding experiments and practical training.

The program is designed to cultivate high-end innovative talents with basic research and comprehensive design applications in the field of integrated circuit design and intelligent micro and nano systems.

5. Applied Physics

The major of applied physics is the study of advanced electronic device physics and quantum technology. Study content

The study content is based on mathematics and physics, and covers modern electronic technology, advanced electronic materials, micro and nano-electronic devices, micro and nano-mechanical systems, micro and nano-mechanical systems, and micro and nano-mechanical systems.

The study content is based on mathematics and physics, covering modern electronic technology, advanced electronic materials, micro and nano-electronic devices, micro and nano-mechanical systems, new information devices and future computing, quantum sensing

The course covers modern electronics, advanced electronic materials, micro and nano-electronic devices, micro and nano mechanical systems, new information devices and future computing, quantum sensing, quantum communication, quantum computing, etc.

To cultivate high-end innovative talents who will lead the future development of micro and nano-electronic science and technology and quantum technology.

(二) Computer Class

1.  Computer Science and Technology

Computer Science and Technology focuses on computer software and hardware theory and technology, computer architecture and computer application technology. The study content is based on mathematics, physics and programming.

The study content is based on mathematics, physics and programming, covering programming languages and algorithms, computer systems, computing methods, architecture, computer networks, operating systems and software engineering,

The course covers programming languages and algorithms, computer systems, computing methods, architecture, computer networks, operating systems, and software engineering, etc., with corresponding experiments and practical training.

The program is designed to cultivate innovative talents in computer science research and application with equal emphasis on theory and practice.

2. Intelligent Science and Technology

Intelligent Science and Technology focuses on machine perception, machine learning, intelligent robotics, intelligent information processing and cognitive science,

Intelligent information processing and cognitive science, providing new theories and technologies for artificial intelligence systems.

The study content is based on mathematics and computer science courses, covering machine perception, audiovisual information processing, intelligent robotics, virtual reality, and information processing.

The course covers machine perception, audiovisual information processing, intelligent robotics, virtual reality technology, data mining and intelligent information systems, etc.

The program is designed to cultivate high-level talents with basic research and comprehensive application in the field of artificial intelligence, together with corresponding experiments and practical training.

The program is designed to train high-level talents with basic research and comprehensive applications in the field of artificial intelligence.

3. Software Engineering

Software Engineering focuses on the theory, development, operation and maintenance of computer software, and studies software.

Theoretical science, development methods, operating systems, highly trusted software and other technologies. The study content is based on mathematics

The study is based on mathematics and programming, including programming languages, data structures and algorithms, computer systems, software engineering and practice, and software testing.

4. Data Science and Big Data Technology Major

Data Science and Big Data Technology focuses on how to use mathematical and computational methods to analyze and process application domain data and computational techniques suitable for large-scale complex data processing. The study content is based on mathematics, mainly including computer theory, programming, algorithm design and analysis, computer systems and structures, numerical computation, economics fundamentals, etc., with the corresponding experiments, practical training, training both theoretical and practical data analysis personnel and both

The major of Information and Computational Science is to cultivate data analysis talents with both theory and practice and big data talents with economics foundation.

5. Information and Computing Science

The major of Information and Computing Science is the study of the theory, software, systems and applications of information and computing. It is based on mathematics and programming, and covers information science, computing theory, information and computing systems, information and computing systems, and information and computing applications. Information and Computing Systems, Information and Computing Applications, and Artificial Intelligence, etc., with corresponding experiments and practical training. The program is designed to cultivate students who are interested in serving the major strategic needs of the country and who have solid basic theories and the ability to develop innovation in the frontier of information and computing. The program aims to cultivate future leaders who are interested in serving the major strategic needs of the country and who have solid basic theories and the ability to develop and innovate at the frontier of information and computing.

INTERNATIONAL STUDENTS DIVISION Office of International Relations, Peking University