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Graduate
Information and Communication Engineering

Core Disciplines

This discipline is guided by National mid-Term and Long-Term Science and Technology Development Plan (2006-2020), the National 12th Five Year Development Plan of Science and Technology, and the 12th five-Year Development Plan of Science and Technology in Beijing Municipality. This discipline takes next generation key network technology and service, next generation broadband mobile communication technology, complex signal and intelligent information processing, micro-/nano- information system technology and modern logistics technology as its key research field.

Main Courses

In recently years, this discipline has formed its own characteristic and gained a series of research results in the field of digital signal and information processing, network communication theory and technology, radio frequency communication, information micro-/nano- system integration, etc. and gained a series of research results. It also has made important progress in the area of next generation mobile communication and green network communication technology, micro-/nano- information system technology, image scrambling transformation, fingerprint and face recognition, and transient electromagnetic technology. Its research on 3D system-in-package integration technology, electromagnetic information technology application in power field as well as multi-mode autonomous navigation technology stands on the leading level domestically.
Sub-discipline: Communication and Information System
Three pathways are available for this programme:
Pathway A: Master of Science in Theory and Technology of Broadband Wireless Communication
This pathway offers research on broadband wireless communication theory, new technology in modern communication and its implementation, channel coding technology, anti-jamming design and noise reduction, etc.
Pathway B: RF Communication and High-Speed Circuit Signal Integrity
This pathway aims at research on mobile communication, internet of things, RF circuit design of satellite navigation termination and its integrity analysis of high-speed signal, etc.
Pathway C: Master of Science in Micro-/nano- Information System Integration
This pathway offers research on new-type RF/Microwave/Terahertz circuit element in micro/nano- scale, micro sensor/actuator and other functional structure, 3D high-density multi-function micro system integration and internet interconnection technology of these elements or units on modern advanced processing and manufacturing technology platform i.e. micro- and M/NOEMs, advanced encapsulation and circuit board by taking electromagnetic field theory, signal and information processing theory and multi-physical field theory in micro-/nano- scale as basic theory. It also aims at research on technology system of design/simulation verification and testing based on relevant mechanism.
Sub-discipline: Complex Signal and Information Processing
Three pathways are available for this programme:
Pathway A: Master of Science in Complex Signal and Information Processing
This pathway addresses transient electromagnetic exploration technology, information system integration, voice signal processing, information security and coding technology, etc.
Pathway B: Master of Science in Theory and Technology of Network Communication
This pathway covers network architecture with wire/wireless integration, theory and technology of streaming media transmission, theory and technology of green network communication, network intelligent terminal technology, etc.
Pathway C: Master of Science in Image Recognition and Processing
This pathway focuses on recognition and application of fingerprint image and face image model, digital watermark method for digital product protection and certification, etc.
  

Graduate
Master of Engineering: Information and Communication Engineering

Core Disciplines

This programme focuse on the following pathways to nurture Master of Engineering: Integrated network communication technology, broadband wireless communication technology, image recognition and processing, information system of internet of things, transient electromagnetic exploration and its application, and microelectronics and MEMS technology.

Main Courses

This programme, based on requirement of Electronic Information and Communication industry, aims to cultivate high-quality engineering technical talents with practical and innovative ability for the front line of manufacture and development of scientific and technological with advantages of multi-crossed disciplines, promotion of industry-university-research, and comprehensive utilization of practical environment and conditions. It focuses on the following pathways to nurture Master of Engineering: Integrated network communication technology, broadband wireless communication technology, image recognition and processing, information system of internet of things, transient electromagnetic exploration and its application, and microelectronics and MEMS technology.
This programme emphasizes on students’ hands-on ability as they grasps basic theory of electronic information and communication. It is required no less than one year on the students to take part in enterprise-oriented research practice for their abilities of analyzing and solving practical problems in engineering.