What Is Integrated Circuit Engineering?

The integrated circuit is one of the most important scientific and technological inventions of mankind in the twentieth century. Its invention marks the entry of mankind into the information age. Integrated circuit engineering is a graduate-level engineering specialty that belongs to the first-level interdisciplinary fields of electronic science and technology, information and communication engineering, computer science and technology.

Integrated Circuit Engineering

In the field of integrated circuit engineering, it trains senior technical personnel in integrated circuit design, integrated system design, integrated circuit manufacturing, testing, packaging, material preparation and equipment manufacturing, etc., masters advanced methods and modern means to solve technical problems in integrated circuit engineering, and has innovation Awareness and independent ability to solve practical problems in engineering technology or engineering management.

Integrated Circuit Engineering System-on-Chip Design

System-on-chip technology is the current development trend of large-scale integrated circuits and is one of the important research directions of the integrated circuit industry. System-on-chip design involves system knowledge, model algorithms, chip structure, circuit design at all levels, and device design. It requires application system knowledge, software and hardware design capabilities, and rapid integration verification capabilities. This direction is oriented to the fields of communication, broadcasting and television. It studies algorithms in multimedia signal processing and transmission, circuit design and implementation of algorithms, and system integration. The research contents include source codec in the field of radio and television technology, hardware design and implementation of key modules in channel codec, design and implementation of system-on-chip, research on system-on-chip architecture for multimedia signal processing and transmission, and research on verification methods .

The major of this major is highly complex and requires a broad knowledge base. Therefore, the graduate training content in this direction mainly includes: systematically learning the basic theory of integrated circuits, learning the basic skills of integrated circuit design, learning the basics of signal processing and communication related fields. Theory and system knowledge, learning related knowledge and skills required for system-on-chip design. This major requires students to have a solid theoretical foundation and strong practical skills.

DSPFPGA Integrated Circuit Engineering DSP Algorithm and FPGA Design

The main research content of the DSP algorithm and FPGA design direction is based on the programmable digital circuit platform FPGA chip to realize the processing of broadband high-speed signal data streams in broadcast television and digital wireless multimedia communications;

The research characteristic of this direction is to design a dedicated digital signal processing circuit to achieve high-density parallel computing and data processing. The main application areas of research results in this direction are the realization of digital signal processing systems in high-speed broadcast and television station equipment, digital wireless multimedia base station equipment, and portable equipment that has strict requirements on circuit power consumption.

After studying in this major, students should master the computer-aided design (EDA) methodology based on FPGA circuit platform, including circuit design and dynamic and static verification methods at the register transfer level and logic gate level, and master the basics of common digital signal processing algorithms Design method of circuit module, master digital IF algorithm design of wireless communication system, hardware algorithm-oriented concurrency algorithm design, circuit pipeline design methodology, concurrency algorithm and circuit simulation data consistency verification methodology, etc.