The academic system of computer science and technology is four years, and students get a bachelor's degree in engineering after graduation.

Key disciplines: computer science and technology.

Computer science and technology majors train senior technical personnel in scientific research and engineering with good scientific literacy, systematic and better grasp of natural science knowledge, foreign language ability, basic theoretical knowledge, skills and methods of computer science and technology, including the design and application of computer software and hardware, adapting to the development requirements of socialist market economy, and having innovative spirit and pioneering consciousness.

The main courses offered by computer science and technology specialty are: advanced mathematics, college physics, discrete mathematics, circuit principle, analog circuit, digital circuit, computer composition principle, operating system, compilation principle, software engineering, computer network, high-level language, assembly language, data structure, database system, embedded computer system, etc.

Computer science and technology majors include computer network, computer composition principle, interface, communication technology and other professional laboratories and computer rooms.

After four years of study, students can systematically master natural science knowledge and foreign language ability; Master the basic theory and knowledge of computer science and technology; Master the basic methods of computer system analysis and design; Have the basic ability to research and develop computer software and hardware; Understand computer-related laws and regulations; Understand the development of computer science and technology; Master the basic methods of literature retrieval and data query, and have the ability to obtain information.

Graduates majoring in computer science and technology can engage in teaching, scientific research, technology development, product design, software development, system integration, operation and management in scientific research departments, educational institutions, enterprises and institutions, and technical and administrative departments. Professional code: 080604

The academic system of communication engineering is four years.

Students get a bachelor's degree in engineering after graduation.

Key disciplines: information and communication engineering, electronic science and technology, computer science and technology.

Communication engineering majors cultivate practical senior technical talents who meet the needs of the development of information field, have good scientific and cultural quality and innovative spirit, master basic theoretical knowledge and practical ability of information processing, transmission, exchange, modern communication network, wireless communication, computer communication, optical fiber communication, computer application, foreign languages and management, and can engage in the design, research and development and technical management of electronic, information technology and communication equipment and systems.

The main courses offered by communication specialty are: circuit principle, analog electronic technology, digital electronic technology, FPGA principle and application, high-frequency electronic circuit, signal and linear system, communication principle, modern communication technology, digital signal processing, electromagnetic field theory and microwave technology, modern switching technology, microcomputer principle and interface technology, C language programming, mobile communication, optical fiber communication, information theory and coding technology, single chip microcomputer principle and application, computer communication network, etc.

The communication engineering major has laboratories such as high-frequency circuit, microwave antenna, program-controlled switching, communication principle, new communication technology, interface and communication, computer network, FPGA laboratory and embedded system.

Graduates should master the basic theories and design methods of electronic technology, communication technology and computer technology, as well as the basic principles and application methods of program-controlled switching technology, optical fiber communication, mobile communication and computer network communication, and have the working ability to design, research and develop various communication systems.

Graduates majoring in communication engineering can engage in research, development, design, teaching, operation and management of communication and information systems, electronic technology, information processing and computer networks in various enterprises, institutions, universities, research institutes and high-tech companies. Professional code: 080603

The educational system of electronic information engineering is four years.

Students get a bachelor's degree in engineering after graduation.

Key disciplines: information and communication engineering, electronic science and technology, computer science and technology.

Electronic information engineering is a wide-caliber specialty in the field of electronic technology and information engineering. It trains practical senior technical talents with good scientific literacy, systematic and better grasp of natural science knowledge, foreign language ability, theoretical basis of electronic technology and information technology, strong practical ability and innovation ability, and the ability of electronic technology application and engineering design, information collection and processing, communication system and information network design, and electronic and information product development.

The main courses offered by electronic information engineering major are: circuit principle, analog electronic technology, digital electronic technology, high-frequency circuit, information theory foundation, signal and system analysis, communication principle, digital image processing, voice signal processing, electromagnetic field and electromagnetic wave, microwave technology, computer network, detection and conversion technology, single chip microcomputer principle and interface technology, electronic design automation, embedded system and application, DSP principle and application, automatic control principle, etc.

Electronic information engineering major has professional laboratories such as microcomputer principle and interface, signal and system analysis, optical fiber communication, digital signal processing, antenna and microwave technology, high-frequency circuit, communication principle, digital image processing, embedded system, etc.

After four years of study, graduates majoring in electronic information engineering can systematically master a wide range of technical basic theoretical knowledge in this field and adapt to a wide range of work in the field of electronic information engineering; Master the basic theory and experimental technology of electronic circuits, and have the basic ability to analyze and design electronic equipment; Master the basic theory and general application methods of information acquisition and processing, and have the basic ability to design, integrate, apply and simulate information systems by computer; Understand the basic principles, policies and regulations of the information industry and the basic knowledge of enterprise management; Understand the theoretical frontier of electronic equipment and information system, and have the preliminary ability to research and develop new systems and technologies; Master the basic methods of literature retrieval and data query, and have certain scientific research and practical work ability.

Graduates majoring in electronic information engineering can engage in research, development, design, teaching, operation and management of information processing, communication technology, computer network, electronic engineering and automatic control in various enterprises, institutions, scientific research institutes, universities and high-tech companies. Professional code: 080607

Biomedical engineering lasts for four years, and students get a bachelor's degree in engineering after graduation.

Key disciplines: biomedical engineering, signal and information processing.

Biomedical engineering is a new and comprehensive frontier discipline, which applies electronics, computers, information processing and other technologies to the medical field. This subject involves computer software and hardware, electronic technology, basic medicine and other disciplines, and trains senior engineering and technical personnel engaged in design, manufacturing and research in biomedical engineering, electronic information engineering, detection technology and other fields.

The main courses offered are: advanced mathematics, college physics, human anatomy, disease physiology, circuit principle, electronic technology, signal and system analysis, principle and application of single chip microcomputer, biomedical sensor and detection technology, medical imaging technology and system, medical electronic instruments and systems, digital signal processing, engineering optics, etc. Implement the 3+ 1 teaching mode. Professional direction is intelligent medical instruments and systems, biomedical information processing technology.

The main laboratories of biomedical engineering include: basic medical laboratory, biological signal detection laboratory, medical instrument system laboratory, medical imaging laboratory, signal and system analysis laboratory, digital signal processing laboratory and digital image processing laboratory.

Biomedical engineering graduates can engage in scientific research, teaching, enterprise management and equipment maintenance in scientific research institutes, universities, medical equipment units, hospitals, factories and mines. Professional code: 080640S

Northeastern University is one of the first key universities approved by the Ministry of Education on 20 10 to offer the major of Internet of Things.

The academic system of the Internet of Things project is four years, and students get a bachelor's degree in engineering after graduation.

Key disciplines: computer science and technology, electronic science and technology, information and communication engineering.

The major of Internet of Things Engineering cultivates senior talents in scientific research and engineering with good scientific literacy, systematic and good grasp of natural science knowledge and foreign language ability, and solid theoretical foundation and professional knowledge in sensing technology, network communication, embedded system, signal and information processing, mobile computing and computer application technology. Adapt to the needs of the development of socialist market economy, with innovative spirit and pioneering consciousness.

The main courses offered by the major of Internet of Things Engineering include: advanced mathematics, college physics, discrete mathematics, introduction to Internet of Things engineering, circuit and electronic technology, digital logic and system, C++ programming, sensor technology, Internet of Things communication technology, computer composition principle, data structure and algorithm, operating system, computer network, single chip microcomputer technology and application, database principle, RFID principle and technology, embedded system and application, wireless sensor network and so on.

Eight professional laboratories, such as wireless sensor network laboratory, RFID principle and technology laboratory, Internet of Things comprehensive technology laboratory, embedded system and FPGA laboratory and computer network laboratory, can provide excellent experimental teaching environment and conditions for Internet of Things engineering specialty. There is also the Institute of Internet of Things and Information Security as a place for students to practice and participate in scientific research and other practical activities.

After four years of study, students can master natural science knowledge systematically and have high foreign language ability; Master the basic theory and knowledge of Internet of Things engineering; Master the basic methods of analysis and design of Internet of Things application system; Have the basic ability to research, design and develop Internet of Things application systems, software and hardware; Understand the policies and regulations related to the Internet of Things; Understand the development trend of Internet of Things technology; Master the basic methods of literature retrieval and data query, and have the ability to obtain information.

After graduation, students majoring in Internet of Things engineering can engage in teaching, scientific research, technology development, system integration and management in scientific research institutes, universities, enterprises and institutions, and technical and management departments.