博彩导航

Pragmatism & innovation

Degree Programs

Undergraduate Programs:
Communication Engineering

This major cultivates all-round development of morality, intelligence and physique, adapts to the needs of local social and economic development, has good humanities and social science literacy, professional ethics and team cooperation ability, master mathematics, natural science and other discipline knowledge, has broad engineering technology foundation and professional knowledge in the field of information such as communication and information technology, communication system design and development technology, and has the ability of sustainable development , innovative application ability and international vision, able to use advanced engineering methods and tools in the field of communication system related applications to engage in communication system research, design, development, integration, testing, application, management, maintenance and technical support to provide excellent talents.

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Undergraduate Programs:
Electronic information science & technology

This major cultivates senior professionals who have basic theories and knowledge of electronic information science and technology, receive strict scientific experiment training and preliminary scientific research training, and can engage in scientific research, teaching, technological development, product design, product production, technical support or management in electronic information science and technology and related fields and departments.

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Undergraduate Programs:

Computer science & technology

This major aims to cultivate high-level computer science and technology professionals who have good scientific literacy, systematically master computer science and technology, including basic theories, basic knowledge and basic skills and methods of computer software, hardware and application, and can engage in computer teaching, scientific research and application in scientific research, education, enterprises, institutions, technology and administrative management units.

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Undergraduate Programs:

Electrical engineering & automation

This major is oriented to the control, management and various modern information processing technologies of various electrical engineering. Its main characteristics are the combination of strong and weak electricity, the combination of electrical technology and electronic technology, the combination of software and hardware, and the combination of components and systems. Students are trained in the basic skills of electrical and electronic, automatic control theory, motion control and computer technology, and have the basic ability to solve the technical problems of electrical engineering and automatic control.

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Undergraduate Programs:

Internet of things Engineering

The specialty is oriented to the "Internet +" innovative economy, adapting to the needs of the Yangtze River Delta regional economic development, cultivating all-round development of morality, intelligence and physical integrity, with good humanities, social science literacy, professional ethics and teamwork ability, mastering mathematics, natural science and other disciplines knowledge, and has a wide range of engineering and technical knowledge and expertise in computer science, sensing technology, communication technology and other information fields. Senior engineering and technical talents with sustainable development ability, innovative application ability and international vision, who can use advanced engineering methods and tools in Internet of things related application fields from Internet of things perception and control, wired / wireless network and transmission, and software and information service research, development, integration, application and management.

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Undergraduate Programs:

Optoelectronic information science & Engineering

This major adopts the training mode of small class and scientific research, and cultivates solid theoretical basis, broad professional knowledge and skilled engineering skills in the field of Photoelectric Information Engineering (mainly including optical communication, laser and electronic technology, photoelectric sensor, photoelectric display, energy and lighting, etc.), as well as broad foundation and high level with healthy physique and good psychological quality Quality, innovative consciousness and practical ability of Optoelectronic Engineering and technical personnel.

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Postgraduate Programs:

Doctoral Programs

Electronic Science and Technology (first-class doctoral program) relies on the "Electronic Science and technology" first-class construction discipline (Class A) and key disciplines in Zhejiang Province.

Physical Electronics (second level doctoral program), which focuses on the field of new electronic and photon communication devices, carries out basic research on the preparation and application of new infrared optical fiber, waveguide, film, micro nano photon device and gas sensor.

Circuit and system (second level doctoral program). This degree program mainly focuses on the basic research and Application Research of new electronic and sensor components and electronic integrated system in the fields of chip energy self supply, new sensor and detection technology, embedded electronic system, intelligent instrument, multimedia information system, etc.

Micro nano electronics and integrated circuits (second level doctoral program). This degree mainly focuses on the field of new micro nano devices, low-power chips, electronic design automation, IP core, analog integrated circuits, digital analog hybrid chips, and carries out basic research and Application Research on new micro nano devices and integrated circuit design technology.

Electromagnetic field and microwave technology (second level doctoral program). This degree focuses on electromagnetic field theory and microwave light wave technology, including electromagnetic field theory and application, optical waveguide theory and technology, microwave millimeter wave technology and system, microwave millimeter wave integration technology, optical wave technology, optical device and optical sensor technology and application.

 

Information and Communication Engineering (first level doctoral program), degree program has formed six stable discipline directions, including communication and information system, signal and information processing, mobile computing and human-computer interaction, information functional materials and devices, biomedical information processing, quantum information and communication.

Communication and information system (second level doctoral program), mainly engaged in the research of multi carrier transmission technology, multi antenna MIMO technology, channel adaptive technology, anti-jamming technology, cognitive technology, wireless resource management and cross layer optimization design technology, mobile Internet and intelligent terminal technology, intelligent RF system, RF power amplifier linearization technology, etc. in the new generation of mobile communication.

Signal and information processing (second level doctoral program), mainly engaged in signal detection and acquisition for network communication, video and audio processing and transmission, intelligent information processing, etc

Mobile computing and human-computer interaction (second level doctoral program), mainly engaged in data transmission and processing, resource sharing, human-computer interaction technology and Application Research of computer or intelligent terminal in wireless environment, is the cross field of mobile communication and computing technology. The goal is to provide useful, accurate and timely information to users in multimodal, virtual, intelligent and other interactive ways.

Information functional materials and devices (second level doctoral program). Based on the interdisciplinary communication, optics, materials and other disciplines, combined with the development frontier of communication optical devices, the degree mainly focuses on the field of new-type photon communication devices, and carries out the preparation of new-type infrared optical fiber, waveguide, film, micro nano photon devices and the basic research of applications in broadband amplifiers, nonlinear all-optical network devices and other fields Research.

Biomedical information processing (second level doctoral program) is mainly engaged in an interdisciplinary subject that takes biological and medical information such as medical images, genomes and other medical data as research objects, and with the help of computer science, information science and cognitive science and technology, excavates and reveals the nature of related biology and the law of medical diseases.

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Postgraduate Programs:

Optoelectronic information science & Engineering

Electronic Science and Technology (first level master's degree), the first-class construction discipline of Zhejiang Province (Class A), the key discipline of Zhejiang Province, and the main research direction of Ningbo City.

Physical Electronics (second level master's degree), based on the interdisciplinary of electronics, communication, optics, materials and other disciplines, combined with the development frontier of electronic and communication optical devices, and focusing on the field of new electronic and photon communication devices, the degree carries out basic research on the preparation and application of new infrared optical fiber, waveguide, film, micro nano photon devices and gas sensor devices.

Circuit and system (second level master's degree), the degree point carries out research and application development work in low-power VLSI circuit design technology, new digital logic circuit implementation method, digital system design and special integrated circuit design, multimedia embedded system, embedded terminal software, high-resolution digital imaging system, multimedia signal processing and image system, etc.

Micro and Nano Electronics and integrated circuits (Master's degree II), mainly engaged in research on the characteristics of new micro and nano electronic sensitive devices, integrated circuit design and electronic design automation. The research results are applied to the control chip of industrial manipulator, some of which have won two provincial and ministerial second prizes.

Electromagnetic field and microwave technology (second level master's degree), this degree focuses on electromagnetic field theory and microwave light wave technology, including electromagnetic field theory and application, optical waveguide theory and technology, microwave millimeter wave technology and system, microwave millimeter wave integration technology, light wave technology, optical device and optical sensor technology and Application.

 

Information and Communication Engineering (first level master's degree), relying on the first level doctor's degree of information and communication engineering, is a first-class discipline (Class A) in Zhejiang Province. Communication and information system (second level master's degree), which mainly carries out theoretical research and technical development work in mobile communication and broadband wireless communication, key technology of new generation mobile communication network, communication terminal software technology, radio frequency technology, optical fiber radio technology, multimedia communication, etc. Signal and information processing (second level master's degree), the degree mainly carries out the research and application development of digital audio and video processing, communication signal processing, information fusion technology, digital signal processing system, etc.

 

Computer science and Technology (first level master's degree), degree points emphasize the combination of production, teaching and research, the combination of theory and practice, industrial development and social needs as the guide, and strive to provide the society with distinctive characteristics and popular application-oriented computer technology professionals.

 

Electronic information (Master of Engineering), the degree point has the Ministry of Education Engineering Center, the Ministry of Education International Science and technology cooperation base, national key laboratory training base and other scientific research platforms. Electronic and

Communication Engineering (second level master's degree), the degree point in electronic and communication engineering in wireless communication transmission, radio frequency technology, video transmission and playback technology, location services, Internet of things technology, sensor and detection technology, information security technology and other fields of technical research and engineering technology development.

Integrated circuit engineering (second level master's degree), this degree point has carried out research in the fields of integrated circuit design, electronic system design and application, embedded system design and application, sensor and Internet of things technology, wireless communication technology and application, etc.

Computer technology (secondary master's degree), the degree point in machine learning, machine vision, big data mining technology, data security, voice and digital image forensics and other aspects of research characteristics.

Optoelectronic Information Technology (second level master degree), the main research direction of this degree includes the basic and Application Research of new information functional materials, optical fiber devices and thin film devices, infrared optoelectronic system.

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