This major focuses on marine exploration and communication technology and marine environmental monitoring technology, and cultivates senior professionals with solid mathematical foundation, basic knowledge of marine science and modern information processing technology, who can be competent for marine high-tech development and research, marine resources development and marine engineering construction.

Main courses: introduction to marine science, acoustic foundation, underwater acoustic technology, electronic technology, sensor technology, marine remote sensing, information processing technology, marine investigation and observation technology, etc.

Graduates are mainly engaged in marine scientific research, marine resources investigation and development, marine environmental monitoring, marine resources management, marine detection and monitoring instruments and other technologies and development related to electronic information and acoustic information in institutions of higher learning, scientific research institutes, State Oceanic Administration and naval units.

(2) Physics

This major focuses on the theory and application of condensed matter physics, optics and optoelectronics, and the development of photoelectric functional materials, and focuses on the combination of science and engineering, focusing on cultivating senior professionals who have a solid mathematical foundation and good scientific quality, can systematically master the basic theories and experimental methods of physics, have corresponding computer technology, electronic technology, information processing technology and photoelectric technology, and can solve practical problems in physics, especially in the fields of material physics and optics and optoelectronics.

Main courses: theoretical mechanics, electrodynamics, quantum mechanics, thermodynamics and statistical physics, solid state physics, computational physics, condensed matter physics, experimental physics, photoelectric technology, modern optics, laser principle and technology, information optics, sensor technology, etc.

Graduates mainly go to universities, scientific research institutions, government agencies, environmental protection departments and enterprises related to modern science and technology, optical engineering and electronic information to engage in teaching, scientific research, technology development, product development and technology management.

(3) Electronic information science

This major focuses on the collection, transmission and processing of electronic signals and information, and cultivates compound senior professionals with solid mathematical foundation, good scientific literacy, strong innovative spirit and practical ability, who can engage in the research, development and design of electronic information science and technology and related fields, as well as marine information detection and processing.

Main courses: Basic course of electronic technology, basic course of computer technology, signal and system, electromagnetic field and microwave technology, communication principle, digital signal processing, image processing, computer network technology, photoelectric technology, electronic design automation (EDA) and related specialized courses of marine information detection and processing.

Graduates generally have strong adaptability to work and can engage in teaching, scientific research, engineering design, research and development, management and other aspects of electronic information science and technology.

(4), electronic information engineering

Main courses: electronic technology series courses, computer technology series courses, acoustic foundation, acoustic signal processing, modern audio technology, electronic design automation (EDA), network engineering, sensor technology, acoustic multimedia technology, environmental acoustics, etc.

(5), communication engineering

Main courses: electronic technology series courses, computer technology series courses, microwave technology, photoelectric technology, communication principles, computer communication, optical fiber communication, program-controlled switching technology, mobile communication technology, electronic design automation (EDA), etc.

(6) Computer science

This major trains senior professionals who have a solid theoretical foundation of computer science, strong programming and program analysis skills, grasp the organization and architecture of modern computer systems and the basic theories and knowledge of computer software, have strong computer programming and analysis skills and the ability to develop software and hardware systems, and can be engaged in the design, development and application of computer software and hardware systems.

Main courses: discrete mathematics, programming language, computer network, software engineering, computer special chip design, etc.

Graduates mainly engage in the development, design, maintenance and management of computer software and hardware in enterprises, institutions and high-tech R&D departments, or engage in teaching and scientific research in the computer field in universities and scientific research institutions.

(7), optical information science

Relying on the key laboratory of Shandong Province and the key laboratory of Qingdao —— Optoelectronic Laboratory, this major cultivates high-level professionals with strong adaptability, mastering the basic theories and skills of optical information science and technology, skillfully using computers, and being competent in the research and development of information optoelectronic devices, the design of optical communication systems and optical information systems, and the research and development and management of optical communication networks.

Main courses: laser principle and technology, information optics, photoelectric sensing technology, optical fiber communication, photoelectric technology, applied optics, optical fiber communication experiment, laser experiment, optical information processing experiment, etc.

Graduates mainly go to information industries such as communication, radio and television, information optoelectronics, photoelectric control, scientific research institutes, high-tech companies and other departments to engage in the research and development of information optoelectronic devices, optical communication systems and optical information system design, and the research, design, construction, maintenance and management of optical communication networks. You can also engage in related research and teaching work in colleges and universities, and you can also engage in corresponding work in other majors such as optical engineering and electronic information engineering.