Computer science and technology specialty is an engineering specialty to cultivate applied and compound talents. Its main characteristics are: facing the needs of society, paying attention to the subject foundation and broadening the application scope. This major aims to cultivate students' all-round development in morality, intelligence, physique and ability, and has good scientific and cultural quality. Master the theoretical knowledge and engineering application skills of information science, computer science and application technology systematically and comprehensively, and provide specialized engineering and technical personnel who can engage in the research, development and application of computer application systems.
This major mainly studies the basic theory and applied technology of information science, computer science and technology, natural science, humanities and economic management, and receives engineering training in computer technology research and application. In the fourth year, the tutor will guide the selection of specific application directions and elective courses according to personal interests and actual social needs, so as to make students' ability training targeted and targeted.
Biomedical Engineering
Training objectives: This major aims to train advanced engineering talents who can apply the basic theories and technologies of electronic technology, computer technology and information science to biomedical engineering (research and maintenance of medical instruments, detection and processing of biological signals, and medical image processing). Graduates can also engage in research, development, teaching and management in information industry and other departments.
Business scope: graduates can master the basic principles and methods of electronic technology and computer technology; Master the basic principles of signal detection and signal analysis; Basic methods of medical image processing; Have basic knowledge of biomedicine.
Communication engineering technology specialty
Training objective: to train advanced engineering and technical personnel who are adaptable to the development of modern electronic communication technology, have a solid foundation, strong ability, high quality, wide adaptability, have innovative consciousness and lifelong learning ability, can solve practical engineering problems, and can engage in the research, design, development and application maintenance of communication engineering and computer network systems. Undergraduate course is four years. The main subjects are information processing technology, transmission technology, network engineering and wireless communication technology. The main courses are: circuit analysis, electronic circuit, signal and system, microcomputer principle, single chip microcomputer and embedded system, radio wave propagation and antenna, communication principle, switching technology, wireless communication technology, computer network, optical fiber communication, program design, etc.
Business scope: graduates majoring in communication engineering have professional knowledge in the fields of communication engineering and information engineering technology, and can engage in the research, design, manufacture, operation and development, application maintenance and technical management of related equipment in various departments of national economy, enterprises and institutions and national defense industry. This major has a wide caliber and strong adaptability. Graduates are suitable for communication engineering, electronic engineering, computer communication, intelligent control and other related engineering and technical fields, especially for the talent needs of high-tech enterprises in the fields of telecommunications and electronic engineering.
Automation major
The training goal is to cultivate compound senior engineering and technical personnel who can engage in engineering design, system simulation, system operation and maintenance, scientific and technological development, management and decision-making in the fields of production process automation, industrial electrical automation, pattern recognition and intelligent control.
Business scope: Master all kinds of modern production information processing, control and management technologies, and have solid basic theories and professional knowledge such as electronic technology, power electronics, computer application and automation application technology.
Strong ability to solve practical engineering problems.
Graduates should have the following knowledge and abilities:
1, solid foundation in natural science, good foundation in humanities and social sciences, and strong comprehensive foreign language ability; 2. The system grasps the basic knowledge of engineering technology such as circuit analysis, electronic technology, control theory, information processing, PLC programmable logic control technology, microcomputer principle, single chip microcomputer, etc., grasps the professional knowledge of process automation system, electrical automation system, computer control technology, distributed control system, intelligent control system, etc., and understands the frontier and development trend of automation discipline; 3. Obtain necessary practical training in automation engineering; 4, with the preliminary ability of engineering technical and economic analysis and production management; 5. Have certain scientific research and organizational management capabilities and broad work adaptability.
Employment prospects: graduates of this major are suitable for control engineering, scientific research of automation technology and instruments, system design, etc. Engaged in teaching and research work in scientific research units and industrial enterprises, or in colleges and universities.
Measurement technology and instrument specialty
Training objective: To train engineering talents who are engaged in the development, design, maintenance, use and management of sensor technology, embedded system design and application control network system, and intelligent instrument software and hardware.
Scope of business Master the technical theory and design method of measurement and control instruments in this professional field, and have the application ability and experimental research ability of contemporary measurement and control technology combining optics, machinery, electricity and computer.
Graduates should have the following knowledge and abilities:
1. Master basic theories such as mechanics, electronics, optics, computer, error theory and data processing, as well as professional knowledge such as sensor technology, virtual instrument technology, automatic measurement and control theory, and composition principle of measurement and control system, and understand the frontier and development trend of measurement and control discipline; 2, to obtain basic training of modern measurement and control technology and instrument application, should have the ability to test and analyze process parameter detection instruments; 3. Master the basic skills in the selection, configuration, improvement and maintenance of measuring instruments and automatic control devices in the production process, and have the basic abilities and skills in the design, development and engineering application of measurement and control systems in this major; 4, with the ability of scientific and technological information retrieval, scientific and technological development and organization and management, as well as a broader ability to adapt to the work.
Employment prospects: Graduates of this major are suitable for research, development, production and application of integrated measurement and control systems and intelligent instruments in government functional departments, enterprises and scientific research units, or for scientific research and teaching in colleges and universities.
Rail Transit Signal and Control Specialty
The major of rail transit signal and control was added in September, 20 13 according to the needs of current railway and urban rail transit construction and safe operation. It is a national specialty and belongs to the automation specialty under the discipline of science and technology. Relying on the training of detection technology and instrument and automation specialty in the School of Information Engineering and Automation of Kunming University of Science and Technology, it has been running for more than 30 years. In-depth study on the detection and transmission of rail transit signals and the control of rail equipment system will enable students to master the basic theories, professional knowledge and basic skills in sensor and detection technology, automatic control theory, rail transit control technology, computer principle and application technology, programmable controller principle and application, power electronics technology and so on. To cultivate applied talents with good scientific and cultural quality and innovative spirit who can engage in technology development, applied research, engineering design and engineering in the fields of automatic control of rail transit signals and industrial automation. This major mainly studies the safety of train operation, improves transportation efficiency and provides timely and accurate train operation information. Based on electronic technology, information technology, communication technology, computer technology and control technology, it emphasizes the organic combination of control, communication and computer, and strengthens the study of professional courses and the training of practical ability. This major is close to the needs of the development of modern urban rail transit, making students become applied senior engineering and technical talents to meet the needs of the development of urban rail transit. Urban employment is a distinctive feature of this major.
Employment prospects: urban rail, high-speed rail, electronics, military and other related enterprises, research institutes, companies, etc. Engaged in the detection and control of rail transit signals and the development and design of the system; And design, manufacturing, technology development, maintenance, etc. In the field of signal measurement and control and the development of instruments and systems; Can also be engaged in management, scientific research and teaching in institutions, enterprises and schools.
Internet of things engineering specialty
This major is the only Internet of Things engineering major approved by the Ministry of Education in Yunnan Province. Internet of Things is another revolutionary development of information industry after computer, Internet and mobile communication, and it is a new applied discipline developed on the basis of the cross-infiltration and mutual integration of computer science and technology, network engineering, electronic technology, information engineering and communication engineering. The Internet of Things is officially listed as one of the strategic emerging industries that the country focuses on developing. The Internet of Things industry has the characteristics of long industrial chain and involving multiple industrial clusters, and its application scope covers almost all walks of life.
Training objective: EIP-CDIO engineering education and talent training mode, which is oriented by engineering design, aims at cultivating individual ability (including self-study ability and innovation ability), team ability and system adaptation and regulation ability, and supports talent training. Through the reasonable setting of teaching links and the effective guidance of practice links, we will cultivate senior engineering and technical personnel with solid theoretical knowledge, solid basic skills, high comprehensive quality, innovative spirit, systematic mastery of theories, methods and skills related to the Internet of Things, and extensive professional knowledge in information fields such as communication technology, network technology and sensing technology.
Main courses: Introduction to Internet of Things, fundamentals of circuit analysis, analog electronic technology, digital circuit and logic design, microcomputer principle and interface technology, communication principle, computer network, sensor principle, embedded system design, wireless communication principle, wireless sensor network, networking technology of Internet of Things, etc.
Employment field: Graduates can work in the planning, design, development, maintenance and system integration of the Internet of Things in enterprises and industries related to the Internet of Things, such as minerals, electric power, biology, tobacco, phosphorus chemical industry, energy, non-ferrous metals, transportation, tourism and state organs. You can also engage in scientific research and teaching in universities or scientific research institutions, or continue to study for master's degrees in computer, communication and other related technical disciplines and interdisciplinary subjects.