1, computer science and technology major: Computer science and technology is a major that studies the basic principles and applied technologies of computers, aiming at cultivating senior professionals who master the basic theories and system design of computer science and technology. This major course mainly covers computer composition principle, data structure, algorithm design and analysis, operating system, compilation principle and so on.
Employment prospects: graduates of this major can engage in research, education, design, development and management in computer science-related fields, such as software engineers, system architects, software test engineers, system administrators, information security engineers, etc.
2. Software engineering major: Software engineering is an engineering discipline, which mainly includes the analysis, design, implementation, testing and maintenance of software development process, aiming at cultivating senior software engineers with the ability of software system development, testing and operation and maintenance. The main courses of this major involve object-oriented technology, database technology, software engineering, software testing and so on.
Employment prospects: Graduates can engage in software system development, testing, operation and maintenance, such as: software engineer, software testing engineer, project manager, system architect, etc.
3. Internet of Things Engineering: Internet of Things Engineering is a comprehensive discipline involving computer science, electronic engineering and other cross-disciplines, aiming at training senior engineers to master the related standards, technologies, principles and applications of Internet of Things. The main courses are Internet of Things principle, electronic circuit, embedded system design, cloud computing and so on.
Employment prospects: Graduates can work in research and development, design, testing and operation and maintenance of products related to the Internet of Things, such as Internet of Things engineers, embedded system engineers, cloud computing engineers and intelligent hardware engineers.
4. Artificial intelligence engineering major: Artificial intelligence engineering is an engineering major that explores the principles, methods, applications and development of artificial intelligence technology. The main courses include mathematical foundation, machine learning, natural language processing, computer vision and so on. Students trained in this major can engage in artificial intelligence algorithm design, cloud computing platform development, speech recognition, image processing and other related work.
Employment prospects: Graduates can engage in R&D, design, testing and operation and maintenance of related products in the field of artificial intelligence, such as artificial intelligence engineers, data mining engineers, machine vision engineers and natural language processing engineers.
5. Network engineering major: Network engineering is an important branch of communication engineering, which mainly includes computer network technology, network communication protocol, network security and other knowledge. The students trained in this major can be competent for the configuration and maintenance of network technology equipment and the design, implementation and management of network systems. The main courses of network engineering include network principles, network protocols, network security, Linux operating system and so on.
Employment prospects: Graduates can engage in research and development, design, testing and operation and maintenance of related products in the field of network engineering, such as network engineers, network administrators, network security engineers and network operation and maintenance engineers.
6. Information security major: Information security is a discipline to ensure the information security of information systems and users, aiming at cultivating senior technical personnel in information security. The main courses include network security, information encryption technology, information security management, computer forensics and so on.
Employment prospects: Graduates can engage in research and development, design, testing and operation and maintenance of related products in the field of information security, such as information security engineers, network security engineers, system security engineers and security management engineers.
Advantages of engineering colleges
1, emphasizing the combination of theory and practice, emphasizing practical ability: The School of Engineering attaches great importance to students' practical ability and has opened a large number of laboratories and practical courses to help students master theoretical knowledge skillfully. At the same time, the college also pays attention to the combination of theoretical knowledge and practical application to cultivate students' practical ability and ability to solve practical problems.
2. Good employment prospects and high salary level: At present, there is a great demand for engineering professionals in society, especially in today's rapid development of science and technology. The students trained in engineering colleges have high employment competitiveness and salary level, and the employment situation of graduates is optimistic.
3. Improve students' comprehensive quality and cultivate team consciousness: Engineering projects usually require the cooperation of many people, so the College of Engineering has a very clear goal of cultivating team cooperation and communication consciousness, and students can cultivate strong team consciousness and cooperation spirit in such a learning and practice environment.