Cultivation Objective: This major direction cultivates high-level applied mobile Internet development technology and software engineering management talents. Students will have a deep foundation in computer theory and solid system analysis, modeling and design capabilities, proficiency in mobile Internet communication development technology, Java advanced development and framework technology, mobile terminal (Android/iOS) application development technology, mobile Web application development technology; able to use software development and software engineering knowledge to complete the mobile Internet environment to adapt to the "cloud" and "terminal". The program is capable of utilizing software development and software engineering knowledge to complete the design, development, testing and maintenance of "cloud" and "terminal" software products adapted to the mobile Internet environment.
Major course curriculum: Basic Computer Theory + JAVA Advanced Programming, Web Programming, Algorithm Design and Analysis, Oracle Database, XML Programming, SSH Framework, Java EE Desktop Programming, Ajax Programming, Mobile Network Technology, (Android/iOS) Mobile Application Development, Mobile Web Development, Linux+PHP+Mobile Web Development, and Mobile Web Development, as well as the following courses: Linux+PHP+Mobile Web Development, Mobile Web Development, Mobile Web Development, Mobile Web Development, Mobile Web Development, Mobile Web Development, and Mobile Web Development. Linux+PHP+MySQL Programming, UML System Analysis and Design, and Software Engineering.
Year of study and degree conferred: four-year, bachelor's degree in engineering.
Employment Prospects: Graduates of this program can be employed in the following positions in mobile Internet enterprises, software enterprises, mobile operators, communication enterprises and institutions: Java development engineers, (Android) mobile development engineers, mobile Web development engineers, database development engineers, technical support engineers, project implementation engineers, and so on. They can also utilize their own creativity and innovative thinking to devote themselves or their teams to mobile Internet entrepreneurship. Cultivation Objective: This major direction cultivates high-level composite software development and testing talents. Students will have solid theoretical knowledge of programming and software engineering, be familiar with the mainstream technology platform .NET, proficient in Visual C# and C++ programming languages, proficient in Web development technology, database development and game development technology, proficient in software testing methods and techniques, proficient in QTP, LoadRunner and Visual Studio platform and software testing tools under the open platform. Software testing tools, able to effectively organize and manage the architectural design, development and test execution specification of software products, and able to carry out reliable program implementation.
Major course curriculum: basic computer theory course cluster + C# advanced programming, Web programming, data structure, XML programming, Ajax programming, UML system analysis and design, Oracle database, algorithm analysis and design, Linux, software engineering, software testing, automated software testing, performance testing, software quality assurance, Design Patterns, Linux+PHP+MySQL Programming, C++ Programming, Game Development, and more.
Year of study and degree conferred: four-year, bachelor's degree in engineering.
Employment Prospects: Graduates of this program will make up for the shortage of composite talents with both software development and testing technology in the IT talent market, and will be employed in the following positions in major IT companies, enterprises, research institutes and other employers: software development engineers, software testing engineers, software quality assurance engineers, system analysis engineers, software configuration management engineers, software technical support engineers, and so on. Software Technical Support Engineer, etc. Cultivation Objective: This specialty direction cultivates high-quality network application development and network engineering management talents. Students will be equipped with basic and cutting-edge computer network technology, network security technology, proficient in C++ program design and development technology, proficient in computer network design and setup, proficient in Linux system configuration and management, proficient in advanced routing and switching equipment configuration and management, familiar with network information security configuration and protection, mastering the construction of data center servers, operation and maintenance, and monitoring and management, and having the ability to plan, design, adjust and optimize the performance of the network architecture. He has the ability to plan, design, adjust and optimize the performance of network architecture, and has the ability to install, configure, manage and monitor the security of the network environment.
Major course curriculum: basic computer theory courses + computer networks, webpage production, advanced routing and switching, protocol simulation, integrated cabling, networking technology, C++ programming, Java programming, Windows Server network architecture, Linux configuration and management, Linux network architecture, network security, Oracle database, Linux+PHP+MySql Programming, Virtualization and Cloud Computing Technology, Cloud Data Center Construction and Operation and Maintenance.
Year of study and degree: four years, bachelor degree of engineering.
Employment Prospects: With the rapid development and application of the concept of "Internet+" in different fields, graduates of this major can be engaged in network application development and network engineering management and services in different industries, network platform optimization and data center management and operation and maintenance, and can be employed in the following positions: network development engineers, network architects, network security They can be employed in the following positions: network development engineers, network architects, network security engineers, network cabling engineers, and operation and maintenance administrators of large-scale network centers. Cultivation Objective: This specialty direction cultivates high-level composite embedded application system design, development and management talents. Students will have a solid basic knowledge of computer science, proficiency in embedded application system development required by the basic theory, technology, application methods and a variety of debugging tools, with embedded application systems and embedded microprocessor-based electronic products, software design, development, testing, maintenance and technical support capabilities.
Major course curriculum: basic computer theory courses + basic computer circuits, C/C++ programming language, microcontroller principles and applications, introduction to embedded systems, ARM architecture and development, embedded system software design, embedded software testing, embedded software engineering, Android embedded software development, VHDL language and digital system design, FPGA-based embedded system design. FPGA-based Embedded System Design, etc.
Year of study and degree conferred: four-year, bachelor's degree in engineering.
Employment Prospects: Graduates of this program will enter the most popular and promising industry fields, such as industrial control, consumer electronics, information appliances, communication equipment, military electronics, medical equipment, traffic management, environmental engineering, commercial financial products, aerospace and marine electronics, automotive electronics and other related enterprises, engaged in the design, development, testing and maintenance management of embedded system software. and maintenance management. Cultivation Objective: This major direction cross-industry training of high-level composite intelligent information processing and intelligent manufacturing product design and development talents. Students will master the basic theoretical knowledge of software development, intelligent information processing and intelligent manufacturing, master computer communication and information processing technology, have the basic skills of modern intelligent information processing and mechanical engineers, have the ability of designing, manufacturing and industrial application of intelligent sensors, industrial robots and other intelligent devices, and master the industry's required technologies such as computers, intelligent processing, robots, intelligent sensing, industrial communication and automation control. etc. technologies required by the industry.
Major course curriculum: basic computer theory courses + C/C++ programming language, Java programming, software engineering, database technology and applications, data structure and algorithms, data mining and intelligent analysis, sensing application technology, modern manufacturing technology, basic mechanical design, mechanical manufacturing technology, basic mechanical CAD, network engineering, management information system, enterprise ERP principles and applications. ERP principles and applications, etc.
The duration of study and degree conferred: four years, and the degree of Bachelor of Engineering is conferred.
Employment Prospects: Graduates of this program can be engaged in engineering design, new product development, facility planning, production control, quality management, logistics management, supply chain management, equipment management and other information technology work in various manufacturing industries, intelligent terminals and intelligent furniture enterprises, and will become the senior informatization technical personnel in the field of intelligent manufacturing, design and manufacturing, scientific and technological development, application and research, operation and maintenance management and business sales. They will become the senior information technology talents in the field of design and manufacturing, science and technology development, application research, operation and maintenance management, operation and sales in the field of intelligent manufacturing. Cultivation Objective: The direction of this specialty is to cultivate the composite application talents with the integration of science and art, both software development technology and digital art creation. Students will systematically master the core digital media technologies such as animation production, computer game development and virtual reality design, and have the ability of interactive design and development of digital media products, as well as the ability of game development, virtual reality design and visual simulation,
and have a certain degree of artistic literacy and creativity.
Major course curriculum: basic computer theory course cluster +
Design Sketch, Morphological Composition, Photoshop Image Processing, Illustrator Graphic Design, Flash Animation Design, 3D Modeling and Animation Design, Interactive Media Art, Photography and Video Camera, Computer Graphics, Computer Game Fundamentals, Virtual Reality Technology, Digital Image Processing, Human-Computer Interaction Technology, Unity Virtual Simulation and Game Development, and Video Clip Production.
Year of study and degree: four-year, bachelor's degree in engineering.
Employment Prospects: Graduates of this program can be engaged in the design, production, technical support, production management, research and development and innovation of animation, animation games, virtual simulation and other digital cultural works. They can be employed in many fields such as advertising media, online media, digital media display, animation games, touch media and online training, etc., in the following positions: visual advertising designers, human-computer interaction designers, Web front-end engineers, game effects designers, game development engineers, virtual reality development engineers and so on. Cultivation Objective: This major direction cross-industry cultivates high-level compound talents with both software development technology and intelligent information system design and analysis ability. Students will master computer software development and application technology, proficient in JAVA programming, proficient in advanced database management technology, master the basic theoretical knowledge of modern management, master intelligent information system analysis and design methodology, with data mining technology and decision-making system development capabilities, and be able to analyze the business process for the enterprise informatization operation and build advanced business models.
Major course curriculum: basic computer theory courses + JAVA advanced programming, advanced database technology and application, software engineering, data structure and algorithms, operations research, management, financial management, logistics and supply chain management, ERP principles and applications, customer relationship management, data mining and analysis, modern manufacturing technology, basic mechanical design, machinery manufacturing technology, basic mechanical CAD. CAD foundation, etc.
Year of study and degree conferred: four years, bachelor's degree in engineering.
Employment Prospects: Graduates of the program can be engaged in enterprise information system management, advanced database management, industry informatization consultant, as well as information system software analysis, design, development, implementation and management work; can also be engaged in various types of machinery, electronics, automotive and other manufacturing industries in the production control, quality management, facilities planning, supply chain management, equipment management and other informatization work; but also in the data center of enterprises and institutions. The data centers of enterprises and institutions can also be managed. Cultivation Objective: The direction of this major is to cultivate high-level application talents for graphic design, digital film and television production, and game animation creation in digital media technology. Students will master the basic knowledge and skills of digital media technology, the core technology of digital media such as animation production, film and television production, and have the ability to design and produce digital media works, human-computer interaction interface design, animation design and film and television creation,
And have a certain degree of artistic literacy and innovation ability.
Major course curriculum: basic computer theory courses +
Design Sketch, Morphological Composition, Photoshop Image Processing, Illustrator Graphic Design, Flash Animation Design, 3D Modeling and Animation Design, Interactive Media Art, Photography and Camera, Film and Television Fundamentals, Film and Television Post-Processing (After Effects), Non-linear Editing (Premium Effects), and Film and Television Creation (Premium Effects). Non-linear Editing (Premiere), Computer Graphics, Human-Computer Interface Design, Video Clip Production, etc.
The duration of study and degree conferred: four years, and the degree of Bachelor of Engineering is conferred.
Employment Prospects: Graduates of this program can be engaged in the design, production, technical support, production management, research and development and innovation of advertising, animation, film and television and other digital cultural works; they can be employed in the following positions in the fields of visual advertising, film and television media, network media, digital media display, animation and games, touch media, and online training: graphic designers, UI designers, Web front end Engineer, film and television special effects engineer, film and television post-production engineer, game designer and so on. Cultivation Objective: This major direction crosses the industry to cultivate high-level composite talents with both software engineering and financial information system design and development technology. Students will have a solid foundation in software engineering, be proficient in JAVA development technology, master the basic theoretical knowledge of economics and finance, and have the ability to analyze, design, develop, implement, and maintain financial information systems in the financial application software developers, financial information system providers, as well as the information departments of various financial institutions, such as banks, securities, insurance, and other research and development and management capabilities.
Major course curriculum: basic computer theory courses + software engineering, Java programming, Web programming, SSH (Struts + Spring + Hibernate) framework, Oracle database, webpage production technology, XML programming, western economics, introduction to finance, financial market science, international financial management, ERP Financial Management, ERP Sand Table Simulation, Data Mining and Analysis, Management Information System and so on.
The duration of study and degree conferred: four years, and the degree of Bachelor of Engineering is conferred.
Employment Prospects: Graduates of this program can join the financial application software developers, financial information system providers, as well as banks, securities, insurance and other financial institutions in the IT department, working in the following positions: financial information system Java development engineers, technical support engineers for financial information projects, financial information product implementation engineers, maintenance engineers for financial information systems, financial information analysis and management engineers. The company's main goal is to provide the best possible service to its customers.