Direction 1: Embedded Systems Engineering
Cultivation Objective: To follow the principle of "oriented to the development of the industry and the cultivation of talents", and to train students to develop skills in software development, software/hardware testing, system maintenance and so on in the field of embedded, aiming to provide the society with embedded software development, software/hardware testing, system maintenance and so on. Embedded system software development focuses on training students in the embedded field of software development, software/hardware testing, system maintenance and other skills, aiming to provide the community with embedded software development, product testing, technical support and other aspects of the higher technology applied specialists.
Direction: Embedded system is application-centered, based on computer technology, and hardware and software can be tailored to apply to the application of the system on the function, reliability, cost, volume, power consumption of the strict requirements of the special computer system. Embedded systems technology has a very broad application prospects, its application areas can include: industrial control, traffic management, information appliances, family intelligent management system, e-commerce, environmental engineering and nature, robotics and so on.
Specialty features: Feature 1: School-enterprise cooperation in the training, internship environment. The program has cooperated with the International Digital and Embedded Technology Certification Organization (IDETCO) to establish a long-term school-enterprise partnership,**** with the provision of a company-style practical training and teaching environment, students can participate in the actual project development during the study period. The engineering training room center practical training environment can timely link the knowledge learned with practice. Feature 2: Theory (2 years) + practical training (1 year) training mode. The program adopts the cultivation method of 2 years of theoretical study plus 1 year of practical training, which is student-oriented and employment-oriented. The enterprise's work scene, work mode, workflow moved to the experimental class, now learning is the future of dry, so that students become "that is recruited to use" type of high-skilled, high-quality application-oriented talents.
Main Courses: Advanced Mathematics, Discrete Mathematics, Probability Statistics, Electric Circuits, Analog Circuits, Digital Circuits, C Programming, Data Structures, Assembly Language Programming, Principles of Microcomputer and Interfaces, Principles of Computer Composition, Microcontroller and CPLD Technology, Micro-processing Structures and Applications, C Programming for Linux, Application Basics of Linux, QT Programming, Android Program Development, and Embedded Programming. Android Program Development, Embedded System Development, Digital Signal Processing, EDA Technology, Practical Embedded System Testing and Debugging, Embedded System, Mobile Communication Terminal Software Development, PCB Technology and so on.
Direction of employment: graduates can participate in the examination of specialization, continue the undergraduate stage of learning; can also be engaged in embedded system development of computer and electronic technology, IT, communications, military, industrial control, electronic equipment and other fields of product development, production, testing, maintenance, sales, technical support, consulting and other work.
Direction 2: Mobile Communication Engineering
Cultivation Objective: To cultivate the applied technical talents who systematically master the basic theory, basic knowledge and basic skills and methods of mobile communication, and have the ability to practically design and maintain the communication equipment and mobile communication terminal system, and at the same time, master a certain amount of modern communication technology, and have the ability of computer application and signal processing ability. Through systematic professional learning and practical training, students' professional technical knowledge and professional operation skills are developed in a balanced way, and students' comprehensive technical quality is improved.
Direction introduction: mobile communication is the largest and most promising industry in the communication industry. Wireless communication technology is the core and key of mobile communication technology, how to use advanced technology and products, through the means of network optimization to solve the technical problems in wireless transmission is an important work in the mobile communication industry, this work will be accompanied by the operation of the mobile communication system continues to deepen the process of needing a large number of engineers and technicians.
Specialty features: feature 1: industry demand-driven establishment of professional system for the training of engineering and application personnel. Characteristic 2: School-enterprise cooperation in practical training, internship environment, the use of synchronized with the actual engineering technology for teaching and practical training. Feature 3: Rich practical training programs, theory (2 years) + practical training (1 year)
Major courses: English, advanced mathematics, university physics and experiments, circuit analysis, analog electronics, digital electronics, introduction to modern communication technology, basic wireless communication technology, mobile communication technology, electronic measurement technology and instrumentation, microwave measurement technology and instrumentation, basic RF/microwave engineering technology, Fundamentals of RF Engineering for Mobile Communication Network Optimization. Electronic Measurement Technology and Instrumentation Training, Microwave Measurement Technology and Instrumentation Training, RF/Microwave Engineering Technology Fundamentals Training, Mobile Communication Network Optimization RF Engineering Fundamentals Training, Communication Product Course Design Training.
Employment Direction: The graduates of this major are suitable for mobile communication operation company engaged in network operation and maintenance, equipment maintenance, etc.; to the mobile communication engineering company engaged in network optimization RF coverage system engineering, mobile communication network engineering and operation and maintenance, etc.; to the communication engineering company engaged in the communication engineering design, construction, testing, inspection, supervision, etc.; to the radio equipment manufacturing enterprise engaged in microwave Product debugging, measurement and inspection work.
Direction 3: Network Technology
Cultivation Objective: To cultivate students to be able to skillfully use the knowledge and skills of the profession to engage in the formation, management and maintenance of local area networks (LANs) and wide area networks (WANs), network demand analysis and description, network system planning and implementation; analysis of network protocols, implementation of topology design, optimization and debugging of equipment performance, design of network databases, and to be able to independently set up an internal network, installation, debugging and maintenance of the enterprise. Intranet, installation, debugging and maintenance of a variety of network equipment and servers - Web servers, mail servers, database servers, etc., multi-protocol interconnection; to train students to be able to master the independent design and production of web pages, WEB application development and other network application skills, with the basic ability to read the English materials of the specialty. The program is designed to train students to be able to master independent web design and production, WEB application development and other network application skills, to have the basic ability to read English materials in this field, and to be highly skilled applied network professionals with good scientific literacy and professional ethics.
Direction introduction: This direction focuses on training students to become network engineers, and the learning mode focuses on network practical training. Through systematic study of local area network and wide area network networking technology, integrated cabling technology, computer system knowledge and mainstream operating system knowledge, so that students master advanced network technology and professional skills, skilled application of the current popular operating system for the configuration and management of the network environment, routine maintenance of the enterprise network, enterprise server setup and maintenance, etc., and be able to master the construction and management of the site Basic knowledge, vocational skills, and have a certain network information security knowledge of practical specialists.
Professional characteristics: Features: Features a broad employment prospects, network technology as mercury leakage like penetration into all aspects of people's lives, has been widely integrated with traditional industries, network technology applications have been ubiquitous. Characteristics of the second: the use of students as the main body, employment-oriented work-scene-oriented personnel training methods. The enterprise's work scene, work mode, workflow to the classroom, students are now learning is the future of dry, so that students become "that is recruited to use" type of high-skilled, high-quality application-oriented talents. Feature three: will strengthen the partnership with large network companies, the introduction of related technical certification, for any student who wants to obtain the industry's highest certification to provide a good learning environment, and according to the student's interests and strengths of the students to customize the training.
Major Courses: (English, Advanced Mathematics, Linear Algebra, C Programming, Principles of Microcomputer, Data Structure) [Catch-up Courses], Operating Systems, Computer Networks, Principles of Computer Composition, Windows Operating System, Linux Operating System, Network Construction and Management, Database Technology, Web Site Design, Java Programming, Hacker Attacks and Defense, Integrated Cabling, Virus and anti-virus technology, professional quality and communication, computer English and so on.
Employment Direction: Graduates of this program can go to energy, finance, large-scale manufacturing and government and other related enterprises and institutions, engaged in network application system design and development, operation management and maintenance work; engaged in network application system related software product marketing, pre-sales and after-sales service work; in all kinds of schools to engage in the corresponding teaching, scientific research and other work. The positions of system engineers, software engineers, database development engineers, technical support/maintenance engineers, product engineers and so on. You can also apply for the bachelor's degree in this or related majors to continue your education.