Changchun University of Science and Technology

I Skills Profile

The undergraduates of this major mainly study natural science, humanities and social science, computing science, as well as related basic theory and knowledge of software engineering, and have the basic training in software engineering. They will own the preliminary ability and experiences of developing software, organizing software development project, the basic engineering quality, the innovative and creative sense, the competitiveness and the teamwork spirit, and the foreign language proficiency. The graduates should obtain the following aspects of knowledge and ability:

1. The graduates should master the basic knowledge of humanities and social science, have the high quality of ？humanities and social science, and possess good professional ethics, sound psychological quality and strong social responsibility;

2. The graduates should master the knowledge of mathematics, related natural science, system science and as well as some particular knowledge of economics and management which are needed for being engaged in occupations related to the major ;

3. The graduates should master the basic theoretical knowledge of software engineering and the expertise, and having the acquaintance with the approaches and techniques of software requirements analyzing, designing, implementing, testing, maintaining, as well as of software process management;

4. The graduates should have the ability of solving problems by using the learned knowledge, approaches and techniques obtained along the systematical basic preliminary training？ of software engineering, gain the experience of participating in real software development projects, possess the professional capability required as a software engineer during engineering practice, and own the capacity to design, develop software with the utilization of various software engineering tools and to compose standardized system documentation;

5.The graduates should comprehend the forefronts technology and the development trends of the software industry, know about the laws, regulations, policies related to the major, and own innovation sense and capability in basic research and development, engineering design as well as practices;

6. The graduates should comprehend the importance of teamwork, and have the independent working ability, the team coordination ability, the interpersonal and communication skills as well as the organizational and administration ability;

7. The graduates should be proficient in foreign language to read the specialized literature, and have the international perspective, the cross-cultural communication ability and the competitiveness as well as cooperation ability;

8. The graduates should be equipped with the ability of life-long learning, and the initiative ability of learning the latest concepts, models and techniques in order to keep their professional ability evolved.

II Duration

？？ Duration：4 years

III Degree Conferred

 Degree Conferred：Bachelor of Engineering

IV Major Direction & Feature

  Specializations: software development and testing, advanced software technology, network application Development, embedded system design, digital media technology, grand data processing.

The features of this major are establishing the knowledge architecture around the practical requirements of information industry, focusing on making the students master the basic specialized knowledge and some mature software developing techniques, and highlighting the flexible utilization and proficiency of basic specialized knowledge and foreign language during the capacity-building.

The features of this major also covers stressing the integration between the major education and the information industry, paying attention to the practical teaching stages in order to combine the theoretical education and the practical ability training, the course study and the case study, and the practical teaching and the career education.

V Main Courses

Object-Oriented Programming, Database Principle and Application, Data Structure and Algorithm, Software Engineering, Computer Network, Operating System, Computer Organization and Structure, UML and Design Pattern, Software Quality Assurance and Testing, Open GL programming, Software Components and Middleware, Web Programming, Cloud Computing and Distributed System, Embedded Operating System, Embedded System Design, Computer Animation Design and Production, Digital Audio/Video Coding Technology, Parallel Computing, Massive Information Processing and Computing, Software Testing Technology, etc.