Introduction to the profession
Materials Science and Engineering
材料科学及工程
Possess practical knowledge of the preparation, characterization, and service performance of engineering materials, able to communicate proficiently and master relevant principles and skills of the discipline. Able to use computer and professional language skills to conduct quantitative thinking and critically analyze problems.
Computer Science
计算机科学与技术
The core courses focus on computer systems, problem-solving and analytical abilities, programming skills, system design and implementation abilities, communication skills, and professional knowledge. After acquiring a certain level of professional knowledge and skills, students will participate in IT professional development courses to accumulate some industry work experience.
Energy Science and Engineering
能源与动力工程
Apply mathematics, science, engineering, and advanced technologies from energy science and engineering disciplines to solve practical problems; design and conduct experiments related to energy engineering, accurately analyze and interpret experimental data; and be able to design solutions that meet expected needs while considering practical environmental, economic, and social constraints.
Intelligent Manufacturing Engineering
智能制造工程
Cultivate students' ability to apply mathematical, scientific, and engineering knowledge, as well as their skills in experimental design and execution, data analysis and interpretation. Foster their ability to identify, plan, and solve intelligent manufacturing engineering problems, and provide them with an understanding of the latest advancements and achievements in the frontier of intelligent manufacturing engineering.
