Programme overview
Degree
Other
Study Level
Undergraduate
Study Mode
On Campus
This program aims to enhance students' learning, critical thinking, and practical abilities, and to stimulate their creativity. It adheres to the educational philosophy of strengthening fundamentals, promoting interdisciplinary studies, respecting student choices, and pursuing excellent teaching. Focusing on the advanced energy field, the program not only cultivates students' systematic mastery of fundamental knowledge and practical skills in new energy science and engineering, but also strengthens theoretical and practical training in areas such as new energy technology development, clean energy utilization, and the operation of power energy devices and systems.
Adhering to a demand-oriented approach and emphasizing interdisciplinary integration, the program cultivates students' knowledge and skills across multiple disciplines, including energy and power, materials, chemistry, chemical engineering, mechanics, and electrical engineering. It has assembled a high-level faculty, optimized and innovated teaching models, established a high-standard undergraduate teaching practice platform, and provided high-quality theoretical and practical teaching resources. Focusing on original innovative theories, disruptive technologies, and the realization of major engineering projects, the program aims to generate a series of scientific and technological innovation achievements, laying a solid foundation for students' professional development.
Programme overview
Degree
Other
Study Level
Undergraduate
Study Mode
On Campus
This program aims to enhance students' learning, critical thinking, and practical abilities, and to stimulate their creativity. It adheres to the educational philosophy of strengthening fundamentals, promoting interdisciplinary studies, respecting student choices, and pursuing excellent teaching. Focusing on the advanced energy field, the program not only cultivates students' systematic mastery of fundamental knowledge and practical skills in new energy science and engineering, but also strengthens theoretical and practical training in areas such as new energy technology development, clean energy utilization, and the operation of power energy devices and systems.
Adhering to a demand-oriented approach and emphasizing interdisciplinary integration, the program cultivates students' knowledge and skills across multiple disciplines, including energy and power, materials, chemistry, chemical engineering, mechanics, and electrical engineering. It has assembled a high-level faculty, optimized and innovated teaching models, established a high-standard undergraduate teaching practice platform, and provided high-quality theoretical and practical teaching resources. Focusing on original innovative theories, disruptive technologies, and the realization of major engineering projects, the program aims to generate a series of scientific and technological innovation achievements, laying a solid foundation for students' professional development.
Tuition fees
International
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