Program Overview

Program Overview

The program focuses on energy science and technology, combining the development of energy science and technology with the needs of the country. It aims to establish a new discipline that addresses key issues in energy research, application, and development.

Program Structure

The program is designed to emphasize both "foundational" and "interdisciplinary" aspects. It covers energy, materials, and chemical engineering, focusing on the development of energy science and technology.

Research Areas

• Energy resource optimization and utilization
• Chemical energy storage and conversion
• New energy materials and technologies
• Theoretical modeling and simulation
• Instrumental methods

Program Objectives

The program aims to cultivate high-level personnel in the field of energy science and technology, providing a solid foundation in chemical engineering principles and methods. It also emphasizes interdisciplinary knowledge, enriching students' understanding of energy science and technology.

Collaborations

The program collaborates with top universities, including the Chinese Academy of Sciences and other institutions, to establish a joint innovation center for energy materials and chemical engineering. This collaboration provides students with access to advanced resources, including platforms, instruments, and teachers.

Program Features

• Emphasis on both foundational and interdisciplinary aspects
• Focus on energy science and technology development
• Collaboration with top universities and institutions
• Access to advanced resources and facilities

Program Outcomes

The program is designed to produce high-level personnel in the field of energy science and technology, providing students with a solid foundation in chemical engineering principles and methods, as well as interdisciplinary knowledge. Graduates will be equipped to address key issues in energy research, application, and development, and to contribute to the advancement of energy science and technology in China.