The main courses of new energy materials and devices include: applied electrochemistry, thin film physics and technology, physical chemistry of inorganic materials, physical properties of materials, research methods and modern testing technology of materials, design and preparation of new energy materials, new energy conversion and control technology, energy storage materials and technology, semiconductor silicon foundation, semiconductor physics and devices, silicon material detection technology, chemical power supply design, chemical power supply technology and so on.

This major cultivates all-round development of morality, intelligence and physique, adapts to the needs of China's socialist modernization, has basic theoretical and technical knowledge of new energy power generation, transformation and storage, can engage in the design, development and research of new energy materials and devices, and can manage and transform their manufacturing processes; Senior engineers and technicians with solid foundation, wide knowledge, strong ability, high quality and innovative spirit.

Employment prospect of new energy materials and devices specialty

New energy technology is one of the five most decisive technical fields in the development of world economy in 2 1 century. New energy materials and devices are the key to realize the transformation and utilization of new energy and develop new energy technology.

The undergraduate major of new energy materials and devices is established to meet the needs of the development of national strategic emerging industries such as new energy, new materials, new energy vehicles, energy conservation and environmental protection, and high-end equipment manufacturing. It is a strategic emerging specialty, which is formed by the intersection of materials, physics, chemistry, electronics and machinery, and is characterized by the design and preparation engineering technology of energy conversion and storage materials and devices.