The focused areas include gene engineering, protein engineering, microbiology industry, enzyme engineering, biomaterials, tissue engineering, biomedical engineering, etc.
Cooperating with industries, department of chemical engineering provides professional techniques and various laboratories to make students apply their skills in the field of making chemical products and discovering new energy resources.
Professional knowledge and techniques will focus on planning, investigation, drafting, design, construction, examination, and maintenance. The main goal stresses in disaster prevention and sustainable development.
Environmental efficiency, including the balance between development and environment, level of sanitation, prevention of pollution, and recycling of water resources, is the instructional emphasis.
The main research fields concentrate on the composition, microstructure, processing, and property designs of metals, ceramics, and their composites. The main applications of these materials include opto-electronics, nanomaterials, biomaterials, energy, and conventional structural materials.
The basic conception is to realize the composition of human resources, comprising metals, water, and minerals. The department also looks forward to advanced improvement in geology, source, and mineral development.
To be in sync with the development of advanced technology, the department emphasizes polymeric technique and fiber manufacture, and researches of the application of electric, aerospace science, and biomedicine organic materials.