1, material chemistry
This paper mainly studies the chemical changes involved in the preparation and use of materials and the characterization and measurement of material properties, so as to optimize the properties of polymers, metals, liquid crystals and other materials. It mainly cultivates new talents who have knowledge and skills in material chemistry and can engage in scientific research, teaching, development and related management in material science and engineering and related fields.
Employment prospects: chemical enterprises: chemical synthesis, chemical inspection, chemical analysis, chemical engineering; LCD and medical device enterprises: product research and development, product design, material synthesis, quality inspection and production management.
2, mining engineering
Mining engineering mainly studies the basic theories and methods of mining solid (coal, metal and nonmetal) deposits, including mining area planning, mining design, strata control technology, mine safety technology and engineering design. And most of them are engaged in the mining field. This major trains the basic theories and methods of mining solid mineral deposits (coal, metal and nonmetal) and the basic abilities of mining engineers.
Employment prospects: mining enterprises: mining area development, mining, oil and gas exploitation, roadway development, mine survey, mine design, mine disaster prevention, engineering technology, supervision and management.
3. Nuclear chemical engineering and nuclear fuel engineering
Nuclear chemical engineering and nuclear fuel engineering mainly study the basic knowledge and skills related to nuclear energy, nuclear chemical engineering and nuclear fuel, and carry out nuclear material development, nuclear fuel processing and nuclear radiation protection in the field of national defense nuclear industry. This major cultivates broad theoretical knowledge and solid professional skills, and can apply basic theories to solve scientific and engineering problems.
Employment prospects: government and institutions: nuclear material development, nuclear power development, nuclear fuel processing, nuclear fuel research, performance testing, radiation protection and nuclear accident handling. The manufacture of nuclear reactor fuel elements, the acquisition of nuclear energy through nuclear fission, the treatment of radioactive waste, etc.