What jobs can graduate students in nanomaterials do after graduation?

The main tasks of the currently recruited nanomaterial talents are nanomaterial characterization, research and development of graphene and carbon nanomaterials, nanomaterial modification, nanomaterial synthesis, inorganic nanomaterial preparation and interdisciplinary nanomaterial application. . Graduates majoring in nanomaterials and technology can generally engage in related product development, production and testing in scientific research institutions and related fields such as nanomaterials, adhesives, coatings, electroplating, ceramics, etc. Students majoring in materials basically have a similar career development path. In general, students majoring in nanomaterials can have the following destinations: First, they can choose to continue their studies abroad or enter universities or research institutes to engage in nanomaterials research and development. This is the main way for nanomaterials talents to continue research in this field. The second is to choose to enter the nanomaterials industry. The third is to enter traditional material-related enterprises.

Employment prospects for nanomaterials and technology majors:

Nanotechnology includes nanomaterials, nanoelectronics, nanobiology, nanomechanics, nanoprocessing, and nanophotonics , Nanoscale detection and characterization. Nanomaterials and technology are the intersection of these branches and the core and foundation of nanotechnology. This may be one of the reasons why the Ministry of Education decided to offer the Nanomaterials and Technology major, which was originally available at the graduate level, at the undergraduate level.

As far as the current overall development of nanotechnology is concerned, Europe, the United States, and Japan have been vigorously developing it for many years. As of the beginning of 2007, the United States has invested US$5.6 billion in the research and development of nanotechnology, while Japan spends US$5.6 billion on nanotechnology research and development every year. Investment in technology research is also around US$500 million. Domestic nanotechnology research has just begun, and there is still a big gap between it and Europe, the United States and Japan in terms of scientific research level and market compatibility. But a large gap also means great potential and space. Once nanotechnology enters our lives, the demand for professionals in this area will definitely rise sharply.