These complementary criteria apply to nuclear engineering related programmes established in accordance with the regulations of the Ministry of Education to award a bachelor's degree in engineering.

　　1. Curriculum

　　a) Courses cover at least one of the following fields of knowledge: theoretical mechanics, quantum mechanics, electrodynamics, statistical mechanics, fluid mechanics, thermodynamics, radiochemistry, and principles of chemical engineering.

　　b) Courses that enable students to master the fundamental knowledge of nuclear physics, radiation detection, radiation protection, and have corresponding experimental ability, and abilities in information technology, electrical and electronic technology and engineering drawing.

　　c) Professional courses reflecting the nuclear safety culture.

　　d) Graduation design (Thesis), in which different projects are provided to each student.

　　2. Faculty

　　a) Faculty?engaged in professional courses teaching should have educational qualifications or further education experience in nuclear engineering or nuclear physics, or work experience in nuclear engineering related enterprises/institutes.

　　b) More than 80% of faculty?engaged in professional teaching (including professional experiment teaching) must have accumulated engineering practice experience in relevant enterprises or institutes for at least half a year.

　　c) No more than 50% of full-time teachers are permitted to be counted in other accredited programmes.

　　3. Supporting resources

　　The university/college to which the programme belongs must have the qualification and license to engage in radioactive work.