A Full-chain Innovation Ecological Environment for Postgraduate Education

Abstract

Practical teaching plays a key role in postgraduate innovation education. To solve the practical teaching problem of engineering postgraduate students, a Full-chain Innovation Ecological Environment (FIEE) is proposed. FIEE has been constructed by relying on the National Supercomputing Center (NSC) with major scientific research and application projects as driving forces. FIEE is constructed as a three-level practical teaching system, including practical courses pool, integrated practical platforms and domain application innovation platforms. Practical courses have been jointly constructed. Integrated practice platforms consist of common algorithm libraries, general AI software, scientific computing and engineering simulation software. Domain application innovation platforms have been created with a cross-disciplinary and school-enterprise cooperating way. And FIEE is also a double-coupled system, including the supercomputing based virtual simulation part and that of physical instruments, devices and reality platforms. FIEE has chained the whole process of postgraduate training in our college, domain users and even cross-school demonstration units. FIEE has been widely used in our college to systematically train postgraduate students’ abilities of condensing scientific issues, independently engaging in academic research or technological innovation, and cross-disciplinary cooperation. FIEE has also provided innovation training for cross-school students and innovation platforms for domain applications.