交叉复合型仿生科学与工程专业人才培养模式探索

Exploration on the Talent Training Mode of Cross-compound Bionic Science and Engineering

吉林大学仿生科学与工程专业2019年通过教育部新增目录外专业审批。新工科背景下,以吉林大学仿生科学与工程专业为研究对象,瞄准仿生工程领域的新技术、新产业和未来技术,探索交叉复合型仿生科学与工程新工科专业人才的培养方案、课程体系、教学体系、培养模式和师资队伍建设等核心内容,构建仿生新工科与机械、材料等传统工科交叉融合的学科专业新结构及人才培养的新模式,以期培养出国际化的仿生专业人才,同时为仿生学科高端人才培养提供优质生源,为先进制造、生物医药、大健康工程、国防军事等与仿生工程紧密联系的产业集群提供强大的人才支撑。

The Bionic Science and Engineering major of Jilin University was approved by the Ministry of education in 2019.Under the background of new engineering,taking the bionic science and engineering major of Jilin University as the research object,aiming at the new technology,new industry and future technology in the field of bionic engineering,this paper explored the core contents of the training program,curriculum system,teaching system,training mode and teaching staff construction of the cross-compound Bionic Science and Engineering new engineering major,so as to build a“new structure”of bionic engineering and mechanical,materials and other traditional engineering disciplines,and a“new mode”of personnel training.We hope to cultivate international bionic professionals,provide high-quality students for the cultivation of high-end bionic talents,and provide strong talent support for advanced manufacturing,biomedicine,big health engineering,national defense military and other industrial clusters closely related to bionic engineering.