城市地下空间工程专业作为专业目录的特设专业之一,由于开设时间短,“重理论、轻实践”现象仍存在,势必影响人才培养质量。在调查城市地下空间新专业实践教学面临问题基础上,广东工业大学利用区域经济发展优势,以培养“应用型创新地下空间工程师”为目标,整合校内外各种教学资源,实施 “协同育人”教学改革与创新。构建了“四年不断线”的实践教学体系、“多层次”实践教学平台、“工程模拟与实战相结合”的实践教学模式、“多样化”科技活动和创新实验,将创新教育融入人才培养全过程,全面提升大学生的工程实践能力和创新能力。

Urban underground space engineering is one of the special professions of professional catalogues. Due to the short opening time, the phenomenon of heavy theory and light practice directly affects the quality of talent training. On the basis of investigating the problems faced by new professional practice teaching for urban underground space, Guangdong University of Technology takes advantage of regional economic development to cultivate application-oriented innovative underground space engineers, integrates various teaching resources inside and outside the school, and implements teaching reform and innovation of cooperative education. A series of measures were adopted, including a four-year continuous practical teaching system, a multi-level practical teaching platform, a practical teaching model combining engineering simulation and practice, diversified scientific and technological activities and innovative experiments. Innovation education is integrated into the whole process of talent cultivation, and comprehensively enhances the engineering practice ability and innovation ability of college students.

TU94； G642.0

广东省高等教育教学改革项目(粤教高函[2017]214号,粤教高函[2018]1号)； 广东工业大学实践教学基地( 2016)