面向智能建造的《土木工程材料》课程构建与教学模式创新

Curriculum Construction and Teaching Mode Innovation of “Civil Engineering Materials” Oriented to Intelligent Construction

摘要: 面向智能建造发展需求，创新构建了《土木工程材料》课程知识体系，进行了实践教学模式改革探索。融合智能建造和先进土木工程材料新知识、新技术，设计了由基础模块、前沿模块、工程应用模块组成的《土木工程材料》课程理论知识体系。结合智能建造工程场景，依托混凝土3D打印技术，创新了《土木工程材料》课程实践教学模式。探索了以线上、线下相结合的课程竞赛为载体的理论和实践考核模式。形成了面向智能建造的《土木工程材料》课程，通过“理论–实践–竞赛”教学模式，培养了学生的科学素养和科研探索能力，为土木工程专业课程改革提供参考。

Abstract: In response to the development demands of intelligent construction, this paper innovatively constructs the knowledge system for the course “Civil Engineering Materials” and explores the reform of its practical teaching mode. Integrating new knowledge and technologies of intelligent construction and advanced “Civil Engineering Materials”, a theoretical knowledge system for “Civil Engineering Materials” is designed, which consists of basic module, frontier module and engineering‑application module. Combined with practical scenarios of intelligent‑construction projects and relying on concrete 3D‑printing technology, the practical teaching mode of Civil Engineering Materials is innovated. A theoretical‑and‑practical assessment mode based on online‑offline integrated curriculum competitions is explored. The course “Civil Engineering Materials” oriented to intelligent construction is established. Adopting the “theory‑practice‑competition” teaching mode, students’ scientific literacy and research‑exploration capabilities are cultivated. Provide a reference for the curriculum reform of traditional civil engineering majors.