CAJ | 학술논문

从专业方向发展与专业课程群需求、实验教学综合平台及模块化实验教学体系建设两方面，探讨了金属材料工程专业多层次实验教学体系构建的设想及实践。即在专业发展需求和专业基础实验课程基础上，增设金属材料工程与技术综合实验，按照演示性、验证性、综合性和设计性实验的多层次系统布局，建设二级实验平台及模块化教学实验方案，形成层次合理、功能基本齐全、规模适当的实验教学体系。
종전업방향발전여전업과정군수구、실험교학종합평태급모괴화실험교학체계건설량방면，탐토료금속재료공정전업다층차실험교학체계구건적설상급실천。즉재전업발전수구화전업기출실험과정기출상，증설금속재료공정여기술종합실험，안조연시성、험증성、종합성화설계성실험적다층차계통포국，건설이급실험평태급모괴화교학실험방안，형성층차합리、공능기본제전、규모괄당적실험교학체계。
A multilevel system of experimental teaching for metal materials engineering was envisaged and practiced from the following two viewpoints:the requirement of academics development and curricula group, and the construction of integrated experimental teaching platform and relative modulated curricula. Based on the experimental foundation courses, this system increased integrated experiment teaching. According to a multilevel layout of demo, veriifcation, comprehensive or designable experimental courses, the correlated subset experimental platform and modulated experimental curricula was constructed to form a well-structured, basic-functional, and proper-size experimental teaching curricula.