摘要
计算机基础实践教学有助于将抽象的计算机理论基础知识转化成学生乐于接受的实操技能,不仅加深学生对计算机理论知识的理解,同时也提高学生的计算机操作应用能力,真正实现理论应用于实践的知识学习过程。通过构建计算机基础实践课程分层分类教学资源体系和方法,使计算机基础课实验教学内容可以更加科学合理的遵循不同专业学生的认知规律,以学生为载体从内在动力上提升对计算机实验知识的自主学习兴趣和能力,有效提高高职学生的计算机应用创新能力和知识转换能力。
Computer basic practice teaching helps to transform the abstract basic knowledge of computer theory into practical skills that students are willing to accept.It not only deepens students’ understanding of computer theoretical knowledge, but also improves students’ ability of computer operation and application, so as to truly realize the knowledge learning process of applying theory to practice.Through the construction of hierarchical and classified teaching resource system and method of computer basic practice course, the experimental teaching content of computer basic course can follow the cognitive law of different majors more scientifically and reasonably, and take students as the carrier to enhance the self-learning interest and ability of computer experimental knowledge from the internal motivation, effectively improve the computer application innovation ability and knowledge conversion ability of higher vocational students.
出处
《淮北职业技术学院学报》
2021年第4期44-46,共3页
Journal of Huaibei Vocational and Technical College
基金
安徽省职业与成人教育学会2020年度教育教学重点研究项目“人工智能与职业教育深度融合的促动因素分析及实施路径”(编号:azcg53)
安徽省高校省级质量工程教研项目基于“AR的计算机实践课教学新模式研究”(编号:2020jyxm1707)
安徽省级质量工程支持疫情期间高校线上教学工作特需重大线上教学改革教研项目“基于移动教学平台的应用类课程教学模式改革探析”(编号:2020zdxsjg313)
安徽省高校省级质量工程教研项目“基于MOOC环境下微课教学模式在高职信息化教学设计中的应用研究”(编号:2017jyxm06)阶段性成果。
关键词
实践教学
分层分类
项目驱动
动态考核
practical teaching
hierarchical classification
project-driven
dynamic assessment