Reform and innovation of comprehensive practical training teaching of ship material NC machiningbased on modern information technology
基于现代信息技术的船舶材料数控加工综合实训教学改革与创新

摘要

船舶材料数控加工是船舶建造初期工序，目前基于现代信息技术应用先进的数字控制加工设备制造船舶零件，已广泛应用，也是智能化、数字化造船措施之一。需要培养掌握船舶材料数控制造高素质应用型人才，所以基于现代信息技术的船舶材料数控加工综合实训教学改革由此应运而生。本课题研究建设船舶工程专业群数控制造实训基地按造船厂船舶零部件数控制造工艺流程，优化基于工作过程的项目化实训教学设计；应用信息技术手段仿真企业面向产品制造的数控制造实训。针对数控制造实训项目化教学的重点、难点开发信息化教学资源（动画、微课、仿真等）。应用基于网络技术的船舶材料数控加工实训。编制1+X证书《数控车铣工》中级职业技能鉴定的信息化教学培训资源；引入企业创建“校中厂”，构建船舶材料数控制造实训教学、企业生产、科研三位一体的“产教研”融合措施办法，提升技术开发、技术服务水平。课题研究与实践提升船舶智能化制造人才培养成效。

Abstract

this topic studies the construction of the numerical control manufacturing training base of the ship engineering professional group, and optimizes the project-based practical training teaching design based on the working process according to the ship parts numerical control manufacturing process of the shipyard. Apply information technology to simulate the NC manufacturing training for product manufacturing. Develop information-based teaching resources (animation, micro class, simulation, etc.) for the key and difficult points of project-based teaching of NC manufacturing training. Prepare information-based teaching and training resources for intermediate vocational skill appraisal of 1 + X certificate CNC turning and milling workers. Introduce enterprises to establish "schools in factories", build "production, teaching and research" integration measures and methods of "production, teaching and research" in the trinity of ship material numerical control manufacturing training teaching, enterprise production and scientific research, and improve the level of technology development and technical service. The research and practice of the subject have improved the effectiveness of the training of ship intelligent manufacturing personnel.