摘要
以系统性、连续性及层次化,构建了制药工程专业实践教学体系。通过“校内校外、线上线下、仿真实训”三位一体融合的实施,实现药物或药品基本操作技能、工艺设计、智能制造与创新培养,学生的知识、能力与素养获得明显的改善,适应化工与制药产业发展的需要。依托于海洋化学利用和海洋生物材料研发平台,凸显了海洋特色的创新应用型人才培养目标,专业办学水平和质量、社会与用人单位认可度获得显著提升。
Pharmaceutical engineering specialty practice teaching link is constructed by system,continuity,hierarchical.Through the integrated practice of“on-campus and off-campus,online and offline,simulation and practical training”,students’knowledge,ability and accomplishment have been improved prominent.To meet the needs of chemical and pharmaceutical industry development,students’basic operation skills,process design,intelligent manufacturing and Innovation of drugs are realized.Relying on the Marine chemical utilization and Marine biological materials research and development platform,it highlights the training goal of innovative and applied talents with Marine characteristics.The level and quality of professional education,as well as the recognition of society and employers have been significantly improved.
作者
康信煌
蔡鹰
邓春梅
温燕梅
吴育廉
Kang Xinhuang;Cai Ying;Deng Chunmei;Wen Yanmei;Wu Yulian(College of Chemistry and Environment,Guangdong Ocean University,Zhanjiang 524088,China)
出处
《广东化工》
CAS
2022年第11期225-227,共3页
Guangdong Chemical Industry
基金
广东省质量教学改革工程项目:制药工程特色专业(010203122101)
广东海洋大学教改项目:卓越-制药工程专业卓越人才培养(570219053)
校外实践基地-制药工程生产实习教学基地(570419003)。
关键词
新工科
制药工程
实践教学
三位一体
海洋特色
new engineering
pharmaceutical engineering
practical teaching
trinity
marine characteristics