Exploration on Teaching Reform of Genetic Engineering

Chen Yan, Yang Zuisu, Youle Qu, Ding Guofang
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Abstract

Exploring the new teaching model of Genetic Engineering can enhance the teaching quality and ultimately cultivate innovative “Emerging Engineering” talents for biopharmacy major. Through introducing frontier scientific research progress to optimize course contents based on classic textbook, using modern multimedia tools and heuristic to enrich teaching methods, expanding explorative and comprehensive experiments to improve experimental teaching, and carrying out student’s scientific research projects and enterprise internship, it promotes learning for practice. Through the in-depth cooperation between classroom teaching and extracurricular practice, the genetic engineering curriculum has been transformed from "teaching-based" into "learning-oriented" and eventually "application-oriented", and the teaching efficiency has been drastically improved. It has greatly arouse students' learning interest and initiative, cultivated their logical thinking ability, professional skill and creativity on scientific research. Most importantly, it transformed theoretical learning to practical application, which benefits to the cultivation of the “Emerging Engineering” talents. Keywords—Genetic Engineering; Biopharmacy; Emerging Engineering; Teaching Reform; Teaching Practice
基因工程教学改革的探索
探索新的基因工程教学模式,可以提高教学质量,最终培养出生物制药专业的创新型“新兴工程”人才。通过在经典教材的基础上引入前沿科学研究进展优化课程内容,运用现代多媒体工具和启发式方法丰富教学方法,拓展探索性、综合性实验改进实验教学,开展学生科研项目和企业实习,促进学以致用。通过课堂教学与课外实践的深度合作,基因工程课程从“以教为本”转变为“以学为本”,最终实现“以应用为本”,教学效率大幅提高。极大地调动了学生的学习兴趣和主动性,培养了学生的逻辑思维能力、专业技能和科研创造力。最重要的是,它将理论学习转化为实际应用,有利于“新兴工程”人才的培养。Keywords-Genetic工程;生物制药;新兴工程;教学改革;教学实践
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