化工类研究生“结晶过程原理”课程建设与实践

Construction and Reformation of Graduate Demonstration Course of Crystallization Process Principle

结晶过程原理作为化学工程与技术专业研究生的专业基础课,在化工、结晶、材料等多学科领域具有重要的引导作用。以课堂教学与科研能力培养紧密结合的教学理念,引入学科前沿的新概念、新技术、新方法和科研案例,更新和完善课程内容;采用讲授+Seminar机制+案例分析的教学组织模式,形成化学化工类结晶领域研究生教学改革示范性课程体系,提升了研究生科研综合能力,效果良好。

As a specialized curriculum for the graduate student majoring in Chemical Engineering and Technology,Crystallization Process Principle course plays an important guiding role in chemical industry,crystallization,materials and other multi-disciplinary fields. The curriculum content was updated and improved by taking the teaching concept of combining the classroom teaching model and scientific research ability promotion,introducing the new concepts,new technologies,new methods and research cases of the academic frontiers. The course organization model of ＂theory teaching＋ seminar ＋ case analysis method＂was adopted and a brand new demonstration course system for the graduate students in chemical crystallization field was formed. Practice proved that these aspects in teaching reform improved the graduate students＇ comprehensive ability for scientific research.