关于高职高专美术教育中对学生培养方式的思考

来源 :才智 | 被引量 : 0次 | 上传用户:guyuehu11
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
作为高职高专的美术教育工作者,我们争取培养出符合人才市场需求的学生,并且能够适应社会的发展紧跟时代的进步,在这个过程中我们也要不断地修正培养的目的,转变教育教学的思想方法,更新教育理念,充实教育教学内容。适应学生情况符合目前教育资源条件,确保能行之有效地提高学生的人文素质。思考能为社会培养和提供高素质、高技能人才的途径和方式。只有这样才能培养出适应时代发展的美术专业型人才。 As art educators in higher vocational colleges, we strive to cultivate students who meet the needs of the talent market and adapt to the development of the society so as to keep up with the progress of the times. In the process, we must also constantly amend the purpose of training and change education Teaching methods of thinking, update the concept of education, enrich education and teaching content. Adapting to the situation of students is in line with the current conditions of education resources to ensure that they can effectively improve the humanistic quality of students. Thinking ways and means for the community to train and provide high-quality, highly skilled personnel. Only in this way can we cultivate fine arts professionals who adapt to the development of the times.
其他文献
Shape changing polymers (shape memory polymers and reversible shape changing polymers)1 possess great practical potential.Increasing the complexity of their sha
会议
背景:胰岛素信号通路是一种神经内分泌型信号通路,在动物的衰老、发育、代谢、应激反应以及其他大量的生物学过程发挥着重要作用。胰岛素信号通路在物种间具有进化上的保守性,在
(1) Polymer Networks:Light is a common reagent for the modification of polymeric materials.In this talk,a class of photo-responsive materials that display "phot
会议
Adhesion between polymers plays an important role in a wide range of industrial applications,including electronic packaging and automotive and airplane assembli
会议
Polymer and nanoparticle-based fluorescent systems possess versatile structural design and functionalization capability,and hold most promise as three dimension
会议
该文对管壳式换热器的热阻进行了分析与估算,探讨了分热阻对总传热系数的影响.在此基础上分析了各种强化传热的途径.根据质量、动量、能量守恒和热量传递微分方程,建立了传热
本文在比较芸苔丝孢酵母酯酶、Lipase OF粗酶及其纯化组分L2对酮基布洛芬酯的催化拆分效果后,确定催化活性和对映选择性均较高的Lipase OF粗酶作为固定化和反应器构建的酶源.
正渗透是一种能耗较低的海水淡化技术,受到越来越多的重视。驱动质的选择和制备是其关键问题之一。驱动质的选择需要满足四个条件:无毒无害、能有效降低水的化学势、易于分离
该文对非缓冲体系中亚氯酸盐与硫脲反应的动力学行为、机理进行了探讨和模拟.ClO-SC(NH)的缓冲体系中,已发现了许多复杂的动力学现象,如化学振荡、确定性混沌、化学前沿波和
The star-shaped molecules have attracted much attention as functional optoelectronic materials in solar cells,organic light-emitting diodes(OLEDs),field effect
会议