企业柔性管理思想在大学生教育管理中的运用

随着知识经济时代的到来，柔性管理日趋显示其重要性。将柔性管理应用于学生教育管理，不仅有利于提高学生教育管理的实效性，而且有利于促进教育管理者和学生之间的沟通交流，实现学校教育管理目标。     

Education and public outreach program for IHY – A global approach

Education and public outreach (EPO) is one of the four components of the International Heliophysical Year (IHY). It is fundamental in achieving one of IHY’s primary objectives which is to “demonstrate the beauty, relevance and significance of Space and Earth science to the world.”     

高职高专院校现代教育技术中心的构建与管理--西安航专现代教育技术中心的构建与管理模式分析

做好高职高专院校现代教育技术中心的构建与管理 ,对于促进学校现代教育技术工作的健康发展具有重要的作用。以西安航专现代教育技术中心的构建与管理模式为例 ,从隶属关系、职能职责、组织结构、人员构成以及设备配置等方面进行了分析、探讨 ,提出了加快发展高职高专院校现代教育技术中心的建议和思路     

关于提高党员教育管理质量的探讨

提高党员教育管理质量,要从两方面着手：一是坚持以“三个代表”重要思想为根本指针,努力提高对党员教育管理的指导水平;二是坚持以“三个代表”重要思想为指导,切实提高党员教育管理质量。     

试论高职教育教材建设的基本思路

教材是实现教育目的的主要载体 ,教材编写得如何 ,更是能否体现高职教育特色的关键。本文针对教材建设 ,从教材编写的基本原则、基本要求及教材的发展趋势等方面提出了一些建议和设想     

提高人文水平 加强素质教育

素质教育提倡科学教育与人文教育整合，以培养高素质的科技人才。而目前，我国的大学英语教学又是以理工科学生为主要对象。在这种情况下，在英语教学中加强人文教育有重要的意义。     

高职高专学生就业观论析

高职高专学生的就业观存在着多层次、多样化的特征，其中存在诸多不适应形势发展需要的观念。分析问题产生的原因，加强对高职高专学生进行科学、正确的人生观、价值观、就业观教育，探讨解决高职高专学生就业观的系统对策，是摆在理论工作者与教育工作者面前的新课题。     

Earth remote sensing as an effective tool for the development of advanced innovative educational technologies

Current educational system is facing a contradiction between the fundamentality of engineering education and the necessity of applied learning extension, which requires new methods of training to combine both academic and practical knowledge in balance. As a result there are a number of innovations being developed and implemented into the process of education aimed at optimizing the quality of the entire educational system. Among a wide range of innovative educational technologies there is an especially important subset of educational technologies which involve learning through hands-on scientific and technical projects. The purpose of this paper is to describe the implementation of educational technologies based on small satellites development as well as the usage of Earth remote sensing data acquired from these satellites. The increase in public attention to the education through Earth remote sensing is based on the concern that although there is a great progress in the development of new methods of Earth imagery and remote sensing data acquisition there is still a big question remaining open on practical applications of this kind of data. It is important to develop the new way of thinking for the new generation of people so they understand that they are the masters of their own planet and they are responsible for its state. They should desire and should be able to use a powerful set of tools based on modern and perspective Earth remote sensing. For example NASA sponsors “Classroom of the Future” project. The Universities Space Research Association in United States provides a mechanism through which US universities can cooperate effectively with one another, with the government, and with other organizations to further space science and technology, and to promote education in these areas. It also aims at understanding the Earth as a system and promoting the role of humankind in the destiny of their own planet. The Association has founded a Journal of Earth System Science Education. Authors describe an effective model of educational technology developed in the Center for Earth Remote Sensing of Bauman Moscow State Technical University and based on scientific and educational organizations integration in the field of applied studies. The paper also presents how students are being trained to acquire and process satellite imagery data from Terra and Aqua satellites. It also reveals the results of space monitoring for Russia's ecologically complex regions conducted by Bauman Moscow State Technical University students in cooperation with specialists from the Laboratory for Aerospace Methods of Moscow State University named after M. Lomonosov.     

Space physics and the teaching of undergraduate electromagnetism

Space physics is not a subject typically found in the undergraduate curriculum, and it is rare even at the graduate level. On the other hand, the basis of space physics is electromagnetism and the motion of charged particles, which are common topics in both the introductory and advanced undergraduate physics curriculum, and examples from space physics can be used to enliven instruction. In this paper, I will discuss various topics commonly found in both introductory and upper-division electricity and magnetism classes where examples from space physics may facilitate student understanding or provide interesting, real-life examples of electromagnetism in action.     

高等职业教育发展品牌战略的思考

体现自身特色,强化品牌意识,实施品牌战略,抢占教育市场份额,是高职院校获得竞争优势的必由之路。通过教育品牌的重要性、办学理念和办学定位、特色教育及实施品牌战略等方面的论述,提出了塑造高职教育品牌的几个关键问题。