设计素描的四种基本功

设计素描作为学习设计的一门基础课程,通过观察方法、思维方式、表现形式、立体观念和细节刻画四个方面的介绍说明设计素描对于学习产品设计的重要性.     

国内外学前儿童计算思维研究述评

人工智能时代,计算思维已成为21世纪个体的必备素养。近年来,人们开始逐渐意识到从儿童早期培养计算思维的重要性,从小开始培养儿童的计算思维已成为世界各国的共识。然而,当前尚未对学前儿童计算思维的研究进行全面系统地梳理。因此,本研究结合文献计量法与内容分析法,对来自国内外核心数据库中的30篇实证研究进行了系统梳理,以此全面地了解国内外学前儿童计算思维培养的研究现状与发展趋势。与此同时,立足现状提出了对策与展望。     

师专热学教学改革的几点体会

介绍了在热学教学改革中引入“热学中的创造性思维”．为前沿课题“开窗口”．为后续课程“留接口”的思考与实践。     

论土家族作家孙健忠小说的巫性书写

土家族作家孙健忠,后期创作了一系列具有神秘巫性色彩的小说,其致力于原始信仰的诗意表达和自然生命力的彰显,人神合一、人与动物神秘互渗、野性生命、本真人性、生殖崇拜等种种土家族巫文化元素渗透于作品之中,其巫性思维下的叙事方法则带给读者神秘的阅读体验。     

An Exploration of “Superb Competences” in College Teachers in the Context of U-Learning

Ubiquitous learning (U-learning), a potential shortcut for China to modernize its education, is treated in this discussion as a mentality and means for citizens in high-tech society to seek a lifelong education. Thus situated, this article presents an exploration of “superb competences”—material intelligence, internet thinking, and brain-related neuro knowledge—in college teachers outside their trained professional areas. It is believed that once the teachers are equipped with the material intelligence, internet thinking, and brain-related neuro knowledge, real U-learning practice is ensured and its rationale will be developed. Material intelligence and internet thinking are evolved from and closely related to technological development, and therefore constitute the essential requirements of U-learning in terms of technical and educational cognitive framework. A good knowledge of brain related neuroscience, the third competence, guarantees the scientific rooting of every element in the designing of U-leaning tasks, whose success resides in a serious respect of cognitive nature and rules of the brain. The building of such superb competences, as is argued at the end of the paper, relies on various supports, like policies and technological aids, from all levels of educational administration in the country as well as each individual teacher’s personal understanding and efforts.     

Spatial Data Usage,Spatial Thinking and Spatial Knowledge Generation: The Case of Planning Practitioners in Arequipa,Peru

Spatial thinking and spatial knowledge generation in decision-making are still not mature fields of study in planning research, despite these being crucial elements in addressing the issues of the twenty-first-century city. This article contributes to their understanding by exploring their interrelationships with spatial data usage. Through storylines, it analyzes the arguments that planning practitioners offer in support of infrastructure-led decisions in Arequipa (Peru), before and after spatial data usage. The article concludes that spatial data usage improve spatial thinking to different extents, yet suggests aligning spatial data generation and the inclusion of GIS-based spatial analyses with the spatial knowledge needed by routine planning practice.     

形象与抽象思维论

形象思维和抽象思维始终共处于人类思维之中,思维成为主要方面时,就由一种形态转化为另一种形态,不停地从形象到概念,又从概念回到形象。每一次循环,都促进思维的进一步深化;多次的深化,便引起飞跃。这就是我们所理解的形象思维和抽象思维对立统一关系的基本内容。     

Extending systems thinking in planning and evaluation using group concept mapping and system dynamics to tackle complex problems

Group concept mapping (GCM) has been successfully employed in program planning and evaluation for over 25 years. The broader set of systems thinking methodologies (of which GCM is one), have only recently found their way into the field. We present an overview of systems thinking emerging from a system dynamics (SD) perspective, and illustrate the potential synergy between GCM and SD. As with GCM, participatory processes are frequently employed when building SD models; however, it can be challenging to engage a large and diverse group of stakeholders in the iterative cycles of divergent thinking and consensus building required, while maintaining a broad perspective on the issue being studied. GCM provides a compelling resource for overcoming this challenge, by richly engaging a diverse set of stakeholders in broad exploration, structuring, and prioritization. SD provides an opportunity to extend GCM findings by embedding constructs in a testable hypothesis (SD model) describing how system structure and changes in constructs affect outcomes over time. SD can be used to simulate the hypothesized dynamics inherent in GCM concept maps. We illustrate the potential of the marriage of these methodologies in a case study of BECOMING, a federally-funded program aimed at strengthening the cross-sector system of care for youth with severe emotional disturbances.     

在电工学教学中培养学生思维能力和职业技能

电工学是把电磁场理论与实践相结合的一门课程,它对于培养学生思维能力和实践能力极为重要,这就要求教师必须想方设法提高本门课的教学水平。文章介绍了在电工学教学中培养学生思维能力和职业技能方面所做的探索。