小学数学课堂中任务驱动教学法的应用策略——以“图形与几何”知识教学为例

任务驱动教学法又被称之为基于任务的教学,它以任务为主线,支持、引导学生基于学习任务进行自主探究或合作学习,通过设置难度适宜的任务,培养学生解决问题的能力,提高他们的学习信心与学科素养．教师应基于任务驱动教学法,精心设计、巧妙开展小学数学教学工作,让学生在积极参与中主动建构、思考、探究、实践,培养他们独立探索、勇于开拓的自学能力．文章主要阐述了当下小学数学课堂教学的主要问题,然后基于任务驱动教学法提出了“设计任务,激发任务驱动力”“任务评价,保持任务驱动力”“教师教学,辅助提升驱动力”等应用策略,旨在科学开展数学教学工作,促进学生全面发展．     

“问题”是学习的动力

教学是从创设一个个任务情境开始的。所谓创设任务情境,就是通过教师有目的地设置问题,创设情境,吸引学生积极动脑,主动学习。“任务驱动式小组合作”教学是以“教育者为中心”转向以“学习者为中心”。教师是教的主体,体现在对学生学习的引导与指导,即帮助学生实现认识过程的转化,从不知到知,并不断提高学习兴趣,在此基础上引导学生运用知识,掌握技能,发展能力。     

任务型教学模式在初中思想品德教学中的应用

为了让学生成为课堂的主人,在课堂上动起来,教师可以采用“任务型”教学模式,让学生在课堂上可以有的放矢,主动地探索知识。学生通过任务的引导和驱动,会感受到学习的乐趣,从而乐于探究,主动学习,在不断探究中构建知识,提高能力。本文主要从任务型教学模式的理论依据,作用及具体的操作方法来介绍了在初中思想品德教学中如何应用任务型教学模式,以期提高学生的学习技能。     

“情景设疑”教学法的思考

课堂是学生学习的主阵地,无论是新授课还是复习课,教师要利用好课堂这块主阵地,找准知识的切入点和激发点．创设物理情景,设“疑”激“思”,学生就会不自觉地在“疑”这一任务的驱动下主动参与到学习中去。教师多创设能引导学生主动参与的教学环境,激发学生学习的积极性。放手让学生积极主动参与。敢于质疑、乐于探究,     

浅谈住处技术“任务驱动”法中“任务”的设计

“任务驱动”教学法是利用明确的任务来激发学生的学习积极性、主动性和创造性，以顺利完成教育教学任务的教学方法。“任务驱动”教学强调让学生在密切联系学习、生活和社会实际的有意义的“任务”情境中，通过完成任务来学习知识、获取技能、形成能力、内化理论。“任务驱动”教学是教师通过给学生设置典型的信息处理“任务”展开教学活动，引导学生由简到繁、由易到难，循序渐进地完成一系列“任务”．从而使学生形成清晰的思路、方法和知识的脉络。     

“任务驱动”教学法在信息技木教学中的应用

“任务驱动”教学法是一种以教师传授引导为辅,学生自主学习为主的教学方法．是以完成一个个“任务”作为驱动来进行教育教学工作,从而完成教育教学任务。在完成“任务”的同时,又培养了学生的自学能力、创新精神以及合作意识。目前,“任务驱动”教学法已经形成了“以任务为主线、教师为主导、学生为主体”的基本特征’。 一、做“目标驱动”的主人     

小学数学“任务驱动”教学之我见

教有法而无定法。学数学教学引进了“任务驱动”概念,试图让学生在驱动式的数学学习过程中,充分发挥学生的主体作用．养成主动学习的好习惯。     

“任务驱动”教学法中如何进行任务的设计

随着新课改的实施．对学生的自主探索能力提出了更高的要求。“任务驱动”是实施探究式教学模式的一种教学方法。从信息技术学科的角度说，“任务驱动”是一种适合学习操作类知识和技能的方法。“任务驱动”教学法就是教师针对教学目标，创设一些教学情境、设计一些教学任务，让学生在完成任务的过程中主动探索、创新的学习，从而来培养学生学会发...     

任务驱动教学法在阅读教学中的运用

<正>传统的阅读教学大都是教师讲、学生听,学生很少有自己去读或者自己真正思考的时间,学习积极性不高。基于此,在阅读教学中,教师可以采用任务驱动的方法来引导学生阅读,以期能够取得良好的教学效果。何谓任务驱动呢？任务驱动就是指学生在教师提供的情境中,围绕任务展开学习,在主动探究思考中提升学习质量的一种学习方式。任务驱动教学法在阅读课堂中的运用可以使学生的学习变“被动”为“主动”,由“接受”转为“探究”,     

自主参与，演绎灵动课堂——中职英语“自主参与式”教学模式的实践与反思

为了提高中职英语课堂教学质量．英语教师在课堂教学中应“以生为本”,实施“自主参与式”课堂教学模式。作者通过任务型小组合作学习、“角色扮演”模拟教学及“探究式”学习等途径,采用情景教学、任务驱动、合作学习和多媒体辅助等多种方法,激活学生的主体意识．调动学生的学习积极性,引导和激励全体学生自主参与,让学生学会学习、学会合作、学会创新,实现自我发展和提升,使英语课堂教学更有实效。     

程序教学模式在生物教学中的应用

高中生物教学可运用程序数学理论中小步子原则，设计一系列的问题，逐步引导学生学习，获得知识的模式．这种教学模式可以充分体现学生的主体作用和教师的主导作用，并培养学生观察、阅读、分析、讨论、推理和判断能力．     

化学实验教学情景的创设及策略研究

新课程的化学实验教学情景不仅强调它对于学生掌握化学知识与技能的重要作用,更突出强调它在学生主动进行实验探究活动、体验过程、理解方法、形成正确的情感态度与价值观的教育功能;化学实验情景创设的理论依据;学实验情景创设的策略．     

A field observation on the philosophy of teaching Islamic and Arabic studies

Implementation of conceptual educational practice. It educational policy in designing curriculum details stands as a basis of is for sure involved time and space factors to become comprehensive and constructive, especially for teaching Islamic and Arabic studies within modern educational challenges where its uniqueness values in nature should be remained untouched, while its methodological approaches should be updated and dynamic in addressing the peculiarity of modem society increasingly. Consequently, it＇s application and implementation in needs of some re-activation and adjustment to become more effective, productive and relevant. Popular and authorizations beliefs regarding educational contain have resulted in de facto Islamic and Arabic studies which largely reflect politically, rather than academically, realistically and effectively. In such a situation, it is vital to analyze the development of these policies and their implementation at a higher education.     

基于实际的高中生物课堂有效教学策略的思考

根据高中生物课堂教学实践,针对无效教学常见的问题探讨有效教学的策略．阐述处理好教材是有效课堂教学的前提;教学活动的合理组织是有效课堂教学的关键;课堂探究有效性是有效课堂教学的的活力;重视错题整理是有效课堂教学的保障．     

The emotions in teaching and learning nature sciences and physics/chemistry in pre-service primary teachers

A study was made of different emotions that prospective primary school teachers report with respect to science subjects, when they were pupils, and during their practice teaching, taking into account the variables gender and the speciality they studied in the secondary education. The study consisted of a questionnaire completed by 63 primary education students at the University of Extremadura, Spain. The results show a great difference between the emotions related to the subjects of physics/chemistry and the nature sciences （biology/geology）. The scientific subject influences the emotions of pre-service primary teachers, both in learning and teaching. In physics and chemistry, the emotions are mostly negative. While in nature sciences they are very positive. In nature sciences, there is a correlation between the emotions felt as secondary school pupils learning science and those they feel as teachers. In physics and chemistry, there is a correlation in the women between the emotions felt as secondary school pupils learning science and those they feel as teachers, but not in the men. The memory of their emotions in learning science at school is more negative than in teaching science during their teaching practice, except in nervousness in physics/chemistry. By gender, men declared a greater predilection for science content than women, with more of them describing such feelings as sympathy or confidence. The results highlight the influential role that emotions play throughout the professional growth of future primary teachers.     

探索提高生物课堂教学有效性的策略

在新课程标准实施的过程中,高中生物教学增加了许多生物学实验和研究性学习,要探究的内容增多了,而时间却总是太少.探讨采用多种不同的学习形式呈现教学内容,提高课堂教学效率和有效性.通过根据不同教学目的、教学内容选择正确教学方法;依据学生兴趣和生活经验设计教学活动;注重以学生为主体的学习方式;利用多种教学手段,包括多媒体教学手段,提高课堂容量等多方面提高课堂实效,使学生成为学习的主体,发展自己的个性,培养解决问题能力,提高高中生物课堂的有效性.     

Developing schools as professional learning communities： The TL21 experience

Over the last 2 decades, Irish schooling and society have gone through a period of significant structural and policy-driven change. To meet the emerging needs of the knowledge/learning society, schools and teachers are challenged to develop their capacities as ＂active learning communities＂. This places greater demands on teachers and schools to reflect on their classroom practices, to utilise a wider repertoire of pedagogic styles more suited to the needs of the 21st century learners and so that meaningfully collaborate with their fellow professionals. Teaching and Learning for the 21st Century （TL21） was a 4-year （2003-2007） multi-pronged research and development project involving the Education Department at the National University of Ireland, Maynooth （NUIM） and 15 post-primary schools. The project sought to address a number of key aims in terms of developing schools as professional learning communities, including addressing the isolation and insulation which teachers can, and do experience in their day-to-day professional lives and prioritize quality in teaching and learning as a key challenge for school development planning. This paper attempts to succinctly frame the key developments and findings which emerged over the duration of this process.     

A recommendation for a new lnternet-based environment for studying literature

The effects of information and communication technologies, which are rapidly improving and spreading in the current age, can be seen in the field of training and education as well as in all other fields. Unlike previous technologies, the Internet, which is the concrete compound of those technologies, provides users with the trio of audio, text and visual materials digitally and simultaneously. This new learning environment, which allows users to individually plan the learning process according to their preferences, has been also effective in changing traditional attitudes and habits related to reading. Nowadays, parallel to these changes, it has become necessary to teach literature in a virtual environment, or, at least, to make a connection with that environment. In this study, the authors first discuss the condition of literature on the lnternet considering the lnternet-literature connection and the features of reading lnternet-based literary texts. Then, depending on a literature review, the authors propose a new Internet-based learning environment for teaching literature considering the extent of computer literacy, as defined by Shapiro and Hughes （1996）.     

Graphic design： A sustainable solution to manage the contents of teaching materials

There is a concern that the teaching of subjects is applied not only with support from a set of technological devices, but largely in the proper use of teaching and new technologies. Taking this idea, the authors develop a research and sustainable design that result in educational materials in solid content and technological innovation, also to have the benefit of learning process of a particular subject. The project is in its stage of development of educational materials, which indicates that only the experiment is missing.     

生物课堂深化概念图教学

概念图是显示概念之间的意义联系的空间网络结构图.生物教学中深化概念图教学可使学生获得充分的感知信息,产生意义建构,使知识脉络更加清晰,从而促进和优化学习效果.