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发表于 2007-7-6 23:19:01
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[直接把改过的贴出来,中文和英语都改了。隔行如隔山,专业的东西也说不出什么意见。对摘要的撰写简单说下:一是关键词一定要在摘要的文字中出现;二是中文摘要和英文摘要其实不必互译,而是写好一个,再另写一个,很多人都以为互译容易,其实另写更好,互译很难逃掉中式英语的干扰;三是英文摘要以体现英语特点为好,如被动态的运用,可以使表达简洁方便,还有时态,一般现在时多用。
我也是生手,请批评指正。]
高职院校物理教学中创新教育的研究
摘要:此项研究为高职高专物理教学中的创新教育,旨在通过各种途径培养学生的创新能力。首先发展其创新思维,培养其创新意识,突破思维定势,以克服惯性思维的局限性。再采取措施指导学生学习创新技法,探索发散型、集中型、组合型、逆向型等各种发明方法和技巧。主要通过四种途径进行。一是改进课堂教学,营造创新氛围。设计有利于启发学生创新的教学内容,并注重教学内容的趣味性和实用性。二是根据教学需要发动学生自制教具。针对已有教具存在的不足之处,采用新思路改进结构,完善功能,提高实验效果,不断把新技术引入教学之中。三是改进实验方式。把验证性实验变为探索性实验。充分利用高职院校学生实践能力较强的优势,引导学生创造性地解决生产和生活中的实际问题。四是积极开展研究性学习,以问题为载体和纽带,让学生进行自主学习和合作学习,引导学习大胆讨论,取长补短,使他们亲身感悟现代科技的产生和发展过程。同时,我们还探索在评价机制上进行相应改革,使学生们感到只有按照创新的观点和思路去学习和探索,才能获得优良的成绩,得到学校和社会的认可。在这些研究的基础上,建立了“发现并提出问题—探索解决方法—学习所需的新知识—创造性的解决问题—得出初步结论—通过交流与评价—形成新结论”的教学模式。
该研究成果将为高职院校提供新的授课方式,改进教学方法,摒弃以考试为惟一衡量标准的做法,消除高职学生的自卑心理,充分调动学习积极性,变”要我学“为“我要学”。真正把教育教学重心放在培养创新精神和实践能力上,以增厚知识底蕴,打牢创新基础,施展创新才华,建立高职学生独有的能力结构,使高职教育不再是低层次的教育,而是与本科并驾齐驱,同样重要的应用技术教育,以充分发挥出它在培养高级技能人才方面的独特作用。
关键词:创新教育;物理教学;高职院校
Abstract: This research is to explore the innovative education in physics teaching in high vocation-technical college, aiming at cultivating students’ ability of innovation through several approaches. First of all, students’ innovative thinking and consciousness are cultivated via breaking through original thinking formula, and overcoming the limitation of fossilized thinking. Then, effective measures are applied to instruct students to learn different kinds of innovating method and skill, which are respectively exploring-divergent, concentrated, combinatorial, and reversal skills. Mainly, four approaches are adopted. The first one is to improve classroom teaching, create innovative atmosphere, and design teaching materials that is helpful to develop students’ innovation, paying attention to the interest and practicability of the teaching content. The second one is to encourage students to make teaching aids by themselves according to the need of teaching, improve the structure of teaching aids, and perfect the functions according to the want, so as to increase the effectiveness of experiments. New techs are brought to classroom constantly. The third is to improve experiment mode, vary from experimental type to explorative type. Students’ high practical ability is made full use, solving problems in production and living creatively. The fourth one is to do research-based learning actively, taking problems as carriers and ties, making students study voluntarily and cooperatively, discuss with others openly, and learn from others and appreciate the initiation and development of modern techniques in person. Meanwhile, we explore the respective reform on evaluation system, to make students feel that, only studying and exploring through innovative opinion and thinking, can they acquire good remarks and the approval of the college and society. The new teaching model of “discovering and putting forward problems - exploring countermeasures - learning new knowledge needed - solving problems creatively - draw conclusions” is established based on the achievement of this research.
This research will provide novel talents-training style for teaching in high vocation-technical college, change the old teaching method of writing down notes during the classes and reciting the notes before finals, abandon the only standard for evaluating the learning of students, eliminate the students’ inferior feeling when compared with undergraduate students, and mobilize the students to learn willingly, instead of to learn compulsorily. Then the students accumulate not only knowledge, but also sound foundation for innovation. It is useful for them to exert their capacity to innovate. Unique ability structure of the high vocation-technical college students will develop through these methods. Thus, the high vocation-technical college education is proved not to be low-level education anymore; it is education of applied technology as important as undergraduate education. It will show its unique importance in training high-skilled, innovatory talents.
Key words: innovative education; physics teaching; high vocation-technical college
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