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Inquiry-Based Learning in Computer Science Classroom

机译:计算机科学课堂中基于探究的学习

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Inquiry-based learning in Slovak schools is still considered to be an innovative approach to teaching based on the active exploration of new knowledge by pupils themselves. It allows deeper involvement of pupils in the learning process, encourages motivation and differentiation with respect to individual learning preferences, creates space for pupils to develop cooperation and communication skills. Inquiry is a natural cognitive process for pupils, but its wider application is mostly in biology, chemistry or physics classrooms, while computer science in Slovak schools is still dominated by instructive teaching strategies. In the frame of the National project IT Academy we have focused on different fields of the computer science curriculum and we have implemented the 5E instructional model as an inquiry-based learning approach in 40 primary school lessons and 40 secondary school lessons. We provide teachers with complete lesson plans, including worksheets, supplementary work files and materials, or reference materials. These educational materials are being tested by teachers in Slovak schools. For both primary and secondary school teachers, we organize also professional development courses on innovative teaching strategies in the computer science classroom to make it easier for them to implement these new classroom learning practices. This paper presents the results of a survey on teachers' perception, attitudes, experiences, misconceptions and barriers to inquiry-based teaching strategies in computer science classrooms as the classroom teacher plays a key role in the successful implementation of these new learning strategies. Our research investigates how different factors affect teachers when considering the inquiry-based learning and its successful implementation in computer science classrooms highlights two major underlying factors, the teacher's personal contribution factor and a factor representing a collection of the teacher's readiness and teaching skills, which are further discussed.
机译:在学生自己积极探索新知识的基础上,斯洛伐克学校的探究式学习仍然被认为是一种创新的教学方法。它可以使学生更深入地参与学习过程,在个人学习偏好方面鼓励动机和差异化,为学生发展合作和交流技能创造空间。探究是学生的自然认知过程,但它的广泛应用主要是在生物学,化学或物理课堂中,而斯洛伐克学校的计算机科学仍由教学策略主导。在国家项目IT学院的框架中,我们专注于计算机科学课程的不同领域,并且已在40堂小学课程和40堂中学课程中采用5E教学模型作为基于查询的学习方法。我们为教师提供完整的课程计划,包括工作表,补充工作档案和材料或参考材料。这些教学材料正在由斯洛伐克学校的老师进行测试。对于中小学教师,我们还在计算机科学教室中组织有关创新教学策略的专业发展课程,以使他们更容易地实施这些新的课堂学习实践。由于教师在成功实施这些新的学习策略中起着关键作用,因此本文介绍了有关教师在计算机科学课堂中对基于探究的教学策略的看法,态度,经历,误解和障碍的调查结果。我们的研究调查了在考虑基于探究的学习时不同的因素如何影响教师,并且该方法在计算机科学课堂中的成功实施突出了两个主要的潜在因素,即教师的个人贡献因素和代表教师准备和教学技能的因素,它们分别是进一步讨论。

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