首页> 外文期刊>International Journal of Emerging Technologies in Learning (iJET) >Mathematical HOTS Cultivation via Online Learning Environment and 5E Inquiry Model: Cognitive Impact and the Learning Activities
【24h】

Mathematical HOTS Cultivation via Online Learning Environment and 5E Inquiry Model: Cognitive Impact and the Learning Activities

机译:通过在线学习环境和5E查询模型的数学涌现:认知影响和学习活动

获取原文
           

摘要

An ideal education is the one that enhance cognitive ability. In Malaysia, educators are currently putting enormous effort to uplift higher order think-ing skills (HOTS) among students at various educational levels. The ad-vancement of technology enables educators to apply online learning envi-ronment to further catalyze the effort. Integration of correct pedagogy is es-sential, 5E inquiry model by Bybee was implemented to 5E online learning environment – a learning environment developed for this research. The pur-pose of this research is to enhance HOTS among the samples. Thus, the cog-nitive impact of the learning environment was studied. The current gap of the learning activities that improve HOTS was addressed by probing into the activities done by samples. Samples are thirty-three secondary school students and had treatment with the learning environment for 4 weeks. T-test conducted found that samples’ HOTS statistically significant higher af-ter treatment compared to prior to the treatment, t (32) = - 20.95, p 0.05 that indicates the treatment improve samples’ HOTS. The learning activities that materialize HOTS improvement is engaging learning module and HOTS related video. This research proves that human HOTS ability can be nur-tured by using technology enhanced learning environment with the appro-priate pedagogical approach. Deeper fundamental research regarding the pro-cess of learning that nurture HOTS is highly recommended in the future – one of the authors is currently working on.
机译:理想的教育是一种提高认知能力的教育。在马来西亚,教育工作者目前正在努力努力在各种教育水平的学生中提升高阶思考技能(热点)。技术的调控使教育工作者能够在线学习环境,以进一步促进努力。正确的教育学的整合是ES-Sential,Bybee的5E询问模型被实施为5E在线学习环境 - 为这项研究开发了一个学习环境。本研究的PUR-POSE是增强样品中的热量。因此,研究了学习环境的齿轮态影响。通过探究样本完成的活动来解决改善热点的学习活动的目前的差距。样品是三十三所中学生,并在学习环境治疗4周。进行的T检验发现,与处理之前,样品的热量统计学上显着高的AF-TER治疗,T(32)= - 20.95,P <0.05表明治疗改善样品的热量。实现热固改进的学习活动是从事学习模块和热带相关视频。本研究证明,通过使用技术增强的学习环境,可以通过具有认可预报教学方法来保证人类热的能力。关于培育热点的学习的亲密基础研究是强烈推荐的,在未来强烈推荐 - 其中一位作者目前正在努力。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号