提升教师的专业数字能力:校长的电子教学督导、技术领导力与数字文化的协同作用:在数字时代实现卓越教育

Rasdiana, B. Wiyono, Ali Imron, Lailatul Rahma, Nur Arifah, Reza Azhari, Elfira, Irvine Sibula, Muh. Asrandy Maharmawan
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摘要

技术的快速发展对教育领域产生了重大影响,尤其是在教学过程中。印尼是一个发展中国家,对其教师的专业数字能力(TPDC)进行研究至关重要。了解教师专业数字能力的程度,以便通过培训计划找出潜在的差距和需要改进的地方,这一点至关重要。本调查旨在揭示差距,并制定消除数字鸿沟的策略。在此背景下,校长的电子教学督导(PIS)和技术领导力(PTL)在培育学校的数字文化(SDC)方面发挥着举足轻重的作用。这种文化对于确保合作学习过程的有效性,满足学生在这个数字时代的需求至关重要。因此,本研究探讨了以 SDC 为媒介的 PIS 和 PTL 对 TPDC 的结构性影响。本研究采用定量方法,通过 AMOS 的结构方程建模(SEM)分析,利用内部和外部模型技术来解决研究假设。研究在印度尼西亚的七所高中进行,从 450 名教师中随机抽取了 257 名有成效的教师参与研究。研究结果表明,PIS 直接影响 TPDC,尽管系数(0.192)微乎其微。同时,PTL 直接影响 SDC(0.663)和 TPDC(0.229)。此外,SDC 对 TPDC 也有重大影响(0.816)。然而,PTL 的直接系数对 SDC 的影响比对 TPDC 的影响更大。因此,结构模型表明,PTL 在 SDC 的中介作用下将对 TPDC 产生深远影响(0.541)。鉴于上述结果,本研究建议在今后的研究中应用基于校长技术领导力的谦逊。
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Elevating Teachers’ Professional Digital Competence: Synergies of Principals’ Instructional E-Supervision, Technology Leadership and Digital Culture for Educational Excellence in Digital-Savvy Era
The educational landscape has been significantly influenced by the rapid development of technology, especially in the instructional process. Examining teachers’ professional digital competence (TPDC) in Indonesia, a developing country, is of utmost importance. It is vital to comprehend the extent of professional digital competence among teachers to identify potential gaps and areas for improvement through training programs. This investigation aims to shed light on disparities and formulate strategies to bridge the digital divide. In this context, the principal’s instructional e-supervision (PIS) and technology leadership (PTL) play a pivotal role in nurturing a school’s digital culture (SDC). This culture is crucial for ensuring the effectiveness of the collaborative learning process that meets the needs of students in this digital-savvy era. Therefore, this study delves into the structural impact of PIS and PTL on TPDC mediated by SDC. Quantitative methods were employed to address research hypotheses through structural equation modeling (SEM) analysis with AMOS, utilizing inner and outer model techniques. Carried out in seven senior high schools in Indonesia, the research involved 257 productive teachers randomly selected from a population of 450. The findings revealed that PIS directly influences TPDC, albeit with the most negligible coefficient (0.192). Simultaneously, PTL directly impacts SDC (0.663) and TPDC (0.229). Moreover, SDC significantly influences TPDC (0.816). However, the direct coefficient of PTL has a more substantial impact on SDC than on TPDC. Consequently, the structural model suggests that PTL will profoundly influence TPDC when mediated by SDC (0.541). In light of these results, this study recommends the application of principal technology leadership-based humbleness for future research.
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