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AI 디지털교과서 활용 역량 강화를 위한 교사 연수 모델 개발
고호경,안서현 영남수학회 2025 East Asian mathematical journal Vol.41 No.2
The advancement of artificial intelligence (AI) in education has led to the emergence of AI Digital Textbooks (AIDT), transforming teacher-student interactions by supporting personalized, self-directed, and collaborative learning. To effectively utilize AIDT, teachers require enhanced AI and digital literacy competencies. However, existing training programs lack a structured approach to integrating AI-based pedagogical strategies. This study develops a teacher training model that strengthens AIDT utilization by incorporating the TPACK framework, Cognitive Load Theory, and Learning Analytics. Additionally, the Forschendes Lernen (FL) approach is applied to foster inquiry-based learning, enabling teachers to explore and implement AI-driven teaching methods. The proposed model emphasizes hands-on AI teaching strategies, adaptive lesson design, and AI-assisted feedback mechanisms, overcoming the limitations of traditional training programs. This research provides a structured framework for AIDT-based teacher professional development and offers insights into AI integration in education. Future research should focus on empirical validation of the model’s effectiveness and continuous refinement to align with emerging AI technologies.
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고호경 대한수학교육학회 2004 수학교육학연구 Vol.14 No.3
This study attempts to discuss holistic information in order to identify the characteristics of interactions using a graphing calculator. The use of a graphing calculator was divided into three stages: Visual, Analytical, and Self-regulated. The last stage can be called the Self-regulated instrument stage, because this last stage, the use of the calculator, is generally characterized as students actively controlling their ongoing efforts through self-regulating. The accompl- ishments of the operation can be divided into three levels: Immature, Maturing, and finally, Mature level. First, the characteristics of the Leading Statements were investigated to figure out who has the main role in cooperative learning. This study can support the previous study, which showed that computers could help improve the self-esteem of low-level students. Second, the point of transformation is referred to as the Turning Point. Several functions were observed in the Turning Point: student, instrument, and teacher. Third, when the students convertsations reach a lull in class and then resume due to certain primary factors without the teachers intervention, this is a case of what is referred to as Structuralization. And last, in this study, the graphing calculator can be used as an auxiliary stimulus to help students control their stress and their attitudes, which in turn can also improve students social interaction. 계산기를 사용한 환경에서 상호작용의 역동적 특징을 다섯 가지 분석도구로 분석하였다. 먼저, 계산기와의 상호작용의 특징을 분석한 결과 자기-조절적 도구로써 사용할 경우 계산기 사용 목적과 가장 잘 부합됨을 알 수 있었으며, 이는 조작의 능숙도와 비춰볼 때 익숙한 조작단계에 이르렀을 때 가능하였다. 사회적 상호작용의 역동성을 먼저, 주도성 진술의 관찰을 통해 계산기와 하위수준의 학생의 자긍심 향상에 관련된 사항을 연구하였으며, 둘째, 대화의 전환점에서 학생들의 상호작용이 적절한 의사소통에서 부적절한 의사소통으로 또한 그 반대의 요인들에 관하여 조사하였다. 셋째, 학생들이 서로의 상호작용이 침체되는 시기에 상호작용의 효과를 높이기 위하여 효율적인 태도를 취하는 것을 일컬어 구조화라 하였고 각각 이러한 구조화에 미치는 요인들과 마지막으로 스트레스 조절의 진술들을 통하여 적응에의 의지나 수용능력을 증대시키는 인지적, 행동적 노력을 평가하였다.
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고호경,Ko, Ho-Kyoung 한국학교수학회 2010 한국학교수학회논문집 Vol.13 No.3
This study aims to develop materials related to math education for the aged and to identify the effects of application as part of active measures to the aging society with its growing elderly population which is one of the greatest changes in our society. In this purpose, the necessity and objectives for development of materials of 'Silver Math' as education for the aged are explained. Developing and disseminating materials with a role as a program for intelligent needs and physical and spiritual health of the aged presents standards for development of more systemic and meaningful educational materials at this point of time when the importance of education of the aged increases to help the old enjoy qualitatively successful lives in later years in the perspective of lifelong education. Also it aims to present standards of contents and requirements in learning that are adequate and meaningful to old learners at the actual learning sites where education takes place only in terms of making good use of spare time while at the same time suggesting plans of teaching and learning as well as conditions for learning environment. Next, the effectiveness of 'Silver Math' are explored by applying developed materials to the aged. materials of 'Silver Math' for the aged with contents that are appropriate to the definitive and cognitive level of the aged are presented. The developed materials for mathematical activities are divided into 'computation of basic numbers' for those wishing to learn calculation and concepts of numbers, 'active math' that corresponds to definitive factors of old learners, facilitates leisure time through mathematical activities, and Improves communication abilities through cooperative learning among learners, and 'math with thinking power' to solve simple calculation problems by applying to various actual situations.
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