The construction of the inshikawa diagram, focused on the instrumental implementation of digital technologies, enabled a critical and structured analysis of the main factors influencing this process in the educational context. Through this tool, it became evident that simply introducing technologies does not ensure innovation; rather, it is essential to understand the underlying causes that limit their meaningful pedagogical use.
Within the management and organization dimension, the lack of strategic planning and consistent institutional policies was identified as a key issue, contributing to a superficial use of technologies. Regarding infrastructure, it was observed that although many institutions have access to technological resources, these are often underutilized or used in limited ways, reinforcing traditional practices.
In the teaching dimension, challenges related to teacher training and resistance to change stand out, hindering the effective integration of technology, pedagogy, and content, as proposed by the TPACK framework. Concerning students, a predominantly passive use of technologies is noticeable, which contrasts with perspectives such as connectivism and cyberculture, both of which emphasize active and networked learning.
Furthermore, curriculum and methodologies often remain rigid, with a lack of interdisciplinarity and a predominance of lecture-based practices, even in digital environments. Finally, in the field of assessment, traditional models focused on memorization still prevail, rather than formative processes grounded in interaction and continuous feedback.
Thus, the diagram highlights that the instrumental implementation of digital technologies is associated with multiple interconnected factors, requiring not only technical adjustments but, above all, pedagogical and conceptual transformations grounded in contemporary educational theories.
REFERENCES
DAKICH, Eva. Theoretical and Epistemological Foundations of Integrating Digital Technologies in Education. In: Reflections on the History of Computers in Education. Springer, 2014.
KOEHLER, M. J.; MISHRA, P.; CAIN, W. What is Technological Pedagogical Content Knowledge (TPACK)? Journal of Education, 2013.
LAURILLARD, D. Rethinking University Teaching: A Conversational Framework. Routledge, 2002.
LÉVY, Pierre. Cibercultura. São Paulo: Editora 34, 1999.
PIMENTEL, Fernando Silvio Cavalcante. Uma visão múltipla da interação em direção à tutoria. In: Interação on-line: um desafio da tutoria. Maceió: Edufal, 2013.
PIMENTEL, Mariano; CARVALHO, Felipe da Silva Ponte. Princípios da Educação Online: para sua aula não ficar massiva nem maçante! SBC Horizontes, 2020.
PUENTEDURA, R. SAMR: A Brief Introduction. 2010.
SIEMENS, George. Connectivism: A Learning Theory for the Digital Age. 2005.
VALENTE, José Armando. Mudanças na sociedade, mudanças na educação: o fazer e o compreender. In: O computador na sociedade do conhecimento. Campinas: UNICAMP/NIED, 1999.
Diogo, based on your reading and the Ishikawa diagram you created, what theories have you identified that could support the integration of technology into teaching?
ResponderExcluirThe theories identified from the readings that support the integration of technology into teaching go beyond a merely instrumental use of digital tools and emphasize pedagogical transformation.
ResponderExcluirFirst, the TPACK framework (Koehler, Mishra & Cain) highlights that effective integration of technology depends on the articulation between technological, pedagogical, and content knowledge. This means that technology should not be used in isolation, but aligned with teaching strategies and subject matter.
Second, Connectivism (Siemens) supports the idea that learning occurs through networks and connections, especially in digital environments. This perspective reinforces the importance of using technologies to promote interaction, collaboration, and knowledge sharing.
Additionally, Lévy concept of Cyberculture emphasizes collective intelligence and active participation, suggesting that digital technologies should enable students to become producers of knowledge rather than passive consumers.
Olá, Diogo! Excelente análise. Você pontuou perfeitamente que a simples introdução de recursos não garante a inovação. O seu destaque para o uso predominantemente passivo por parte dos estudantes dialoga muito com a nossa necessidade de aprofundar a apropriação da cibercultura e do conectivismo nas práticas docentes.
ResponderExcluirPara romper com essa passividade e com a rigidez dos currículos conteudistas que você bem mencionou, precisamos urgentemente repensar a intencionalidade pedagógica. Ao invés de reproduzir aulas expositivas no ambiente virtual, o grande desafio é pensar em como integrar esses artefatos para criar dinâmicas mais engajadoras , quem sabe até explorando lógicas de jogos e narrativas digitais que coloquem o estudante no centro, como um verdadeiro produtor de conhecimento.
Pensando nas dimensões que você mapeou no seu diagrama, deixo uma pergunta para refletirmos: como você enxerga a possibilidade de flexibilizar esse currículo mais tradicional para que os professores se sintam encorajados a transformar esses artefatos em reais espaços de criação, e não apenas de consumo passivo?
Agradeço pelo seu comentário, Débora! E pensando em sua pergunta: creio que flexibilizar é trocar o trilho (caminho único e rígido) pelo território (espaço de exploração). No território, a tecnologia deixa de ser um suporte técnico e passa a ser a ferramenta de navegação e criação.
Excluir