Study goals
To investigate how structured knowledge management practices enhance innovation processes in a metallurgical industry, analyzing formal and informal mechanisms of knowledge creation, dissemination, and application in strengthening dynamic capabilities and achieving sustainable competitive advantage.
Relevance / originality
The study highlights, in a traditional industrial context, the central role of knowledge management in fostering continuous innovation, expanding understanding of its applicability in low-tech-prone sectors through integration of theory and robust empirical evidence.
Methodology / approach
Qualitative research using a single case study, triangulating semi-structured interviews, document analysis, and direct observation. The SECI model was applied as an analytical framework to map knowledge conversion processes and their implications for tangible and intangible innovation outcomes.
Main results
Deliberate adoption of knowledge management practices enhanced both incremental and radical innovation, improved interdepartmental integration, reduced rework, and accelerated development cycles. The SECI model proved applicable and adaptable to the metallurgical context, amplifying results and sustaining competitive advantage.
Theoretical / methodological contributions
Advances the debate on knowledge management in industrial environments, validating the SECI model as an effective analytical tool, and offering evidence of the role of social and technological interactions in transforming knowledge into organizational value.
Social / management contributions
Provides practical guidance for industrial managers to design knowledge management systems aligned with strategy, fostering innovation, competitiveness, and sustainability, while strengthening internal and external collaborative networks to address complex and dynamic sector demands.