An Operational Framework for Linking Research and Design: The Worksheet for Systematic Knowledge Management in Architectural Design Processes.

This study tackles the enduring challenge of creating a systematic link between theoretical research and architectural design practice. It asks how influential design factors can be extracted from accumulated studies and applied as practical principles. The premise is that strengthening theoretical foundations enhances the quality of architectural works, but designers require a structured process to convert knowledge into actionable design guidelines. By developing such a framework, study processes and design practice can be integrated, allowing research findings to transform into operational solutions. Over twelve academic semesters, the research pursued this aim through library studies, fieldwork, evaluations, and synthesis, applying knowledge management theories to establish an operational method that resolves the gap. The methodology was applied and argumentative, progressing through four steps based on logical inference. First, effective concepts for linking studies and design were identified through metasynthesis, refining the research question and reviewing interdisciplinary sources across knowledge management, evaluation, and design. Sources were indexed, analyzed with MAXQDA, and repeatedly reviewed for reliability, while invalid codes were excluded using the Glynn4 tool. The resulting valid codes were categorized into key concepts forming the foundation of the method. Second, these findings were organized into a structured worksheet guided by simplicity, readability, and hierarchy. Third, the method was tested in practice, and fourth, its accuracy and validity were assessed using SPSS inferential statistics. Findings emphasized that successful design requires knowledge-based decision-making supported by a structure for transforming raw data into meaningful design information. Drawing on Smith, Gandhi, and Nonaka, the research confirmed that knowledge evolves across forms in the information chain and that both tacit and explicit knowledge must interact to guide sound design outcomes. The proposed structure ensures careful examination, categorization, and organization of data so it becomes coherent and accessible. This process eliminates confusion, fosters clarity, and allows iterative review that deepens understanding. By encouraging analytical engagement, the method leads to precise questioning and informed reasoning. Importantly, it balances tacit insights with explicit knowledge, ensuring that neither type operates in isolation but together drive effective architectural decisions.The results showed growing interest among students in methods that promote systematic, study-based decision-making. Compared with other design approaches, students applying the method were better able to justify their design choices, regulate emotions, base decisions on data, emphasize theoretical detail, and engage in logical inference. The method encouraged a whole-to-part design process characterized by order, clarity, hierarchy, and maximum use of prior studies. Students could transform data analysis into concrete design insights expressed as concise texts or microdiagrams, thereby bridging theory and practice more effectively. In studio applications, the method clarified the supervisory role as both guide and evaluator. Supervisors could identify unproductive stages, directing students back to earlier phases when necessary. Through repetition and refinement, the process ensured that valuable design outcomes emerged, supported by both theory and systematic reasoning. This cyclical approach emphasized verification and improvement, cultivating higher-quality and better-justified design results. In conclusion, the research formulated and validated an operational method that closes the gap between theoretical studies and architectural design. By emphasizing data organization, knowledge management, and the complementary interplay of tacit and explicit knowledge, the method enables the transformation of studies into practical design principles. It promotes rational decision-making, systematic reasoning, and integration of theoretical foundations into practice. As a replicable and educational framework, it enhances both the intellectual rigor and quality of architectural design processes, providing students and practitioners alike with a structured path from research to creative application.