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Relationship Between Digital Modelling Skills and Architectural Design Productivity

Abstract

The study examines the relationship between digital modelling skills and architectural design productivity, focusing on how proficiency in digital modelling tools influences the efficiency and output of architectural design activities. Digital modelling has become an important part of contemporary architectural practice, supporting the development, visualization, modification, presentation, and documentation of building designs. The ability of architects and design professionals to effectively use digital modelling tools may therefore influence the speed, quality, and volume of design work produced. The study will assess digital modelling skills based on proficiency in creating and modifying three-dimensional models, developing building components, applying materials, generating views, producing drawings, making design revisions, and using modelling features efficiently. Architectural design productivity will be assessed using indicators such as time required to complete design tasks, number of design outputs produced, speed of revisions, ability to develop design alternatives, documentation efficiency, and overall task completion. Attention will also be given to the frequency and manner in which digital modelling tools are used during architectural design activities. A descriptive cross-sectional research design will be adopted for the study. Selected architecture students, architectural practitioners, or design professionals will be assessed using appropriate sampling procedures. Data will be collected through structured questionnaires, digital modelling skill assessments, task-based observations, and review of selected design outputs. The collected data will be analyzed using descriptive statistics such as frequency, percentage, mean, and standard deviation, while appropriate correlation or inferential tests may be applied to determine the relationship between digital modelling skills and architectural design productivity. The study is expected to reveal a relationship between digital modelling proficiency and architectural design productivity. Individuals with stronger digital modelling skills are expected to complete design tasks more efficiently, produce design alternatives more quickly, and make revisions with greater ease. Lower levels of modelling proficiency may be associated with longer task completion times, difficulties in modifying designs, and reduced efficiency in producing coordinated design outputs. The observed relationship may also be influenced by software familiarity, task complexity, available digital resources, and experience with architectural design workflows. The findings will be useful to architects, architectural educators, students, design firms, BIM specialists, and other professionals involved in digital architectural practice. The study may provide useful information on the importance of developing practical digital modelling competencies within architectural education and professional practice. It may also support architectural firms and educational institutions in identifying areas where additional digital modelling training can improve design workflow and productivity. The study will conclude by establishing the relationship between digital modelling skills and architectural design productivity. It is recommended that architectural education and professional development programmes provide adequate practical training in digital modelling tools and encourage their effective integration into design workflows. Further studies involving different modelling platforms, project types, experience levels, and professional environments are recommended to provide broader information on digital modelling skills and productivity in architectural practice.

Keywords: Digital modelling skills, architectural design productivity, digital modelling, architectural design, computer-aided design, BIM, design efficiency, design workflow, digital skills, architectural practice, design output, design revisions, modelling proficiency, architectural technology, digital design.