經由以上論述，本研究基於動態能力理論建構研究模型與假說，透過配對問卷調查法蒐集樣本數據，並採用定量研究方法，共計回收166組軟體開發團隊的有效問卷，分析方法採用偏最小平方法，進行結構模型驗證與信效度檢測，同時驗證所提出之研究假說。研究結果顯示，共享領導對吸收能力有正向顯著的影響；吸收能力與軟體開發敏捷性之回應效率成正向關係；團隊規模作為控制變數，發現團隊規模人數亦能夠增強軟體團隊回應效率。最終，本研究亦針對部分未達顯著水準的假說結果提出深入解釋，並為動態能力理論與軟體開發敏捷性之研究提供理論與實務意涵，同時闡述研究之限制與未來研究方向。 ;Nowadays, software development teams encounter many challenges, such as frequent and diverse requirement changes and the growing need for cross-functional collaboration. In such highly dynamic development environments, teams must possess the capability to respond to external requirements while formulating comprehensive solutions. Accordingly, software development agility has emerged as an essential core competency for software teams. However, requirement changes usually involve knowledge in different professional fields. When teams face changes in requirements across multiple topics, a timely reassignment of leadership roles appears essential. This need is consistent with the characteristics of the shared leadership model. In conclusion, this study, grounded in dynamic capability theory, seeks to investigate the relationship between shared leadership and absorptive capacity regarding their effect on software development agility. Furthermore, it introduces team familiarity as a moderating variable to assess whether shared leadership structures can effectively enhance teams’ knowledge absorptive capacity.
This research utilizes a paired questionnaire survey method to gather sample data, collecting 166 valid responses from software development teams. The analysis employs the partial least squares method to assess both the structural model and the reliability and validity of the data. The research results indicate that shared leadership positively and significantly influences absorptive capacity. Additionally, absorptive capacity demonstrates a positive correlation with software team response efficiency of software development agility. This research provides both theoretical and practical implications for the exploration of dynamic capability theory and software development agility.
