Agile Software Development Teams (ASDTs) employ agile methodologies to navigate the dynamic landscape of the software industry, responding effectively to constant change and innovation. The success of ASDTs relies significantly on the individuals’ mindset, referred to as the agile mindset (AM). Yet, a clear conceptualization of the AM remains elusive, as existing approaches do not meet scientific standards and fail to produce consistent results. This paper addresses this gap by systematically conceptualizing the AM within the context of ASDTs. Through a systematic review and evaluation of existing definitions and initial conceptualizations, we identified dimensions and consolidated insights, resulting in a comprehensive conceptualization of the AM. Our work represents a crucial step towards understanding the AM’s role in ASDTs and lays the foundation for our planned future work: the empirical validation and development of a standardized measurement instrument for the AM.

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

Conceptualizing the Agile Mindset in Agile Software Development Teams

  • Kristin Geffers,
  • Ulrich Bretschneider,
  • Karen Eilers

摘要

Agile Software Development Teams (ASDTs) employ agile methodologies to navigate the dynamic landscape of the software industry, responding effectively to constant change and innovation. The success of ASDTs relies significantly on the individuals’ mindset, referred to as the agile mindset (AM). Yet, a clear conceptualization of the AM remains elusive, as existing approaches do not meet scientific standards and fail to produce consistent results. This paper addresses this gap by systematically conceptualizing the AM within the context of ASDTs. Through a systematic review and evaluation of existing definitions and initial conceptualizations, we identified dimensions and consolidated insights, resulting in a comprehensive conceptualization of the AM. Our work represents a crucial step towards understanding the AM’s role in ASDTs and lays the foundation for our planned future work: the empirical validation and development of a standardized measurement instrument for the AM.