Abstract

The article identifies the relationship among different agile software development approaches such as response extensiveness, response efficiency, team autonomy, team diversity, and software functionality that software teams face difficult challenges in associating and achieving the right balance between the two agility dimensions. This research strategy, in terms of quantity, is descriptive and correlational. Statistical analysis of the data was carried out, using SmartPLS 3.0. Statistical population, consist of employees of software industries in Bangladesh, who were engaged in 2017 and their total number is about 100 people. The data show that the response extensiveness, response efficiency, team autonomy, team diversity, and software functionality have impact on software development agility and software development performance.

Highlights

  • Subject area More specific subject area Type of data How data was acquired Data format Experimental factors

  • The dataset showed that Software team autonomy significantly influences Software Team Response Efficiency and Software team diversity significantly influences Software Team Response Extensiveness

  • These data can be used to improve the factors of agile practices and increase software development performance in the software industry in Bangladesh

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Summary

Result

20 software firms were chosen from Dhaka, Bangladesh. 160 questionnaires were distributed and 100 usable questionnaires were returned for analysis. 20 software firms were chosen from Dhaka, Bangladesh. 160 questionnaires were distributed and 100 usable questionnaires were returned for analysis. Data were gathered from all kind of. Small Small Small Large software firms (small, medium, large) as well as a questionnaire [1] including the demographic data (e.g. qualification, experience). The collected data were collected, coded and entered into SmartPLs 3.0. Data were analyzed; applying descriptive and statistical tests including partial least squares approach

Measurement model
Structural model

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