For academics and professionals eager to test SGs in the training field of Agile Methods, the findings are helpful to (i) provide evidence regarding the usage of games in SE education, (ii) design game‐based teaching/learning strategies, and (iii) offer a repertoire of tactics for assessing the use of SGs in SE courses.
The MLR allowed software practitioners and teachers to identify cutting‐edge methods for evaluating SGs, application domains in which the assessments were carried out, and the main features considered for assessing the educational benefits of SGs. This study presents a multivocal literature review (MLR) to systematize and categorize the state‐of‐the‐art of SGs for teaching Agile Methods. Moreover, the use of SGs is of great interest to train and train future professionals to experience situations that they could face in software development. In software engineering (SE), SGs have been addressed to increase the commitment of developers. Serious games (SGs) have emerged to improve the commitment and performance of user players, since they perform an exact mission, integrating with the game mechanics, thus creating a very attractive mission. The suggested approach achieves more accuracy for effort estimation as compare to others. The test findings reveal that the estimation method has great estimation accuracy in respect of mean magnitude of relative error (MMRE) and Prediction of Error PRED (n). The framework is configured with empirical data gathered by projects from the software industry.
The development and usage of the agile method are described in depth in this study.
Because in software engineering, the agile method is widely used for the development of software applications. This study aims to provide an effort estimation method for agile software development projects.
One of the most difficult aspects of software engineering is estimating effort in agile development. But, all these approaches have many problems that need to be addressed. Both academics and professionals worked on the estimation approaches in software engineering. The consistency of effort and timeline estimation, along with several factors, determines whether a project succeeds or fails. In every software development project, the software effort estimating procedure is an important process in software engineering and always critical.