Optimizing Software Project Performance Through Agile Metrics and System Development Life Cycle Evaluation

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Authors: Oluwakoya John B., Ogbonna Chibueze A., Maitanmi Stephen O.
Cited by: 0
References: 8

Abstract

The evaluation of project performance has become important due to the persistent failure of software projects. Agile metrics provide essential insights for optimizing delivery by guiding teams towards iterative success through adaptive practices and continuous improvement. Metrics such as sprint burndown, velocity, control charts, and cumulative flow diagrams help track progress, identify risks, and maintain predictable delivery cadences. These tools enable teams to forecast workloads, manage scope changes, and ensure consistent throughput. Control charts and cumulative flow diagrams further enhance efficiency by visualizing cycle times and work status across development stages, helping to detect bottlenecks and workflow irregularities. Quality metrics – including defect counts, deferred defects, and automated test coverage – ensure reliability and customer satisfaction by identifying issues early and reducing rework. Additionally, integrating quality metrics ensure teams maintain high standards across all phases of development. Metrics such as defect counts, deferred defects, and automated test coverage are crucial for maintaining product reliability and addressing potential issues before customer release. Effective quality measurement also supports continuous improvement, emphasizing customer satisfaction and reducing the need for rework through timely identification of flaws. By systematically applying Agile metrics, teams can refine workflows, mitigate risks, and adapt to evolving priorities. This fosters a framework of collaboration, innovation, and sustained progress, ultimately enabling delivery of high – value products with greater predictability and efficiency.

Fields of Study & Subjects

Software Engineering Techniques and Practices Software Engineering Research Construction Project Management and Performance

Publication details

Journal / source
International Journal of Innovative Science and Research Technology (IJISRT)
Pages
1707–1707
Publication date
27 February 2026
Language
EN