Towards a Theoretical Framework for Software Engineering: A Conceptual Definition of Software Life Cycles (And More)

Background: Researchers dealing with software engineering often express some concern about the lack of a core theory for this discipline. In fact, even the most basic concepts of software engineering—like the organization of software development life cycles—are usually described informally, with no reference to an underlying theory. Methods: In this paper, a well-known model for requirements and specifications is used as a basis for a rigorous and uniform description of software development activities. Results: The proposed approach proved suitable to describe the most popular software life cycles, as well as to describe the properties of software development activities. The proposed approach was also used to describe the properties of the software product in a way that is precise enough to support the definition of metrics. Conclusions: The proposed approach seems suitable for describing most software engineering issues and reasoning about them.

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Publication Details

Journal
Software
Published
2026-08-19
DOI
https://doi.org/10.3390/software5030036
Primary Topic
Software Engineering Techniques and Practices
Type
article
Field-Weighted Citation Impact
0.00
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article

Towards a Theoretical Framework for Software Engineering: A Conceptual Definition of Software Life Cycles (And More)

Luigi Lavazza
Software
Software Engineering Techniques and Practices
article

Towards a Theoretical Framework for Software Engineering: A Conceptual Definition of Software Life Cycles (And More)

Luigi Lavazza
article en

Abstract

Background: Researchers dealing with software engineering often express some concern about the lack of a core theory for this discipline. In fact, even the most basic concepts of software engineering—like the organization of software development life cycles—are usually described informally, with no reference to an underlying theory. Methods: In this paper, a well-known model for requirements and specifications is used as a basis for a rigorous and uniform description of software development activities. Results: The proposed approach proved suitable to describe the most popular software life cycles, as well as to describe the properties of software development activities. The proposed approach was also used to describe the properties of the software product in a way that is precise enough to support the definition of metrics. Conclusions: The proposed approach seems suitable for describing most software engineering issues and reasoning about them.

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Software Engineering Techniques and Practices
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Towards a Theoretical Framework for Software Engineering: A Conceptual Definition of Software Life Cycles (And More) — Luigi Lavazza · Software (2026) | TGRS Research Map | TGRS