Author: Dr. Anita Mehra, Rahul Sharma.
Abstract: Model-Driven Software Development (MDSD) has emerged as a paradigm that emphasizes the use of high-level models as primary artifacts in the software engineering process. It aims to shift the focus from low-level coding to the design and transformation of abstract models that can be automatically translated into executable code. This approach has gained traction due to its potential to improve productivity, maintainability, and adaptability, especially in complex enterprise systems. This paper explores the foundational principles, benefits, challenges, and tools of MDSD, highlighting its role in enabling rapid adaptation to evolving business requirements. Furthermore, the paper examines case studies and industry applications, emphasizing the integration of model-driven techniques into agile and DevOps workflows. The discussion concludes with future trends and research opportunities in this field.
Keywords: Model-Driven Software Development, MDSD, Code Generation, UML, Model Transformation, Software Engineering, Automation.
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