Doctoral thesis a requirements driven framework bridging model based strategic r

IT Governance and Requirements Engineering share a profound connection. Proper alignment facilitates the creation of robust management rules. These rules are essential for evaluating software development projects. Evaluation criteria are rooted in the organization's overarching long-term strategy. This integration ensures IT initiatives serve strategic goals.

The governance of software engineering aims for specific outcomes. Software development results must consistently align with strategic requirements. This alignment covers crucial areas. These include effective business process support and judicious technology adoption. Strategic mandates drive all software outcomes.

A significant challenge persists in the industry. It involves connecting model-based strategic representations with actual software development practices. This gap often leads to misalignment. The thesis proposes a framework to overcome this cohesion problem. It ensures strategic visions translate into tangible software solutions.

The GI-Tropos framework incorporates a meta-model. This meta-model formalizes all relevant process elements. It provides a precise, structured representation. This ensures consistency and clarity across the framework. It defines the relationships and properties of each component.

Requirements-driven software development processes are utilized. These include I-Tropos. They employ coarse-grained, social-oriented models. These high-level models drive the entire software life-cycle. They influence both project management and forward engineering techniques. GI-Tropos enhances this model-driven approach for governance.

GI-Tropos delivers substantial value for decision-making. It actively supports business and IT alignment initiatives. The framework aids in critical investment decisions. This ensures that resources are allocated to projects. Projects must demonstrate clear strategic value and alignment with organizational goals.

A fundamental principle involves addressing stakeholder requirements. The framework emphasizes identifying and satisfying these varied needs. This ensures the developed software provides maximum value. It fosters acceptance and successful adoption among all involved parties.

Effective governance relies on established best practices. The framework explicitly incorporates COBIT5 principles. This integration ensures robust enterprise management. It provides a recognized and comprehensive standard for IT governance, enhancing reliability.

The GI-Tropos framework champions a unified perspective. It enables a single, holistic, integrated approach to software governance. This comprehensive view covers the entire software life-cycle. It bridges strategic planning with operational execution, ensuring coherence.

The framework's effectiveness is proven through application. Two illustrative examples showcase its practical utility. These demonstrations validate GI-Tropos in concrete scenarios. They provide clear evidence of its operational capabilities and benefits.

GI-Tropos directly addresses the persistent gap. It connects abstract model-based strategic representations. It links them with the realities of software development practices. This crucial bridge ensures strategic intent guides every stage of implementation, fostering true alignment.

The framework significantly improves project management. It streamlines various processes within the software life-cycle. This leads to increased efficiency and reduced overhead. It provides clearer guidance and better control for development teams, optimizing outcomes.