Refactoring in Domain-Driven Design: Embracing Change as Knowledge Evolves
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Refactoring in Domain-Driven Design: Embracing Change as Knowledge Evolves

ByJurgen Stillaert

Refactoring is a crucial aspect of Domain-Driven Design, allowing teams to adapt their domain models and code as knowledge evolves, ensuring maintainability, flexibility, and alignment with the domain. Embrace refactoring as a natural part of DDD to develop accurate and adaptable software solutions.

Standing on the Shoulders of Giants: The Importance of Relying on Widely Known Principles in Software Development

Standing on the Shoulders of Giants: The Importance of Relying on Widely Known Principles in Software Development

ByJurgen Stillaert

By adhering to widely known principles like Object-Oriented Programming (OOP) and SOLID, software development teams can leverage the collective wisdom of the industry, resulting in improved code quality and maintainability. Embracing these established practices promotes greater efficiency, easier onboarding, and enhanced collaboration among team members.

Revolutionize Your Software Development: The Benefits of Engaging an Experienced External Software Architect
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Revolutionize Your Software Development: The Benefits of Engaging an Experienced External Software Architect

ByJurgen Stillaert

Engaging an experienced external software architect can revolutionize your software development process by restructuring teams, introducing new techniques, and fostering continuous improvement. Leveraging their expertise can lead to improved software quality, faster time to market, increased innovation, and enhanced team morale.

Rethinking the Single Responsibility Principle: Understanding the Modern Interpretation
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Rethinking the Single Responsibility Principle: Understanding the Modern Interpretation

ByJurgen Stillaert

The modern interpretation of the Single Responsibility Principle (SRP) focuses on aligning modules with specific actors, emphasizing that “a module should be responsible to one, and only one, actor.” By adopting this actor-based approach, developers can create software systems that are more maintainable, modular, and easier to understand.

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Debunking the Myth: Why a Software Architect Doesn’t Need the Deepest Technological Knowledge

ByJurgen Stillaert

A software architect’s success relies not only on in-depth technological knowledge but also on strong communication, collaboration, and decision-making skills. Embracing a generalist approach allows architects to create robust software solutions that align with the organization’s goals and leverage the development team’s collective expertise.

Software Architecture: The Intersection of Code, Collaboration, and Team Building

Software Architecture: The Intersection of Code, Collaboration, and Team Building

ByJurgen Stillaert

Software architecture involves not only the technical design of software systems but also building and nurturing a collaborative team that can effectively execute the architectural vision. Recognizing the importance of both code and team building is crucial to creating successful, maintainable, scalable, and reliable software solutions.

The Impact of EventStorming on Software Design: Promoting Modularity, Collaboration, and Flexibility
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The Impact of EventStorming on Software Design: Promoting Modularity, Collaboration, and Flexibility

ByJurgen Stillaert

EventStorming significantly impacts software design by fostering modularity, collaboration, and flexibility, enabling teams to create effective and accurate software designs aligned with business needs. This collaborative technique encourages iterative exploration, adoption of best practices, and the development of high-quality software solutions to tackle complex domain problems.