architecture

Plan software architecture by applying SOLID principles and layered design to outline a high-level structure with clear module boundaries. This approach separates concerns, justifies technology decisions, and improves maintainability across the system lifecycle.

Refactor a monolith into a modular architecture by outlining a target design with distinct layers and boundaries. Apply separation of concerns, evaluate trade-offs, and use patterns like Dependency Injection to decouple modules and improve scalability.

Use Repository and Service Layer design patterns when you need to decouple concerns and separate data access from business logic. These patterns help structure codebases, improve maintainability, and support architectural evolution across monolithic and microservice platforms.

Document architectural decisions and evaluate trade-offs by using an architectural decision framework. Assess module boundaries, data flow, and interfaces to justify choices, plan for system evolution, and mitigate risks throughout the development lifecycle.

Yes, this approach works for evaluating microservices architecture and evolving platforms. It supports architecture reviews, technology evaluation, and risk mitigation across monoliths and microservices by applying design principles and documenting decisions.