Solution Architecture
Solution architecture turns a business need into a coherent technical design. It defines the system boundaries, responsibilities, information flows, quality targets, risks, and trade-offs that let a team build and operate a solution for a specific context.
itEnterprise architecture and integration | OpenSkills.info
Course pathWalk it in order
Look it upDip in anytime
Go furtherLeaves this page
Don't Panic
Don't Panic - Solution Architecture
Solution Architecture is the subject of this course. Solution architecture is the work of turning a problem worth solving into a design that people can build, operate, secure, and change. It does not start with a product catalog or a preferred diagram.
The useful unit of work is a closed loop: clarify the goal and boundaries, gather the inputs the practice requires, make the decision or change, record evidence, and return with owners for the next cycle. Skipping any link leaves teams busy without durable results.
Tooling supports the loop; it does not replace it. Choose tools after the boundary and evidence model are clear. Comparing products without that model produces feature matrices that do not change how the work runs.
Common failure modes include undefined ownership, metrics that count activity instead of outcomes, and irreversible steps taken without a review path. Treat those as design defects in the practice, not as individual heroics to compensate later.
Operators should be able to explain which signals would change a decision this week. If no signal can change the plan, the practice has become ritual. Keep the feedback path short enough that evidence still influences the next cycle.
Name the owners for each stage of the loop before the work scales. Unowned stages become permanent exceptions. Record decisions with enough context that a future operator can tell why a tradeoff was accepted. Prefer fewer, sharper metrics that change behavior over broad dashboards that only describe activity after the fact.
Read the Intro for the core model. Use the Cheatsheet when you need the operating map. Updates tracks official guidance when this course configures an update source; otherwise the practice is settled without a live feed.
Where this skill leads
Relevant careers
See how this topic contributes to broader role-level skill maps.
Sources
- https://docs.aws.amazon.com/wellarchitected/latest/framework/welcome.html
Supports
- Architecture reviews evaluate trade-offs and workload qualities
- Secure, reliable, efficient, cost-effective, and sustainable workload design
- Architecture reviews as constructive decision conversations
- Quiz answers about requirement-first design and recovery evidence
- https://learn.microsoft.com/en-us/azure/well-architected/what-is-well-architected-framework
Supports
- Trade-offs across reliability, security, cost, operations, and performance
- Phased maturity model and production readiness
- Cost, sequencing, capacity, and operational considerations
- Quiz answers about quality targets, ownership, comparisons, and recovery evidence
- https://docs.cloud.google.com/architecture/framework
Supports
- Well-Architected recommendations for secure, efficient, resilient, high-performing, cost-effective, and sustainable topologies
- Applicability to cloud, migrated, hybrid, and multicloud workloads
- Quality pillars and cross-pillar perspectives
- Quiz answers about measurable qualities and replication consequences
- https://c4model.com/
Supports
- Context, container, component, and code diagram levels
- Diagram scope selected for the question and audience
- Quiz answer about context views
- https://arc42.org/overview/
Supports
- Architecture documentation structure
- Goals, constraints, quality requirements, runtime, deployment, risks, and decisions
- Reference-links rationale for arc42
- https://adr.github.io/
Supports
- Architecture decision record study path
- Reference-links rationale for ADR guidance
