The S90.01 exam (Fundamental SOA & Service-Oriented Computing) validates your understanding of core service-oriented architecture principles and their practical application within the Certified SOA NET Developer path. Delivered by Arcitura Education, this foundational certification ensures you can design, analyze, and implement SOA concepts effectively. This page maps the exam syllabus, outlines question formats, and provides a structured study approach to help you prepare with confidence.
Use this topic map to guide your study for Arcitura Education S90.01 (Fundamental SOA & Service-Oriented Computing) within the Certified SOA NET Developer path.
The S90.01 exam uses multiple-choice and scenario-based items to assess both conceptual knowledge and practical decision-making. Questions progress in difficulty and require you to apply SOA principles to realistic business and technical contexts.
Questions emphasize practical reasoning; you will not simply recall facts but instead evaluate trade-offs and justify design choices in context.
Build a structured study plan that distributes topics over 4-6 weeks, allowing time for deep learning and practice. Allocate more study hours to high-weight topics such as service design, governance, and composition patterns, and connect concepts across planning, execution, and operational workflows.
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Service-Oriented Architecture Fundamentals, Service Definition and Contracts, and SOA Governance and Lifecycle typically account for 40-50% of exam questions. These topics form the foundation for all other domains, so prioritize them in your study plan. However, all nine topics are tested, so comprehensive coverage is essential for a strong score.
Service composition defines which services work together; orchestration specifies the workflow and control logic that coordinates them; integration patterns determine how services communicate (synchronously, asynchronously, via messaging, etc.). In a real project, you might orchestrate multiple services to fulfill a business process while using messaging patterns to handle asynchronous events and legacy system integration. Understanding these connections helps you design scalable, maintainable solutions.
Hands-on experience with service contract definition, versioning, and governance policy creation is most valuable. If available, practice designing a small service inventory, documenting contracts, and setting up monitoring dashboards. Even without access to SOA platforms, working through scenario-based questions and sketching architecture diagrams reinforces practical skills and builds confidence.
Common errors include confusing service orchestration with choreography, overlooking non-functional requirements in service contracts, underestimating the importance of governance in enterprise SOA, and misidentifying integration patterns for specific business scenarios. Many candidates also rush scenario-based questions without fully analyzing constraints and trade-offs. Slow down, read each scenario carefully, and justify your choice before moving on.
In the final week, focus on scenario-based questions and your weak-area topics. Review your practice test results to identify patterns in missed questions. Spend 20-30 minutes daily on targeted review rather than re-reading entire study materials. On the day before the exam, do a light review of key definitions and patterns, then rest well. Avoid cramming, which increases anxiety and reduces retention.
When planning a transition toward SOA, we are usually required to balance the __________ goals with the __________ requirements.
One of the fundamental characteristics of service-oriented architecture is:
A fundamental means of achieving business and technology alignment in support of service-oriented computing is:
I built a service-oriented solution a year ago comprised of 3 services. I've just been told that the business process automated by the solution is going to be replaced by a new business process that introduces some changes to how the business process logic needs to be automated. What should I do?
A service-oriented solution can be comprised of a single service with a single service capability.