Certified SOA Architect (SOACP)

A Certified SOA Architect has demonstrated proficiency in the mechanics of SOA through the physical design of service-oriented technology architectures, service-oriented solutions, and related infrastructure.

To be considered an expert in this field requires a solid understanding of the service-orientation design paradigm including all related design principles and the effects of their application.

Fundamental SOA concepts and terminology need to become second nature to the SOA Architect and must be further supplemented with exposure to relevant SOA technologies. The different forms of service-oriented technology must also be fully understood, including the dependencies that exist between architectural levels.

SOA-certified architects will need to be prepared for a variety of design challenges and therefore must be proficient with the use of industry design patterns and service-oriented design processes. They must furthermore have an appreciation of how service design fits into the overall SOA project delivery lifecycle and how design approaches and techniques may ultimately affect service governance.

To achieve this certification, the following exams must be completed with a passing grade:

1) Exam S90.01: Fundamental SOA & Service-Oriented Computing
2) Exam S90.02: SOA Technology Concepts
3) Exam S90.03: SOA Design & Architecture
4) Exam S90.08: Advanced SOA Design & Architecture
5) Exam S90.09: SOA Design & Architecture Lab

Note that all certification requirements and course contents are reviewed and revised quarterly to stay in alignment with industry developments.

• Day 1: Fundamental SOA & Service-Oriented Computing
• Day 2: SOA Technology Concepts
• Day 3: SOA Design & Architecture
• Day 4: Advanced SOA Design & Architecture
• Day 5: SOA Design & Architecture Lab

Klik hier voor een gedetailleerde onderwerpenlijst

• De cursus .

Gedetailleerde onderwerpenlijst

Hieronder vind u een gedetailleerd overzicht met onderwerpen die in de cursus Certified SOA Architect (SOACP) behandeld zullen worden:

• Day 1: Fundamental SOA & Service-Oriented Computing
• This course provides a well-rounded, end-to-end overview of service-oriented computing, service-orientation and SOA. Attendees benefit from this fundamental coverage by gaining an understanding of common terms, concepts and important industry developments.
• Strategic Goals of Service-Oriented Computing
• Fundamental Service-Oriented Computing Terms
• Concepts relating to Services, Service-Oriented Architecture and Service Compositions
• Introduction to the Service-Orientation Design Paradigm and related Principles and Concepts
• SOA Project Delivery Approaches and Planning
• Introduction to the Service Delivery Lifecycle, including Service-Oriented Analysis, Service-Oriented Design and Service Modeling
• Adoption Impacts and Requirements
• Enterprise Service Bus and Web Services
• An Overview of Next Generation SOA, including Web 2.0, REST, Cloud Computing, Service Grids and Service VirtualizationStrategic Goals of Service-Oriented Computing
• Fundamental Service-Oriented Computing Terms
• Concepts relating to Services, Service-Oriented Architecture and Service Compositions
• Introduction to the Service-Orientation Design Paradigm and related Principles and Concepts
• SOA Project Delivery Approaches and Planning
• Introduction to the Service Delivery Lifecycle, including Service-Oriented Analysis, Service-Oriented Design and Service Modeling
• Adoption Impacts and Requirements
• Enterprise Service Bus and Web Services
• An Overview of Next Generation SOA, including Web 2.0, REST, Cloud Computing, Service Grids and Service Virtualization
• Day 2: SOA Technology Concepts
• This course focuses on modern Web industry standards and technologies that are establishing the foremost means of building services today.
• Basic XML and XML Schema Concepts
• Overview of Standards Organizations
• Contrasting Component-Based Architecture with Web-based Services
• Service Roles and Service Agents
• Basic WSDL and SOAP Concepts plus UDDI, Discovery and Service Registries
• Basic REST Service Concepts and Patterns
• Web Service Anatomy (physical architecture)
• Message Exchange Patterns (MEPs) and Service Activities
• Context Management and Coordination
• Atomic Service Transactions and Compensations
• Orchestration and WS-BPEL
• Advanced Messaging, Reliable Messaging and Policies
• Fundamental Security Concepts
• Fundamental Enterprise Service Bus (ESB) Topics
• Day 3: SOA Design & Architecture
• This course delves into the service-oriented architectural model and the service-orientation design paradigm and establishes the unique characteristics and dynamics that constitute service-oriented solution logic.
• History of Service-Orientation and SOA Theory
• Service-Orientation vs. "Silo" based Design
• Distinguishing Characteristics of the SOA Model
• Understanding Services and Service Capabilities
• Complex Service Composition Design, Composition Runtime Roles and Responsibilities
• The Service-Orientation Design Paradigm
• "Contract First" Design, Standardized Service Contracts, and Uniform Contracts
• Service Loose Coupling and Coupling Types, Service Abstraction and Information Hiding
• Service Reusability and Agnostic Design, Service Autonomy and Runtime Control
• Service Statelessness and State Deferral, Service Discoverability and Interpretability
• Introduction to SOA Design Patterns
• Day 4: Advanced SOA Design & Architecture
• This course provides an in-depth exploration of service-orientation, service-oriented architecture and SOA design patterns, including those that relate to the Enterprise Service Bus (ESB) and Orchestration platforms.##Defining a Service-Oriented Architectural Model and SOA Architecture Types
• Fundamental and Advanced SOA Design Patterns
• Designing SOA with Service Agents and Supporting Multiple Protocols
• Legacy Encapsulation and ESB Design
• Asynchronous and Event-Driven Messaging, Message Routing and Reliable Messaging
• Global and Domain-Level Policy Enforcement and Positioning of Business Rules
• Orchestration Architecture Design, State Deferral and Service Grids
• Service Data Replication, Cross-Service Transactions and Compensating Transactions
• Data Transformation and Protocol Bridging
• Introduction to REST-Inspired Patterns
• Day 5: SOA Design & Architecture Lab
• As a continuation of day 3 and 4, this hands-on workshop allows attendees to apply the technologies, concepts, techniques, patterns and principles
previously covered in order to complete a set of design exercises. Both individual and group exercises are provided, requiring participants to solve a number of inter-related problems, with the ultimate goal of creating their own design specifications. The instructor works closely with participants to ensure that all exercises are carried out completely and accurately. Attendees can voluntarily have any exercises reviewed and graded as part of the class completion.

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