Salesforce MuleSoft Integration Architect I Exam Questions

Salesforce Certified MuleSoft Integration Architect I: Master Enterprise Integration Solutions

The Salesforce Certified MuleSoft Integration Architect I credential validates your expertise in leading successful Anypoint Platform implementations. This certification is designed for experienced professionals focused on ensuring the quality, governance, and operationalization of complex integration solutions. As a certified architect, you'll be responsible for the technical health and efficiency of an organization's Anypoint Platform. While the Salesforce Certified MuleSoft Developer I credential is a valuable asset, it's not a mandatory prerequisite for this advanced certification.

Who Should Pursue This Certification?

The ideal candidate for the Salesforce Certified MuleSoft Integration Architect I possesses a strong understanding of MuleSoft Anypoint Platform and has the skills to:

• Develop high-level integration designs: Guide implementation teams in selecting optimal Mule components, patterns, and approaches for detailed design and deployment.
• Choose deployment strategies: Select appropriate Anypoint Platform deployment configurations for both MuleSoft-hosted and customer-hosted environments (control and runtime planes).
• Design Mule applications: Architect Mule applications for diverse deployment options within the Anypoint Platform runtime plane.
• Apply standardized methodologies: Implement best practices across the entire integration lifecycle – from analysis and design to development, testing, deployment, and ongoing support.
• Ensure solution reliability: Provide guidance on performance, scalability, reliability, monitoring, and operational considerations for Anypoint Platform solutions.
• Streamline development: Design reusable assets, frameworks, components, and processes to accelerate API and integration projects.

Common Job Roles

This credential is ideal for professionals focused on enterprise integration solution design. Common roles for Salesforce Certified MuleSoft Integration Architects include:

• Solution Architect
• Technical Architect
• Senior Developer

Exam Details

Here's what you need to know about the Salesforce Certified MuleSoft Integration Architect I Exam:

• Format: 60 multiple-choice questions, plus up to 5 unscored questions.
• Duration: 120 minutes (includes time for unscored questions).
• Passing Score: 70%.
• Registration Fee: $400 (plus applicable taxes).
• Retake Fee: $200 (plus applicable taxes).
• Delivery Options: Proctored exam available onsite at testing centers or online. [Click here for exam scheduling information](link to scheduling).
• References: No materials are permitted during the exam.
• Prerequisite: None.

Exam Outline: Key Areas of Focus

The Salesforce Certified MuleSoft Integration Architect I Exam assesses your knowledge and skills in leading Anypoint Platform implementations. Key areas include:

• Initiating Integration Solutions (8%): Understand the value of MuleSoft Catalyst and Catalyst Knowledge Hub, differentiate functional and non-functional requirements, and select appropriate Anypoint Platform APIs for web and event-driven applications.
• Designing for the Runtime Plane Technology Architecture (15%): Analyze Mule runtime cluster operation, design solutions for CloudHub, leverage Mule runtime domains, and understand Mule 4 class loader isolation and reactive event processing.
• Designing Architecture Using Integration Paradigms (10%): Create high-level architectures using API-led Connectivity, web APIs, and event-driven APIs, and utilize common messaging patterns.
• Designing and Developing Mule Applications (15%): Select Mule application properties, utilize core Mule routers, leverage the Salesforce Connector, and apply data validation techniques.
• Designing Automated Tests for Mule Applications (5%): Design MUnit test suites and identify appropriate integration and performance testing scenarios.
• Designing Integration Solutions to Meet Persistence Requirements (10%): Design applications using VM queues, Object Stores (OSs), and stateful components.
• Designing Integration Solutions to Meet Reliability Requirements (8%): Implement transaction management, utilize reconnection strategies and redelivery policies, and understand disaster recovery and high availability approaches.
• Designing Integration Solutions to Meet Performance Requirements (7%): Optimize applications for performance and capacity, leverage streaming features, and process large message streams.
• Designing Integration Solutions to Meet Security Requirements (8%): Secure access to the Anypoint Platform, analyze security vulnerabilities, and utilize Anypoint Security and audit logging.
• Applying DevOps Practices and Operating Integration Solutions (14%): Create CI/CD pipelines