CTA Awareness study plan
CTA Awareness · Give each week a clear focus.
8 weeks · About 6 hours per week
Architect Fundamentals and the CTA Journey
Define the CTA journey stages and explain the architect's role at each stage in your own words
List and describe the core architectural fundamentals (e.g., separation of concerns, modularity, reusability) with examples
Compare declarative vs. programmatic approaches and articulate when each is appropriate
Map the CTA journey to a real project you have worked on, identifying gaps in your understanding
Your checkpoint
A one-page diagram and accompanying 300-word explanation of the CTA journey, highlighting architect responsibilities and key decision points.
Data Modeling and Data Management
Identify the main data modeling constructs (objects, fields, relationships) and their constraints
Explain data management concepts such as data quality, deduplication, and ownership
Describe the implications of data skew and how to design for balanced data distribution
Evaluate a given scenario and propose a normalized data model with justification
Your checkpoint
A data model for a sample business scenario (e.g., customer support) including entities, relationships, and a 200-word rationale for design choices.
Integration Patterns and APIs
Compare integration patterns (request-reply, publish-subscribe, batch, event-driven) and their trade-offs
Explain API-led connectivity and the role of API gateways, rate limiting, and versioning
Design an integration flow for a real-time data sync scenario, addressing error handling and idempotency
Articulate security considerations for APIs (authentication, authorization, encryption)
Your checkpoint
A sequence diagram and 300-word description of an integration solution for syncing customer data between two systems, including failure modes and mitigations.
Identity, Access, and Security Architecture
Describe identity federation, single sign-on, and OAuth 2.0 flows in the context of platform security
Explain role-based access control (RBAC) and attribute-based access control (ABAC) with examples
Identify common security threats (e.g., injection, broken access control) and corresponding architectural mitigations
Design a security architecture for a multi-tenant application, addressing data isolation and audit logging
Your checkpoint
A security architecture diagram for a multi-tenant SaaS application, with a 250-word explanation of identity, access, and data protection controls.
Platform and Application Architecture
Compare monolithic, microservices, and serverless architectures in terms of scalability, complexity, and cost
Explain the role of containers, orchestration, and infrastructure as code in platform architecture
Design a scalable application architecture for a high-traffic consumer app, including caching and load balancing
Evaluate trade-offs between consistency, availability, and partition tolerance (CAP) in a given scenario
Your checkpoint
A reference architecture for a scalable e-commerce platform, including component diagram and a 300-word trade-off analysis.
Performance, Scalability, and Large Data Volumes & Development Lifecycle, Deployment, and Governance
Identify performance bottlenecks in large data volumes and propose indexing, partitioning, and query optimization strategies
Explain asynchronous processing and batch sizing for high-volume data loads
Describe the stages of the development lifecycle (CI/CD, testing, release management) and governance controls
Outline a deployment strategy (blue-green, canary) and its implications for rollback and monitoring
Your checkpoint
A performance tuning checklist and a CI/CD pipeline diagram for a large-volume data integration project, with a 200-word governance summary.
Solution Design, Requirements, and Trade-offs
Elicit and prioritize functional and non-functional requirements from a stakeholder scenario
Evaluate architectural options against requirements using weighted scoring
Document trade-offs and assumptions in a decision log
Present a solution design to a mock review board and defend choices
Your checkpoint
A solution design document for a given business problem, including requirements, options analysis, recommendation, and trade-offs (max 2 pages).
Architecture Communication and Review Board Scenarios & Architect Fundamentals and the CTA Journey & Data Modeling and Data Management & Integration Patterns and APIs & Identity, Access, and Security Architecture & Platform and Application Architecture & Performance, Scalability, and Large Data Volumes & Development Lifecycle, Deployment, and Governance & Solution Design, Requirements, and Trade-offs
Prepare and deliver a 10-minute architecture presentation to a mock review board, anticipating questions
Review all domains using practice questions and identify weak areas for final review
Create a one-page summary of key architectural principles and patterns for quick reference
Simulate a review board Q&A session, focusing on justifying decisions and addressing concerns
Your checkpoint
A recorded 10-minute presentation with slides and a self-assessment of strengths and gaps, plus a study plan for final week.
Milestones
Week 2: Complete a self-assessment quiz on Domains 1 and 2 with at least 80% accuracy, and review incorrect answers to ensure understanding.
Week 4: Successfully explain the integration and security architectures you designed to a peer, incorporating feedback.
Week 6: Demonstrate understanding of performance and lifecycle concepts by scoring at least 75% on a practice test covering Domains 5, 6, and 7.
Week 8: Deliver a mock review board presentation that receives positive feedback on clarity, justification, and handling of questions.