Pick the 4-week plan if…
- You have 3+ years of systems architecture experience and 6+ months hands-on with Claude in production
- You want structured, week-by-week coverage of all 7 domains, not just the two you already know cold
- You can hit one full 63-question mock before exam day and still have a week to close gaps
- Your exam date is roughly 4 weeks out
Otherwise see study plans index for the 2-week sprint or 8-week comprehensive variants.
Foundations and diagnostic
Week 1 is calibration. Take the diagnostic on day 1 to expose your real gaps, then read the foundational framing every later domain builds on: what makes CCA-P different from CCA-F, and why Integration (19%) and Solution Design (17%) carry more weight than any other domain.
Day 1Diagnostic and domain orientation~3 hr
- practiceTake the free CCA-P diagnostic~30 min
Sit it cold, no notes. Note which of the 7 domains you scored lowest on - don't review answers yet, just record raw scores per domain.
- readRead the CCA-P exam guide overview~30 min
Internalize the format: 63 questions, 120 minutes, 720/1000 to pass. Note that Integration (19%) and Solution Design (17%) together are over a third of the exam.
- conceptTranslating business requirements into Claude solutions~30 min
The conceptual spine of D1. Every later Solution Design question assumes you can move from a stated business problem to an architecture without skipping the requirements step.
Day 2Solution design foundations~3 hr
- conceptWorkflow vs agent architecture patterns~35 min
The first decision in any CCA-P architecture question: does this problem need an agent, or does a deterministic workflow suffice? Getting this backwards is the most common D1 miss.
- conceptBusiness value alignment~30 min
Learn to name the business-value pillar (efficiency, cost, performance SLA) a design decision serves. CCA-P questions test whether your architecture traces back to a stated business need, not just a working system.
- conceptEnd-to-end architecture design~30 min
Input, processing, output, feedback loops - the full shape of a CCA-P-grade architecture answer, not just the happy-path component diagram.
Day 3Integration foundations (the heaviest domain)~3 hr
- conceptAuth and access control for agents~35 min
Integration is 19% of the exam - the single heaviest domain. Start with authentication and authorization gaps, since that's the most-tested Integration failure mode.
- conceptProgressive disclosure vs monolithic context~30 min
Know when to reveal tools and context incrementally versus loading everything up front. Capability bloat is a recurring CCA-P distractor pattern.
- conceptAccuracy, latency, and cost trade-offs~30 min
Every Integration question implicitly asks you to weigh these three against each other. Practice stating the trade-off explicitly rather than picking the 'most accurate' answer by reflex.
Day 4Scenario walkthroughs~2.5 hr
- scenarioDeveloper Productivity Tools scenario~40 min
One of the 4 scenarios CCA-P shares with the CCA-F library. Read it end to end for how Solution Design and Integration decisions get justified together.
- scenarioAgentic Tool Design scenario~40 min
Watch how tool granularity and description quality drive the Integration decisions you read about on day 3.
Day 5Week 1 consolidation and mini-check~2.5 hr
- practiceWarm up your weakest domain~30 min
Use your diagnostic results from day 1 to target the domain you scored lowest on. Ten focused questions beat a broad review this early.
- scenarioLong Document Processing scenario~40 min
Closes week 1 with a scenario that touches Integration (RAG pipeline design) and Solution Design (matching architecture to data shape) at once.
- reviewSkim the CCA-P anti-patterns reference~20 min
Just the headings for now. Seeing the failure-mode catalog early reframes how you read the rest of your prep.
D3 Integration and D1 Solution Design & Architecture
Integration (19%) plus Solution Design (17%) is 36% of the exam - more than a third. This is the heaviest week by design.
Integration deep dive
Cement auth/authz analysis, observability and monitoring at scale, RAG pipeline design matched to data shape, and choosing the right integration mechanism (MCP, API/CLI, agent-to-agent).
Solution design deep dive
Practice moving from a stated business problem to a full architecture, choosing workflow vs. agentic vs. augmented-LLM patterns, and applying decomposition technique to complex problems.
D4 Evaluation, Testing & Optimization and D5 Governance, Safety & Risk
Another 30% of the exam. Week 3 shifts from building the system to proving it works and proving it's safe - the two domains that separate a working prototype from something you'd let a customer touch.
Evaluation, testing & optimization
Defining evaluation metrics across accuracy, latency, cost, and safety; designing test frameworks and running A/B tests; diagnosing system issues; monitoring production performance.
Governance, safety & risk
Guardrails and safety controls, LLM risks and failure modes, regulatory compliance (GDPR, HIPAA, FedRAMP), and ethical AI considerations like bias, fairness, and transparency.
D6 Stakeholder Communication, D2 Models/Prompting, D7 Dev Productivity, then synthesis
The remaining 34% plus the full mock. Stakeholder Communication (14%) and Models/Prompting (13%) round out the mid-weight domains; Developer Productivity (7%) is the lightest domain by design - give it a lighter touch to match.
Stakeholder communication & lifecycle
Structured discovery, communicating architectural decisions and trade-offs, managing feedback loops and SLA alignment, documenting architectures for handoff.
Claude models, prompting & context engineering, and developer productivity
Model selection on cost/latency/capability trade-offs, prompt-engineering technique, context and token optimization (caching, modular prompts, Skills), plus configuring Claude tools and environments for teams.
Final synthesis
One full 63-question mock timed at 120 minutes, then a targeted review of every wrong answer against the anti-patterns reference before you book the real exam.
2-week sprint and 8-week comprehensive
The 4-week plan is canonical. The two alternates use the same content at different paces - they are not separate plans.
2-week sprint
Already working with CCA-P-relevant skills in production
Compress week 1 into 2-3 days of diagnostic plus targeted reading on your weakest domains only. Spend the remaining time on the heaviest domains plus scenario reps, then reserve the final 3-4 days for a full mock, gap closure, and a second timed mock.
8-week comprehensive
Newer to Claude, or a slower sustainable pace
Stretch each domain across the first six weeks of reading plus practice, giving the heaviest domains their own dedicated week each. Reserve weeks 7 and 8 for two full mocks and every scenario walkthrough.
Before you book the proctored exam
Before you book the proctored session, confirm these five things.
- You scored 720+ equivalent on at least one full, timed 63-question mock.
- You can name all 7 domains and their weights from memory, heaviest first.
- You've walked all 4 of the shared scenarios (Developer Productivity Tools, Agentic Tool Design, Long Document Processing, Claude for Operations).
- You've read the anti-patterns reference and can articulate why each wrong answer is wrong, not just which one is right.
- You've read the day-of checklist and confirmed your ID, room, and workspace meet Pearson VUE's proctoring rules.
Once your exam is scheduled
CCA-P has no prerequisite courses or exams, so registration itself is quick - the remaining prep is the plan above plus the day-of logistics. Read the day-of checklist a few days before your session so nothing about the proctoring environment surprises you.