AWS Certified Solutions Architect - Professional (SAP-C02)

For IT leaders: As AWS footprints grow to dozens of accounts and hundreds of resources, misconfigurations slip past preventive controls, and architecture decisions about migration, resilience, and cost get made without senior-level judgment. This course builds that judgment across your cloud team.

Role fit: Best for mid-level to senior solutions architects and cloud Team Leads with hands-on AWS experience who are moving into enterprise design responsibilities. It is not an introduction. IT practitioners new to AWS should start with the Associate (SAA-C03) course.

Time investment: Plan for about 25 hours of video across 25 skills, plus hands-on build time. Projects carry over from skill to skill, starting with governance, identity, and guardrails and moving on to networking, compute, and data workloads. Learners should complete the skills in order rather than jumping in mid-course.

Risk and compliance: The course covers areas that matter for audit readiness:

• SCPs and RCPs
• Centralized detection through a security account
• Control Tower
• Private access patterns for AWS API calls
• Data workload governance and encryption strategy tradeoffs
• RPO/RTO-driven disaster recovery planning

Change-management note: Learners build in a working AWS environment, so budget for sandbox accounts and set cost guardrails before they start.

Scenario-based validation questions in each skill reinforce exam-style reasoning for SAP-C02. Playlists let you sequence this course after Associate-level prep.

IT teams take this training to design AWS environments the way enterprises actually run them: across dozens of accounts, with governance, detection, and recovery built in from the start. Instead of marching through exam domains, team members build projects that carry across skills, mirroring how architects design, implement, and test real systems.

• Catch misconfigurations your guardrails miss. Your team pairs preventative SCPs and RCPs with a centralized security account that acts as the “eye in the sky.” Team members deliberately launch an instance with SSH open, then watch the detection tooling flag it, so drift is surfaced before an auditor or attacker finds it.
• Control compute costs with defensible design decisions. Architects work through scenarios that require balancing cost efficiency with resiliency, security, and sustainability. They learn to compare architecture choices against usage patterns and business requirements instead of defaulting to whatever is familiar.
• Set recovery targets the business understands. Your team learns to translate business tolerance for downtime into RPO and RTO objectives. They match a five-minute target to a more elaborate design and a 24-hour data warehouse target to a cost-conscious one, which helps prevent both overspend and outages.
• Audit and operate fleets at scale. With Systems Manager Run Command and Session Manager, team members run commands across hundreds of instances and log every session command to CloudWatch. That gives your organization a clear record of who accessed which systems and what they did.

The result is architects who can apply, analyze, and evaluate designs for your environment — not just recognize SAP-C02 exam language.

Knowledge

• How preventative controls (SCPs and RCPs) differ from detective controls, and why a central security account gives one view across many accounts
• How Control Tower, landing zones, and Account Factory structure a multi-account organization across OUs
• VPC building blocks: stateful security groups vs. stateless network ACLs, flow logs, NAT gateways, and gateway and interface endpoints
• EC2 purchase options and cost trade-offs, including when Spot with On-Demand fallback beats Reserved Instances for highly variable workloads
• Event-driven patterns, including queuing and buffering, EventBridge-style routing, and Step Functions branching logic
• How RPO and RTO act as design assumptions, not guarantees, and how they map to disaster recovery strategies of different cost

Ability

• Build governance guardrails, then add detection and remediation that catch misconfigurations the guardrails missed
• Design and deploy multi-account, hybrid-ready networks with endpoints, DNS, and traffic management
• Deliver content at the edge with CloudFront, OAC, CloudFront Functions, Lambda@Edge, and signed URLs for private content
• Use account monitoring, logging, and governance controls to improve visibility across AWS environments
• Apply account structures, identity models, encryption strategies, and governance policies to balance resiliency, security, cost, efficiency, and sustainability
• Break down scenario-based SAP-C02 questions by ruling out wrong answers against stated requirements and thresholds