Introduction
The AWS Certified DevOps Engineer – Professional (DOP-C02) certification is more practical and hands-on than other AWS professional certifications. Success depends on building real CI/CD pipelines, infrastructure code, and monitoring solutions.
This 10-week study plan is designed for DevOps engineers and cloud practitioners with 2+ years of AWS experience. It emphasizes hands-on project-based learning combined with structured concept study.
Prerequisites Before Starting
Ensure you have the following before beginning:
- 2+ years of AWS experience - You should be comfortable with core AWS services
- DevOps or cloud engineering background - Familiarity with CI/CD, infrastructure, and monitoring
- Access to AWS account - Required for extensive hands-on labs
- Git/version control knowledge - Fundamental requirement for CI/CD work
- Basic Linux/scripting knowledge - Useful for automation and Systems Manager
- 10-15 hours per week - Time commitment for 10-week plan
If you lack these prerequisites, consider getting hands-on experience with AWS services before starting this study plan.
Study Plan Overview
This 10-week plan is structured in three phases:
- Phase 1 (Weeks 1-3): CI/CD Fundamentals and Pipeline Building
- Phase 2 (Weeks 4-7): Infrastructure as Code, Monitoring, and Automation
- Phase 3 (Weeks 8-10): Advanced Topics, Practice, and Exam Readiness
Phase 1: CI/CD Fundamentals and Pipeline Building (Weeks 1-3)
Week 1: CodePipeline and Continuous Integration Basics
Learning Objectives:
- Understand CI/CD concepts and benefits
- Master CodePipeline architecture and configuration
- Set up CodeBuild for continuous integration
- Integrate source control with pipelines
Study Materials:
- AWS CodePipeline documentation
- AWS CodeBuild documentation
- CI/CD best practices whitepaper
- AWS DevOps blog articles
Hands-On Projects:
- Create a CodePipeline connected to a GitHub/CodeCommit repository
- Set up CodeBuild to run unit tests and build artifacts
- Configure artifact storage in S3
- Add approval stages to pipeline
- Set up SNS notifications for pipeline events
- Implement pipeline triggers (automatic and manual)
Time Allocation: 14-16 hours
- Concepts: 4 hours
- Hands-on labs: 8-10 hours
- Documentation review: 2 hours
Week 2: CodeDeploy and Deployment Strategies
Learning Objectives:
- Understand CodeDeploy fundamentals
- Master blue-green and canary deployments
- Implement traffic shifting strategies
- Configure deployment rollback
Study Materials:
- AWS CodeDeploy documentation
- Deployment strategies and use cases
- AppConfig for deployment management
Hands-On Projects:
- Deploy an application using CodeDeploy to EC2 instances
- Implement blue-green deployment strategy
- Configure canary deployment (gradually shift traffic)
- Set up automatic rollback on deployment failure
- Create deployment lifecycle event hooks
- Integrate CodeDeploy with CodePipeline
- Deploy to on-premises servers using CodeDeploy agent
Time Allocation: 14-16 hours
- Concepts: 4 hours
- Hands-on labs: 9-11 hours
- Integration: 1 hour
Week 3: End-to-End Pipeline Project and Foundation Review
Learning Objectives:
- Build a complete CI/CD pipeline
- Practice integrated workflow
- Identify weak areas in Phase 1 knowledge
Hands-On Project: Complete CI/CD Pipeline
Build a full pipeline from source to production:
- Source Stage: Code repository with multiple branches
- Build Stage: CodeBuild to:
- Run unit tests
- Build Docker image
- Push to ECR
- Run code quality checks
- Deploy Stage: CodeDeploy to:
- Staging environment (automated)
- Production environment (with approval gate)
- Blue-green deployment
- Monitoring: CloudWatch metrics and alarms
- Notifications: SNS for pipeline events
Activities:
- Design complete pipeline architecture
- Implement all pipeline stages
- Test deployment scenarios
- Document pipeline configuration
- Review and optimize pipeline
- First practice exam (60-75 minutes, subset of domains)
Time Allocation: 15-17 hours
- Project work: 12-13 hours
- Practice exam: 2 hours
- Review: 1-2 hours
Phase 2: Infrastructure as Code, Monitoring, and Automation (Weeks 4-7)
Week 4: Infrastructure as Code with CloudFormation
Learning Objectives:
- Understand CloudFormation concepts and best practices
- Master template design and management
- Implement change sets and stack policies
- Design reusable infrastructure components
Study Materials:
- CloudFormation user guide and best practices
- AWS Well-Architected Framework (Operational Excellence)
- CloudFormation examples and patterns
Hands-On Projects:
- Create CloudFormation templates for common infrastructure:
- VPC with subnets, NAT gateways, route tables
- RDS database with automated backups
- Auto Scaling group with load balancer
- S3 bucket with lifecycle policies
- Implement template parameters and outputs
- Create nested stacks for modular infrastructure
- Use change sets to preview changes before deployment
- Implement stack policies to prevent accidental deletion
- Set up CloudFormation drift detection
- Practice template updates and rollback
Time Allocation: 15-17 hours
- Concepts: 4 hours
- Template writing: 8-10 hours
- Testing and optimization: 3-4 hours
Week 5: CloudWatch, Monitoring, and Observability
Learning Objectives:
- Understand CloudWatch metrics, logs, and alarms
- Master CloudWatch Insights for log analysis
- Design comprehensive monitoring solutions
- Implement automated responses to alarms
Study Materials:
- CloudWatch documentation
- X-Ray for application tracing
- CloudWatch Insights query language
- Observability best practices
Hands-On Projects:
- Set up CloudWatch dashboards for applications
- Create custom metrics and log filters
- Write CloudWatch Insights queries for log analysis
- Configure alarms with SNS notifications
- Implement metric-based auto-scaling policies
- Set up X-Ray for application tracing
- Create alarm actions for automated responses
- Monitor AWS account-level metrics (API calls, costs, etc.)
- Build a monitoring strategy for a sample application
Time Allocation: 16-18 hours
- Concepts: 4 hours
- Hands-on labs: 10-12 hours
- Dashboard/query design: 2-3 hours
Week 6: AWS Systems Manager and Automation
Learning Objectives:
- Master Systems Manager capabilities
- Understand automation documents and runbooks
- Implement parameter and secrets management
- Automate operational tasks
Study Materials:
- AWS Systems Manager documentation
- Systems Manager automation best practices
- OpsCenter and Explorer
Hands-On Projects:
- Use Parameter Store to manage configuration data
- Implement Secrets Manager for password and API key rotation
- Create Systems Manager automation documents
- Build runbooks for common operational tasks
- Implement patch management with Systems Manager
- Use OpsCenter for operational insights
- Create custom SSM documents for infrastructure management
- Automate instance shutdown and startup schedules
- Implement session management for secure shell access
Time Allocation: 15-17 hours
- Concepts: 4 hours
- Hands-on labs: 9-11 hours
- Document creation: 2-3 hours
Week 7: Config, Compliance, and Event-Driven Automation
Learning Objectives:
- Understand AWS Config for compliance monitoring
- Implement Config rules and remediation
- Design event-driven automation with EventBridge
- Automate security and compliance checks
Study Materials:
- AWS Config documentation and rules
- EventBridge documentation
- Security automation best practices
Hands-On Projects:
- Set up AWS Config to track configuration changes
- Create Config rules for compliance checks:
- S3 bucket encryption
- IAM policy compliance
- Instance compliance
- Implement Config remediation actions
- Create EventBridge rules for:
- CloudTrail API events
- EC2 state changes
- Config compliance changes
- Use EventBridge to trigger Lambda functions
- Implement event-driven auto-remediation
- Set up compliance dashboards
- Practice incident response automation
Time Allocation: 16-18 hours
- Concepts: 4 hours
- Config setup and rules: 6-7 hours
- EventBridge automation: 5-6 hours
- Testing: 1-2 hours
Phase 3: Advanced Topics, Practice, and Exam Readiness (Weeks 8-10)
Week 8: Containers, Multi-Environment Management, and Advanced Scenarios
Learning Objectives:
- Understand container deployment and management
- Master multi-environment infrastructure
- Practice complex automation scenarios
- Prepare for practice exams
Study Materials:
- ECS/Fargate documentation
- ECR best practices
- Multi-account/multi-region strategies
- Advanced DevOps scenarios
Hands-On Projects:
- Build and push Docker images to ECR
- Deploy containerized applications to ECS
- Set up ECS with auto-scaling
- Implement container security scanning
- Design multi-environment infrastructure:
- Development, staging, production
- Separate accounts or VPCs
- Configuration management for each environment
- Practice complex automation scenarios:
- Blue-green deployment with containers
- Canary deployments with traffic shifting
- Automated infrastructure replacement
- Take practice exam (full-length, 150 minutes)
Time Allocation: 16-18 hours
- Container work: 6 hours
- Multi-environment design: 5 hours
- Practice exam: 3 hours
- Review: 2-3 hours
Week 9: Weak Area Focus and Second Practice Exam
Learning Objectives:
- Target knowledge gaps
- Build exam confidence
- Master difficult concepts
Activities:
- Analyze first practice exam results
- Identify weak domains:
- If CI/CD weak: build more pipelines
- If IaC weak: create more CloudFormation templates
- If monitoring weak: design more comprehensive solutions
- Take targeted practice tests on weak domains
- Study detailed explanations for missed questions
- Create flashcards for challenging concepts
- Take second full-length practice exam
- Detailed analysis of results
Performance Targets:
- Aim for 75%+ overall
- 70%+ on every domain
- Understanding of all major concepts
Time Allocation: 16-18 hours
- Targeted study: 7-8 hours
- Practice exam: 3 hours
- Remediation: 6-7 hours
Week 10: Final Review and Exam Simulation
Learning Objectives:
- Confirm final readiness
- Build confidence
- Practice exam strategy
Activities:
- Review critical concepts from all weeks
- Take final full-length practice exam under strict conditions
- Review all answers and explanations
- Final weak area review
- Study exam day logistics
- Get adequate rest
Final Exam Preparation:
- Confirm exam date, time, and location
- Ensure required documentation
- Plan transportation
- Know testing center rules
- Rest well before exam
Time Allocation: 12-14 hours
- Final review: 4-5 hours
- Practice exam: 3 hours
- Review: 5-6 hours
Study Tips and Best Practices
1. Prioritize Hands-On Learning
Reading and videos are important, but hands-on projects are critical:
- Build real pipelines and infrastructure
- Deploy actual applications
- Configure monitoring for your projects
- Create automation for operational tasks
- Troubleshoot real problems
2. Use Real-World Scenarios
Study with practical situations:
- How would you handle failed deployments?
- How would you monitor a microservices application?
- How would you ensure infrastructure compliance?
- How would you automate incident response?
3. Version Control Everything
Practice what real DevOps engineers do:
- Commit all pipeline code to Git
- Version your CloudFormation templates
- Use branching strategies
- Practice code reviews
- Document changes with commit messages
4. Monitor Your Learning
Track progress:
- Keep practice exam scores
- Note topics that improve
- Identify persistent weak areas
- Celebrate progress
- Adjust study based on results
5. Build a Home Lab
Create a testing environment:
- AWS account for lab work
- Multiple environments (dev, staging, prod)
- Sample applications to deploy
- Realistic infrastructure to manage
This hands-on experience is more valuable than any course or book.
6. Stay Current
DevOps and AWS evolve:
- Read AWS blog posts on DevOps
- Follow AWS Twitter account
- Watch for new services and features
- Understand how they apply to exam domains
Time Management
This plan requires consistent effort:
Weekly Schedule Suggestion:
- Monday-Friday: 1.5-2 hours per day (studying and light labs)
- Saturday-Sunday: 4-5 hours (significant hands-on projects)
Total: 10-15 hours per week
Adjust based on your schedule, but maintain consistency. Consistency beats cramming.
When to Schedule Your Exam
Schedule your exam after Week 9, once you’re consistently scoring 75%+ on practice exams:
- Schedule 1 week after your final practice exam
- Avoid scheduling too far in advance (knowledge fades)
- Schedule during a low-stress work period
- Ensure focused final preparation week
Recommended Practice Exam Provider
Quality practice exams are crucial for DevOps exam success. Sailor.sh’s DOP-C02 mock exams feature real-world scenarios matching actual exam difficulty. They include detailed explanations and domain-specific performance tracking, helping you identify exactly where to focus your study efforts.
FAQ
Q: Is 10 weeks too long? A: For DevOps, hands-on experience matters more than study length. 10 weeks allows time for real projects and experimentation.
Q: Can I complete this in 6 weeks? A: Only if you have very strong relevant experience and can dedicate 20+ hours per week. The hands-on projects require time.
Q: How many practice exams should I take? A: At minimum 2-3. Take one in Week 3, one in Week 8, and one in Week 10. Additional practice is beneficial.
Q: What if I don’t have hands-on DevOps experience? A: This plan includes extensive hands-on projects that build that experience. Start Week 1 and work through all projects.
Q: Should I focus on a specific tool (Terraform, Jenkins, etc.)? A: The exam focuses on AWS services primarily. Understand CloudFormation deeply. Familiarity with other tools helps but isn’t required.
Q: What’s the hardest part of the DOP-C02? A: Monitoring and event-driven automation (combined 26%) are challenging for many. Spend extra time here if needed.
Conclusion
This 10-week study plan provides a structured path to DOP-C02 success. Key principles:
- Phase 1: Build complete CI/CD pipelines
- Phase 2: Develop infrastructure as code and automation skills
- Phase 3: Practice extensively and target weak areas
Success requires hands-on project work, not just theoretical study. Build real pipelines, create actual infrastructure code, and practice operational scenarios. Your hands-on DevOps experience combined with structured preparation will lead to certification success.
Follow this plan, commit to the hands-on projects, and take quality practice exams. You’ll be well-prepared for exam day and gain skills applicable to your real DevOps career.
Good luck with your DOP-C02 journey!