Description

This curriculum spans the technical and procedural rigor of a multi-workshop DevOps transformation program, addressing the same pipeline, security, and operational challenges encountered in large-scale platform engineering initiatives and cross-team advisory engagements.

Module 1: Strategic Pipeline Design and Toolchain Integration

Selecting between monolithic and distributed pipeline architectures based on team autonomy, deployment frequency, and failure blast radius.
Integrating third-party security scanning tools into CI workflows without introducing unacceptable build latency.
Standardizing pipeline configuration formats (e.g., YAML vs. code-based DSLs) across heterogeneous application portfolios.
Managing credential propagation across pipeline stages while adhering to zero-standing-access principles.
Designing idempotent pipeline execution to support safe re-runs in production promotion workflows.
Implementing pipeline observability with structured logging and metrics collection for audit and performance analysis.

Module 2: Infrastructure as Code Governance at Scale

Enforcing module version pinning in Terraform configurations to balance consistency and upgrade velocity.
Implementing policy-as-code checks (e.g., using Open Policy Agent or HashiCorp Sentinel) before infrastructure apply operations.
Managing state file locking and access controls in multi-team environments with shared cloud accounts.
Structuring IaC repositories to support environment promotion (dev → staging → prod) without configuration drift.
Handling secrets injection into IaC workflows using external secret managers instead of environment variables.
Designing rollback strategies for failed infrastructure deployments that preserve data integrity.

Module 3: Secure Software Supply Chain Implementation

Requiring signed artifacts and provenance verification in CI/CD pipelines using Sigstore or similar frameworks.
Integrating SCA (Software Composition Analysis) tools into pull request validation with defined policy thresholds.
Implementing build reproducibility checks for critical services to detect tampering or environmental drift.
Enforcing least-privilege access for build agents to prevent lateral movement during compromise.
Configuring trusted registries and image admission controllers in Kubernetes environments.
Establishing SBOM (Software Bill of Materials) generation and retention policies for compliance and incident response.

Module 4: Production-Grade Observability and Feedback Loops

Instrumenting distributed systems with context-propagated tracing IDs across service boundaries.
Defining SLOs and error budgets that directly influence release approval workflows.
Correlating deployment markers with metric anomalies to reduce mean time to detection.
Configuring log sampling strategies to manage volume and cost without losing diagnostic fidelity.
Implementing synthetic transactions to validate critical user journeys post-deployment.
Routing observability data to separate secure indices for compliance and forensic analysis.

Module 5: Automated Testing Strategy for Continuous Delivery

Structuring test suites to minimize flakiness in headless browser and API integration tests.
Allocating test execution across parallel runners based on historical failure rates and duration.
Managing test data provisioning in ephemeral environments using anonymized production snapshots.
Implementing contract testing between microservices to decouple team release cycles.
Using canary analysis to validate performance characteristics against baseline benchmarks.
Enforcing test coverage thresholds as merge-blocking gates only for critical security and compliance paths.

Module 6: Release Orchestration and Deployment Topologies

Selecting between blue-green, canary, and rolling deployments based on rollback requirements and traffic patterns.
Automating feature flag state changes in coordination with deployment milestones.
Coordinating database schema migrations with application version rollouts to maintain backward compatibility.
Implementing deployment freeze windows and approvals for regulated workloads.
Designing rollback triggers based on health checks, error rates, and business KPIs.
Orchestrating cross-region deployments with dependency resolution for globally distributed systems.

Module 7: Platform Engineering and Internal Developer Portal Design

Defining standardized templates for new service onboarding that enforce security and observability baselines.
Integrating service catalogs with identity providers to automate access provisioning.
Implementing self-service environments with quota enforcement and auto-deletion policies.
Exposing deployment and incident data to developers via unified dashboards without exposing raw credentials.
Versioning and deprecating internal platform APIs with backward compatibility guarantees.
Measuring developer platform effectiveness through lead time and deployment success rate metrics.

Module 8: Incident Response and Postmortem Integration

Automatically triggering pipeline halts based on active incident severity levels.
Enriching incident tickets with recent deployment metadata and changelogs.
Requiring postmortem action items to be tracked in version-controlled runbooks.
Conducting blameless retrospectives that feed directly into process improvement workflows.
Integrating rollback procedures into incident playbooks with pre-authorized approval paths.
Using incident data to refine monitoring thresholds and deployment gating criteria.