DevOps & Cloud Engineering Bootcamp Certificate
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Bootcamp Mastery Certificate B11
Primary spine: Kunal Kushwaha / WeMakeDevs DevOps Bootcamp. Build the operating discipline behind modern software: Git, networking, Linux, containers, Kubernetes, GitOps, CI/CD, infrastructure as code and observability - then prove it with a deploy-and-recover capstone.
Benchmark: Kunal Kushwaha / WeMakeDevs and TechWorld with Nana publish the referenced DevOps, Terraform and Prometheus learning videos publicly. The Zuyini Bootcamp Mastery Certificate is an independent curated build-and-proof credential and is not a provider-issued certification or endorsement.
Core Video Sequence
01 — Complete DevOps Bootcamp sequence
02 — Git + GitHub collaboration workflow
03 — Networking fundamentals for operators
04 — Linux + terminal operations
05 — Containers with Docker
06 — Kubernetes architecture + orchestration
07 — GitOps continuous delivery with Argo CD
08 — CI/CD automation with GitHub Actions
09 — Infrastructure as code with Terraform
10 — Observability with Prometheus
Build-Along Checkpoints
- Checkpoint 1: Create a production-style repo with branching/PR workflow, Linux setup notes, network map and a small service with health endpoint.
- Checkpoint 2: Containerize the service with a reproducible Docker build, non-root runtime, environment configuration and local health/failure tests.
- Checkpoint 3: Deploy to Kubernetes with Deployment, Service, ConfigMap/Secret handling, probes, resource limits and a controlled rolling update.
- Checkpoint 4: Build a GitHub Actions pipeline that tests, builds, scans/publishes an image and promotes a version through a repeatable deployment path.
- Checkpoint 5: Add Argo CD GitOps and Terraform-managed infrastructure; demonstrate drift detection, reconciliation, state discipline and rollback.
- Checkpoint 6: Instrument Prometheus metrics and an SLO/alert; inject a deployment or service failure, diagnose from telemetry, recover and document the incident.
7-Day Independent Capstone
- Day 1: Define a real service, users, architecture, environments, SLOs and failure budget; create repo, branching policy and network/data-flow diagram.
- Day 2: Build the service and Docker image; add tests, health checks, configuration, secret strategy and local failure cases.
- Day 3: Create Kubernetes manifests/Helm-equivalent, probes, limits and rollout strategy; demonstrate upgrade and rollback.
- Day 4: Implement CI/CD in GitHub Actions with test/build/image/publish gates and one security or quality control before deployment.
- Day 5: Provision an environment with Terraform; document variables, state, modules/resources, destroy/recreate behavior and cost assumptions.
- Day 6: Add Argo CD plus Prometheus dashboards/alerts; inject a bad release or outage and prove detection, diagnosis, rollback and recovery.
- Day 7: Publish repo, architecture, pipeline evidence, IaC, dashboard/alerts, incident timeline, runbook, demo video and tradeoff/cost memo.
DevOps - Build, Deploy, Observe & Recover
Ship and operate a cloud-native service end to end. Completion requires version control discipline, containerization, Kubernetes deployment, automated delivery, infrastructure as code, GitOps, telemetry, an injected production failure and documented recovery.
Proof Rubric — What Must Be Shown
- VERSION CONTROL: Branch/PR discipline + reproducible history
- CONTAINERS: Secure/reproducible image + health behavior Probes, config, resources + rollout/rollback Automated tested build + promotion evidence
- KUBERNETES:
- CI/CD:
- IAC: Terraform state, repeatability + environment
- GITOPS: Argo CD reconciliation + drift/rollback proof
- OBSERVABILITY: Metrics, SLO, alert + diagnosis evidence
- OPERATIONS: Failure injection, recovery + usable runbook