Kubernetes training for teams and corporates in Nepal.

Why me?

I'm Nepal's first CNCF Kubestronaut — one of fewer than 300 people worldwide to have cleared all five Kubernetes certifications (CKA, CKAD, CKS, KCNA, KCSA).

I've spent 10+ years as a DevOps engineer, including working as a Kubernetes Solutions Architect at GiantSwarm — one of the leading Kubernetes-native companies globally — and with engineering teams across Europe and Asia.

I don't teach from slides. Every session is hands-on: real clusters, real failures, real troubleshooting. The curriculum is built around the same exam domains your engineers will face in the actual CNCF certification tests.

I also authored the CKA Handbook and CKS Handbook — used by engineers globally to prepare for certification.

How it works

1. We talk. You tell me your team size, current Kubernetes exposure, and what you want to achieve — certification, production readiness, or both.
2. Pre-training assessment. I run a diagnostic assessment before training begins. This isn't evaluative — it's to understand where your engineers are so I can pace the program correctly and focus on the right gaps.
3. Instructor-led training. Live sessions combining lectures, real-time demonstrations, and guided hands-on labs. Mapped to CKA/CKAD/CKS exam domains. Typically 10 weeks, 2 days per week, 3 hours per session.
4. Post-training assessment. A practical assessment at the end to measure progress and identify who is ready for certification. You get a full report with per-engineer results and readiness status.
5. One month of post-training support. Questions, code reviews, and guidance as your team applies what they've learned in production.

What's covered

The curriculum follows the official CNCF CKA exam domains:

• Module 1 — Cluster Architecture, Administration & Security
  kubeadm, HA control plane, RBAC, Helm, Kustomize, CRDs, operators
• Module 2 — Networking
  Pod connectivity, Network Policies, Services, Ingress, Gateway API, CoreDNS
• Module 3 — Workloads & Scheduling
  Deployments, rolling updates, ConfigMaps, Secrets, autoscaling, Pod scheduling
• Module 4 — Storage
  Storage classes, dynamic provisioning, PersistentVolumes, PersistentVolumeClaims
• Module 5 — Troubleshooting
  Cluster and node debugging, component failures, resource monitoring, networking issues
• Module 6 — Exam Preparation
  Full review, exam-style labs, time management strategies, Q&A

Curriculum can be adjusted for CKAD or CKS focus depending on your team's goals.

What's included

• Pre-training diagnostic assessment with a written report
• Live instructor-led sessions — interactive, not recorded lectures
• Hands-on labs for every module, mapped to real exam scenarios
• Training materials: slides, reference guides, lab instructions
• Post-training practical assessment with per-engineer readiness report
• One month of post-training support

Certification exam vouchers are not included and must be arranged separately.