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☁️ Bootcamp

Cloud Engineering Bootcamp

Architect, Migrate and Optimise Cloud Infrastructure.

A deep-dive into AWS, Azure and GCP — covering cloud architecture, infrastructure-as-code, landing zones, cost optimisation and real-world migration patterns. For engineers who want to own cloud infrastructure end to end.

Duration12 Weeks

Total Hours96 Hours

LevelBeginner–Intermediate

FormatOnline + Offline

CertificateYes

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Delivery Format

Train How You Learn Best

💻 Online — Live Instructor-Led

Live sessions via Zoom with a ZippyOPS practitioner. 4 sessions per week, all recordings provided. Ask questions in real time and get code reviewed live.

🏢 Offline — Chennai Lab Sessions

In-person at ZippyOPS Chennai labs. Mon–Fri batches. Lab machines provided. Direct hands-on access to instructors throughout every session.

Who Should Attend

Is This Bootcamp Right for You?

✅ This bootcamp is for you if…

Software engineers wanting to build and manage cloud infrastructure
Sysadmins transitioning from on-premises to cloud environments
DevOps engineers who want deeper cloud architecture knowledge
Engineers targeting AWS, Azure or GCP certification paths

📋 Prerequisites

Solid Linux command line skills
Basic understanding of networking — IP addressing, DNS, HTTP
Some scripting experience (Bash or Python)

Full Curriculum

What You'll Learn — Week by Week

Cloud Fundamentals & Architecture

Weeks 1–2

▾

Cloud service models — IaaS, PaaS, SaaS and the shared responsibility model
Core networking — VPCs, subnets, routing tables, security groups and NACLs
Compute — VMs, containers, serverless and when to use each
Storage — object, block and file storage across AWS, Azure and GCP
Identity and Access Management — users, roles, policies and least privilege
Lab: Design and deploy a secure 3-tier VPC architecture on AWS with public/private subnets

Terraform for Cloud IaC

Weeks 3–4

▾

Terraform architecture — providers, resources, state and the plan/apply cycle
Variables, locals, outputs and dependency management
Remote state with S3 + DynamoDB and state locking
Module design — reusable, versioned module patterns for production
Terraform testing with Terratest and tflint validation
CI/CD integration — automated Terraform plan and apply pipelines
Lab: Build a fully modular Terraform codebase managing a multi-account AWS environment

AWS Deep Dive

Weeks 5–6

▾

EC2 — instance types, AMIs, Auto Scaling Groups and Launch Templates
Managed services — RDS, ElastiCache, SQS, SNS, Lambda and ECS Fargate
Load balancing — ALB, NLB, routing rules and SSL termination
S3 — bucket policies, versioning, lifecycle rules and replication
AWS Control Tower and multi-account landing zone design
CloudWatch — metrics, alarms, log groups and dashboards
Lab: Deploy a production-grade ECS Fargate application with RDS, ALB and CloudWatch monitoring

Azure & GCP Essentials

Week 7

▾

Azure resource hierarchy — subscriptions, management groups and resource groups
Azure networking — VNets, NSGs, Azure Firewall and Private Endpoints
Azure AKS, App Service, Azure SQL and Key Vault
GCP project structure, VPC networking and IAM
GCP Cloud Run, GKE, Cloud SQL and Secret Manager
Lab: Deploy the same application on both Azure AKS and GCP Cloud Run using Terraform

Cloud Security & Compliance

Week 8

▾

Cloud security posture management — AWS Security Hub, Defender for Cloud
Network security — VPC flow logs, GuardDuty, WAF and DDoS protection
Secrets management — AWS Secrets Manager, Azure Key Vault, HashiCorp Vault
CIS Benchmark controls for cloud environments
Compliance automation — SOC 2, ISO 27001 and PCI DSS in cloud
Lab: Implement a full security baseline for an AWS account using Terraform and Security Hub

Cloud Cost Optimisation

Week 9

▾

FinOps fundamentals — the inform, optimise, operate framework
Right-sizing — identifying over-provisioned compute and storage
Reserved Instances, Savings Plans and Spot instances
Kubernetes cost allocation with Kubecost
Infracost — cost estimation in CI/CD pipelines before deployment
Lab: Audit and optimise a deliberately over-provisioned AWS environment — reduce the monthly bill by 40%

Cloud Migration Patterns

Week 10

▾

The 6Rs — Rehost, Replatform, Refactor, Rearchitect, Retire, Retain
Discovery and dependency mapping for migration planning
AWS MGN and Azure Migrate for lift-and-shift migrations
Database migration — AWS DMS, schema conversion and testing
Zero-downtime migration patterns — dual-write, traffic shifting and cutover
Lab: Plan and execute the migration of a 5-service on-premises application to AWS

Disaster Recovery & High Availability

Week 11

▾

HA architecture patterns — active-active, active-passive and multi-region
RTO and RPO — designing to requirements, not assumptions
AWS Route 53 health checks and failover routing
Cross-region replication for RDS, S3 and DynamoDB
Lab: Implement a multi-region active-passive DR architecture with automated failover testing

Capstone Project

Week 12

▾

Design and implement a production-grade AWS landing zone with multiple accounts
Full Terraform codebase with modular design, CI/CD pipeline and remote state
ECS Fargate application with RDS, ElastiCache and ALB
Security baseline — IAM, Security Hub, GuardDuty, CloudTrail and Config
Cost tagging and budget alerting with Infracost in the pipeline
Live architecture review with ZippyOPS Cloud Architects

On Completion

Earn Your ZippyOPS Certificate

🎓

ZippyOPS Certified Cloud Engineer (ZCCE)

Tests ability to design and implement production-grade multi-cloud environments with Terraform. Issued digitally and recognised by ZippyOPS enterprise clients.

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