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Course Overview and Foundations

Course Introduction and Outcomes

Cloud Service Models and Shared Responsibility

Cloud Architecture and Core Services

Designing Secure, Scalable, and Cost-Optimized Architectures

Operational Excellence with DevOps on Cloud

Containers, Kubernetes, and Serverless

Kubernetes on Cloud Platforms

Serverless and Event-Driven Architectures

Applying Skills to Real Roles

Role-Based Architecture and Delivery Scenarios

Knowledge Checks and Feedback

Quiz: Cloud Models and Shared Responsibility

Quiz: Architecture and Core Services

Quiz: DevOps and Infrastructure as Code

Quiz: Kubernetes Concepts and Operations

Quiz: Serverless and Event-Driven Design

Learner Feedback Survey

Master the art and science of building resilient, secure, and cost‑efficient systems across AWS, Microsoft Azure, and Google Cloud. Multi‑Cloud Architecture and DevOps: AWS, Azure, GCP Mastery is a hands‑on program designed for engineers and architects who must deliver real business outcomes in heterogeneous cloud environments. You will learn how to design well‑architected solutions, implement DevOps practices at scale, and make confident trade‑offs between services and platforms. From VPC/VNet design and identity management to Kubernetes operations, serverless patterns, and governance, this course bridges strategy with execution. Build CI/CD pipelines using native and open‑source tooling, apply Infrastructure as Code with Terraform, CloudFormation, and Bicep, and establish observability, budgets, and guardrails that stand up to enterprise demands. Through role‑based scenarios and a guided capstone, you’ll evaluate portability, avoid lock‑in, and architect for high availability and disaster recovery across regions and zones. By the end, you’ll be ready to design, implement, and operate multi‑cloud workloads with confidence—meeting performance, security, and cost targets while accelerating delivery.

Multi‑Cloud Architecture and DevOps: AWS, Azure, GCP Mastery

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            <p>Cloud adoption is reshaping how organizations deliver software, scale globally, and manage costs, and professionals who can navigate AWS, Azure, and Google Cloud together are in highest demand. This course builds mastery in multi‑cloud architecture and DevOps by grounding you in the fundamentals—service models (IaaS, PaaS, SaaS), consumption and billing strategies, and the shared responsibility model—while mapping equivalent services across providers for portability and resilient design. You’ll set up the essential tooling from day one, including free-tier accounts, CLIs, and SDKs, so you can design and evaluate secure, scalable, and cost‑optimized architectures from the start.</p>

<p>The curriculum moves from foundations into core architectural patterns you’ll apply across clouds: well‑architected principles spanning security, reliability, performance efficiency, cost, operational excellence, and sustainability; networking constructs like VPCs/VNets, subnets, routing, peering, load balancing, and hybrid connectivity; and the right mix of compute, storage, identity, access, and secrets management. You’ll operationalize these designs with DevOps practices—CI/CD using native and open source tools, Infrastructure as Code with Terraform, CloudFormation, and Bicep, policy as code, observability across logs/metrics/traces with SLOs and alerts, and end‑to‑end pipeline security including scanning, SBOMs, artifact signing, and secret management—while keeping governance, tagging, budgets, and cost controls in focus.</p>

<p>Modern workloads demand elasticity and portability, so you’ll gain hands‑on experience with containers and serverless across providers. Using EKS, AKS, and GKE, you’ll explore control plane concepts, cluster networking, Ingress, service meshes, autoscaling strategies (HPA, VPA, node autoscaling), resilience (PDBs), stateful workloads with storage classes and backup/restore, and a defense‑in‑depth security model with RBAC, network policies, secrets, admission controllers, and software supply chain safeguards. You’ll complement this with serverless and event‑driven design: FaaS across clouds, event sources, queues and streams, stateless design with idempotency and retries, API gateways and auth for multi‑tenant systems, and pragmatic cost/performance trade‑offs when choosing serverless versus containers.</p>

<p>Throughout, you’ll apply the skills in role‑based scenarios aligned to Cloud Engineer, DevOps Engineer, and Solutions Architect responsibilities—building networks and automation, creating secure CI/CD and reusable IaC modules with observability and policy, and designing end‑to‑end multi‑tier architectures with high availability and disaster recovery across regions and zones. You’ll consider cross‑cloud portability, lock‑in risks, and multi‑account/project organizations, then synthesize everything in a capstone where you select a workload, define SLAs, cost targets, and threat models, and deliver a production‑ready design. Knowledge checks and quizzes reinforce each domain, and a final survey ensures the course evolves with your feedback. By the end, you will confidently architect, automate, secure, and operate workloads across AWS, Azure, and Google Cloud.</p>
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