Learn how to turn business and technical requirements into scalable AWS architectures.

Apply the AWS Well-Architected Framework to evaluate architecture quality.

Design account structures that provide isolation, governance, security, and operational boundaries.

Establish governed multi-account environments using centralized guardrails and account provisioning.

Design identity, authentication, authorization, federation, and workload access patterns.

Design VPC, subnet, routing, ingress, egress, and private connectivity patterns.

Choose EC2, Auto Scaling, containers, serverless, and managed compute based on workload characteristics.

Design workloads to survive instance, Availability Zone, and service failures.

Design systems that handle changing demand without unnecessary permanent capacity.

Design resilient ingress and service distribution using ALB, NLB, and Gateway Load Balancer.

Select S3, EBS, EFS, FSx, and archival storage based on access and durability requirements.

Choose relational, key-value, document, graph, cache, and analytical data services appropriately.

Use caching to reduce latency, database load, and repeated computation.

Use queues, pub/sub, and events to decouple services and absorb workload spikes.

Design independently deployable services with controlled communication and data ownership.

Design event-driven applications using Lambda, API Gateway, Step Functions, and managed services.

Choose ECS, EKS, Fargate, and EC2 container patterns based on operational requirements.

Design secure, scalable APIs using API Gateway, load balancers, authentication, throttling, and observability.

Build defense-in-depth using identity, network, application, data, detection, and response controls.

Design encryption, key management, classification, backup, retention, and access controls.

Design logs, metrics, traces, alarms, dashboards, and centralized operational visibility.

Design for failure using redundancy, graceful degradation, retries, timeouts, and recovery automation.

Design backup, pilot light, warm standby, active-active, and recovery strategies around RTO and RPO.

Design applications across AWS Regions for resilience, latency, sovereignty, and disaster recovery.

Design globally distributed web applications using Route 53, CloudFront, WAF, and regional origins.

Connect applications through APIs, queues, events, workflows, and service contracts.

Combine API Gateway, Lambda, EventBridge, SQS, Step Functions, DynamoDB, and S3.

Design classic web, application, and database tiers using modern AWS managed services.

Design multi-tenant SaaS architectures with tenant isolation, scaling, identity, and observability.

Design scalable data ingestion, storage, cataloging, processing, and analytics.

Make architecture decisions with cost, usage, demand, and business value in mind.

Design for latency, throughput, concurrency, caching, asynchronous processing, and bottleneck removal.

Include resource efficiency, demand alignment, storage lifecycle, and workload efficiency in architecture decisions.

Make architecture decisions explicit using trade-off analysis and Architecture Decision Records.

Design repeatable AWS infrastructure using CloudFormation, CDK, or Terraform.

Design safe deployments using blue/green, rolling, canary, immutable, and automated rollback strategies.

Establish policies, standards, tagging, quotas, and automated controls without blocking delivery.

Conduct structured architecture reviews before and after production deployment.

Combine organizational, network, security, application, data, observability, and governance layers.

Design, justify, implement, and review a production-grade AWS architecture from business requirements.