AWS CERTIFIED SOLUTIONS ARCHITECT

COURSE OVERVIEW

AWS Certified Solutions Architect – Associate is intended for individuals who perform a Solutions Architect role. This course effectively demonstrate knowledge of how to architect and deploy secure and robust applications on AWS technologies

Prerequisites

No Prerequisites

Exams

Duration 1 Month
ELIGIBILITY: No Prerequisites
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  • CLOUD CONCEPTS

    • Define the AWS Cloud and its value proposition
    • Identify aspects of AWS Cloud economics
    • List the different cloud architecture design principles
  • SECURITY AND COMPLIANCE

    • Define the AWS shared responsibility model
    • Define AWS Cloud security and compliance concepts
    • Identify AWS access management capabilities
    • Identify resources for security support
  • TECHNOLOGY

    • Define methods of deploying and operating in the AWS Cloud
    • Define the AWS global infrastructure
    • Identify the core AWS services
    • Identify resources for technology support
  • DESIGN RESILIENT ARCHITECTURES

    • Choose reliable/resilient storage.
    • Determine how to design decoupling mechanisms using AWS services.
    • Determine how to design a multi-tier architecture solution.
    • Determine how to design high availability and/or fault tolerant architectures.
  • SPECIFY SECURE APPLICATIONS AND ARCHITECTURES

    • Determine how to secure application tiers.
    • Define the networking infrastructure for a single VPC application.
  • DEFINE OPERATIONALLY-EXCELLENT ARCHITECTURES

    • Choose design features in solutions that enable operational excellence.
  • SECURITY AND COMPLIANCE

    • Define the AWS shared responsibility model
    • Define AWS Cloud security and compliance concepts
    • Identify AWS access management capabilities
    • Identify resources for security support
  • BILLING AND PRICING

    • Compare and contrast the various pricing models for AWS
    • Recognize the various account structures in relation to AWS billing and pricing
    • Identify Resources available for billing support.
  • DEFINE PERFORMANT ARCHITECTURES

    • Choose performant storage and databases.
    • Apply caching to improve performance.
    • Design solutions for elasticity and scalability.
  • DESIGN COST-OPTIMIZED ARCHITECTURES

    • Determine how to design cost-optimized storage.
    • Determine how to design cost-optimized compute.

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