AWS Professional Solutions Architect Training

• Educational Background: A strong understanding of AWS services and foundational cloud architecture is required. 

• Professional Experience: At least 2 years of hands-on experience with AWS is recommended, with prior certification as an AWS Certified Solutions Architect – Associate. 

• Technical Skills: Familiarity with networking, storage, and cloud security concepts is essential. 

• Design Advanced AWS Solutions: Gain the skills to architect scalable, secure, and reliable cloud infrastructures. 

• Optimise Cloud Resources: Learn strategies for cost optimisation, disaster recovery, and performance enhancement. 

• Enhance Security: Develop expertise in implementing secure AWS solutions that align with best practices. 

• Prepare for Certification: Acquire the knowledge and confidence to pass the AWS Certified Solutions Architect – Professional exam. 

The AWS Professional Solutions Architect Training course is tailored for IT professionals aiming to design advanced AWS solutions. It provides hands-on experience in building scalable, secure, and reliable cloud architectures that align with organisational needs and objectives. Below are the individuals who will benefit from this course:

• Experienced Solutions Architects
• Cloud Professionals
• Machine Learning Engineers
• Experienced DevOps Engineers
• Application Architects
• Enterprise Architects
• System Designers

Module 1: Design for Organisational Complexity

• Overview
• Managing Multiple AWS Accounts in an Organisation
• Security and Access Controls for a Multi-Account Structure
• Using S3 Requester Pays and Bucket Policies
• Multi-Account Infrastructure Management
• Multi-Account Network Configuration
• Configuring DNS Resolution for the Servers
   

Module 2: Design for New Solutions

• Using Amazon AppStream 2.0/Amazon Workspaces for Remote Desktop Operations
• Using Amazon Connect, Amazon Lex, and Amazon Polly for Chat and Call Functionality
• Using Amazon WorkDocs for Secure Document Management and Collaboration
• Implementing DDoS Resiliency in AWS
• Configuring DNSSEC for a Domain in Route 53
• Configuration Management in AWS with AWS OpsWorks Stacks
• Processing Large Product Catalogues Using Amazon Mechanical Turk and Amazon SWF
• Using Lambda@Edge for Low Latency Access to the Applications
• Setting Up and ELK (ElasticSearch, Logstash, and Kibana) Stack Using Amazon ES
• Data Analytics and Visualisation Using Amazon Athena and Amazon ES
• Using AWS Transfer Family for FTP Use Cases
• Single Interface for Querying Multiple Data Sources with AWS AppSync
   

Module 3: Migration Planning

• Overview
• Planning Out a Migration
• Migration Strategies
• Analysing the Workloads Using AWS Application Discovery Service
• Performing Data Migration
• Performing Server Migration
• Performing Database Migration
   

Module 4: Cost Control

• Overview
• AWS Pricing Models
• Reserved Instances and Savings Plan
• Using Different AWS Cost Management Services
   

Module 5: Continuous Improvement for Existing Solutions

• Using Amazon Cognito for Web App Authentication
• Using AWS Systems Manager for Patch Management
• Implementing CI/CD Using AWS CodeDeploy, CodeCommit, CodeBuild, and CodePipeline
• Using Federation to Manage Access
• Setting Up a Fault-Tolerant Cache Layer with Amazon Elasticache
• Improving the Cache Hit Ratio of the CloudFront Distribution
• Other Ways of Combining Route 53 Records for High Availability and Fault Tolerance
• Longest Prefix Match: Understanding Advanced Concepts in VPC Peering
• Automate the EBS Snapshots Using Amazon Data Lifecycle Manager (Amazon DLM)
• Real-Time Log Processing Using CloudWatch Logs Subscription Filters
• Scaling Memory-Intensive Application in AWS