Description
Course Content
Module 0: Course Introduction
- Introductions
- Course overview
- Use case introduction
Module 1: Networking on AWS
- IP addressing
- Amazon Virtual Private Cloud (Amazon VPC) fundamentals
- Subnets
- Amazon VPC IP Address Manager (IPAM)
- Elastic Network Interfaces
- Elastic IP addressing
- Route table
- Internet and NAT gateways
- Basic traffic filtering mechanisms for a VPC
- Knowledge check
Module 2: Load Balancing and Scaling on AWS
- Elastic Load Balancing (ELB)
- Cross-zone load balancing
- Auto Scaling group (ASG) basics
- Knowledge check
- Use case part one
- Hands-on lab: Building a Multi-Availability Zone VPC Architecture
Module 3: VPC Interconnectivity and Content Delivery
- VPC interconnectivity
- VPC peering
- VPC Transit Gateway
- VPC endpoints
- Edge locations
- AWS Global Accelerator
- Knowledge check
- Use case part two
- Hands-on lab: Accelerating Performance with Amazon CloudFront
Module 4: High Availability with Amazon Route 53
- Amazon Route 53
- Knowledge check
- Use case part three
- Hands-on lab: Achieving Fault Tolerance and Global Traffic Optimization
Module 5: Course Wrap-Up
- Course reflection
- Use case labs recap
- Use case conclusion
- Course feedback survey
Who should attend
This course is intended for:
- Newly hired cloud engineers
- On-premises IT engineers
- Cloud architects
- Cloud engineers
- Network engineers
Prerequisites
- Basic knowledge of networking concepts
- Basic knowledge of AWS services
- Have taken either AWS Technical Essentials (AWSE) or AWS Cloud Practitioner Essentials (CP-ESS)
Course Objectives
In this course, you will learn to:
- Design a networking infrastructure for a scalable production application, considering design trade-offs between different networking services
- Configure networking services for a highly available, resilient, and scalable application
- Implement the networking infrastructure according to evolving business requirements
- Implement networking best practices to align towards AWS Well-Architected Framework
