AWS Architect Training In bangalore
AWS Architect
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Course Id- CCOM-AWSR
Duration- 40hours
4 days
Overview
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* The course will teach how to optimize the AWS Cloud by understanding how AWS services fit into cloud-based solutions
* Participants will learn AWS Cloud best practices and design patterns for architecting optimal IT solutions on AWS
* The course also covers how to architect and deploy secure and robust applications on AWS technologies
Prerequisites
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* The participants should have the understanding of networking and virtualization
* Recommended the basic knowledge of AWS services
Objectives
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* Understand AWS Platform
* Learn well-architected Framework to improve architectures with AWS solutions
* Design Highly flexible and scaleable websites on AWS
* Understand AWS service based on data, compute, database, or security requirements
Course Structure
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* We provide more focus on hands-on in our technical courses (typically 80% hands-on/20% theory)
* Students get the capability to apply the material they learn to real-world problems
Materials Provided
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* PDF of slides and hands-on exercises
* Access to instance with lab environment
Software Requirements
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* Any current internet browser
Hardware Requirements
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* Processor: 1.2 GHz
* RAM: 512 MB
* Disk space: 1 GB
* Network Connection with low latency (<250ms) to Internet
Course Outline
Daywise AWS Architect course outline
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* Day 1
* Introduction To AWS
* Security Management In AWS
* Object Storage Options
* Day 2
* Amazon EC2
* Load Balancing, Auto-Scaling And Route 53
* Database Services And Analytics
* Day 3
* Networking And Monitoring Services
* Applications Services And AWS Lambda
* Configuration Management and Automation
* Day 4
* AWS Architectural Designs – I
* AWS Architectural Designs – II
Detailed AWS Architect course outline
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* Introduction To AWS
* Cloud deployment and service models
* AWS Global Infrastructure and its benefits
* AWS Services
* Ways to access AWS Services
* Security Management In AWS
* User management through Identity Access Management (IAM)
* Various access policies across AWS Services
* API keys service access
* Best practices for IAM
* Key Management Service
* Access billing and create alerts on billing
* Object Storage Options
* S3 bucket
* Storage classes in S3
* Life cycle policy in S3
* Cost optimization for S3
* CloudFront – Create and configure with S3
* Snowball
* Storage Gateway and its types
* Amazon EC2
* Start, stop and terminate an EC2 Instance
* Security Group
* AMI
* VPC, ENI, Public and Private IP
* Storage services
* EBS and its types
* EFS
* Cost optimization
* Load Balancing, Auto-Scaling And Route 53
* Elastic Load Balancer and its types
* Comparison of Classic, Network and Application Load Balancer
* Auto-Scaling
* Components of Auto-Scaling
* Lifecycle of Auto-Scaling
* Auto-Scaling policy
* Working of Route 53
* Various Routing Policies
* Database Services And Analytics
* Amazon RDS and its benefits
* Amazon Aurora
* Amazon DynamoDB
* ElastiCache
* Amazon RedShift
* AWS Kinesis
* Networking And Monitoring Services
* VPC – Benefits and Components
* CIDR Notations
* Network Access Control List v/s Security Groups
* NAT – Network Address Translation
* VPC peering
* AWS CloudWatch
* AWS CloudTrail
* Trusted Advisor
* Applications Services And AWS Lambda
* AWS Simple Email Service (SES)
* AWS Simple Notification Service (SNS)
* AWS Simple Queue Service (SQS)
* AWS Simple Work Flow (SWF)
* AWS Lambda
* Configuration Management and Automation
* AWS CloudFormation
* AWS OpsWorks
* AWS Elastic Beanstalk
* Differentiate between CloudFormation, OpsWorks, and Beanstalk
* AWS Architectural Designs – I
* Design high-availability and fault-tolerant architectures
* Choose reliable/resilient storage
* Design decoupling mechanisms using AWS services
* Design a multi-tier architecture solution
* Disaster Recovery Solution
* Choose performant storage
* Apply caching to improve performance
* Design solutions for elasticity and scalability
* AWS Architectural Designs – II
* Well-Architected Framework
* Specify Secure Applications and Architectures
* Design Cost-Optimized Architectures
* Define Operationally-Excellent Architectures