AWS training in bangalore | Learnbay

AWS Training in Bangalore

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Rs.25,000.00

290 Learners Enrolled

Course details:
Classroom  Session: 40 Hrs
Assignment: 10 hrs
Project: 5 Hrs
Upcoming Batches:
Weekend :Dec 23rd ,2017(1:00 PM -3:30 PM)

  • S : Nov 04th Onwards
Select Batch and time
Weekend ,04th Nov, 2018,09:00 am-01:00 pm
Weekend ,28th Nov, 2018,12:30 Pm-03:00 pm

Course description

AWS Training Course Description

Learnbay provides best AWS  Training in Bangalore with practicals and hands on project experience for freshers and working professional.Our Amazon Web Services certification course curriculum is designed by industry experts which is more practical oriented and covers real time use cases.Our instructor are AWS certified and have 8+ years of experience in the AWS domain.We offer both weekend and weekdays Option and provide flexibility to attend the training online.

Who Should Attend AWS Training:
Experienced Professional who want to make career in AWS
Software developers,Project Managers,Software testing professionals.
Anyone who has deep desire to learn AWS.

Course delivery:

We Provide AWS training Online and in classroom training with 60% theory and 40% hands on,Practice ,Assignment.We provide both online and classroom training with option to attend on weekend and weekdays.

What will you Learn:
AWS Foundation

AWS Architect

AWS Developer

Schedule Career Counselling Session

Course Content:

  1. AWS Solution Architect

This will covers the fundamentals of designing highly available, fault-tolerant, and scalable and secured IT infrastructure on AWS platform and help candidates prepare for AWS Certified Solution Architect certification.

  1. Content Domains

Following are the content domains that we will cover:

  1. Domain 1: Design Resilient Architectures

1.1 Choose reliable/resilient storage.

1.2 Determine how to design decoupling mechanisms using AWS services.

1.3 Determine how to design a multi-tier architecture solution.

1.4 Determine how to design high availability and/or fault tolerant architectures.

  1. Domain 2: Define Performant Architectures

2.1 Choose performant storage and databases.

2.2 Apply caching to improve performance.

2.3 Design solutions for elasticity and scalability.

  1. Domain 3: Specify Secure Applications and Architectures

3.1 Determine how to secure application tiers.

3.2 Determine how to secure data.

3.3 Define the networking infrastructure for a single VPC application.

  1. Domain 4: Design Cost-Optimized Architectures

4.1 Determine how to design cost-optimized storage.

4.2 Determine how to design cost-optimized compute.

  1. Domain 5: Define Operationally-Excellent Architectures

5.1 Choose design features in solutions that enable operational excellence.

  1. AWS Offerings/Services

We will be discussing about following AWS offerings/services targeting to the aforementioned content domain:

  1. Compute
    1. 1.1.EC2 – Virtual machine on cloud
      1. Instance family, instance types
      2. AMI, Block storage
    2. 1.2.Lambda – Serverless compute platform
      1. Functions
      2. Deploying APIs
    3. 1.3.Elastic Beanstalk – Automating deployment of infrastructure
  2. Storage
    1. 2.1.S3 – Object storage
      1. Buckets, objects
      2. Lifecycle rules
    2. 2.2.EFS – File System
    3. 2.3.Glacier – Archival Storage
    4. 2.4.Storage Gateway – for moving data from on-premises infrastructure
  3. Database
    1. 3.1.RDS – Relational Database Service
    2. 3.2.DynamoDB – NoSQL database
      1. Managing Tables, data
      2. Integrating with APIs
    3. 3.3.ElastiCache
    4. 3.4.Amazon Redshift – Data warehouse service
  4. Migration

4.1 Snowball – for transferring large data into AWS

  1. Networking & Content Delivery
    1. 5.1.VPC – Virtual private network
      1. Managing VPC, Subnets, Route tables
      2. Managing security
    2. 5.2.CloudFront – CDN service
    3. 5.3.Route53 – DNS service
    4. 5.4.API Gateway – Publicly accessible web service for interacting with AWS services
    5. 5.5.Direct Connect – for connecting on-premises infrastructure
  2. Management Tools
    1. 6.1.CloudWatch – Monitoring cloud resources
      1. Metrics
      2. Alarm
    2. 6.2.Auto-scaling – Implementing elasticity of infrastructure
    3. 6.3.CloudFormation – Infrastructure as code
    4. 6.4.CloudTrail – Visibility into AWS account activity
    5. 6.5.OpsWorks – Configuration management service
    6. 6.6.Trusted Advisor
  3. Security, Identity & Compliance
    1. 7.1.IAM – Identity and Access Management
      1. User, Policy, Group, Role
  4. Application Integration
    1. 8.1.SNS – Notification service
    2. 8.2.SQS – Queuing service for designing decoupled system
  5. AWS Cost Management
    1. 9.1.Cost Explorer
    2. 9.2.Budgets
  6. Customer Engagement

10.1 SES – Email service

  1. API

11.1 CLI – Command line interface for Windows and Linux

  1. AWS DevOps Engineer

This course is designed to master the skills necessary to create repeatable deployments of networks and systems on the AWS platform, gain a deep understanding of AWS features and tools related to configuration and deployment and help candidates prepare for AWS Certified DevOps Engineer certification.

  1. Content Domains

Following are the content domains that we will cover:

  1. Domain 1: Continuous Delivery and Process Automation
    1. 1.1.Demonstrate an understanding of application lifecycle management:

ï Application deployment management strategies such as rolling deployments and A/B.

ï Version control, testing, build tools and bootstrapping.

1.2 Demonstrate an understanding of infrastructure configuration and automation.

1.3 Implement and manage continuous delivery processes using AWS services.

1.4 Develop and manage scripts and tools to automate operational tasks using the AWS SDKs, CLI, and APIs.

  1. Domain 2: Monitoring, Metrics, and Logging

2.1 Monitor availability and performance.

2.2 Monitor and manage billing and cost optimization processes.

2.3 Aggregate and analyze infrastructure, OS and application log files.

2.4 Use metrics to drive the scalability and health of infrastructure and applications.

2.5 Analyze data collected from monitoring systems to discern utilization patterns.

2.6 Manage the lifecycle of application and infrastructure logs

2.7 Leverage the AWS SDKs, CLIs and APIs for metrics and logging.

  1. Domain 3: Security, Governance, and Validation

3.1 Implement and manage Identity and Access Management and security controls.

3.2 Implement and manage protection for data in-flight and at rest.

3.3 Implement, automate and validate cost controls for AWS resources.

3.4 Implement and manage automated network security and auditing.

3.5 Apply the appropriate AWS account and billing set-up options based on business requirements.

3.6 Implement and manage AWS resource auditing and validation.

3.7 Use AWS services to implement IT governance policies.

  1. Domain 4: High Availability and Elasticity

4.1 Determine appropriate use of multi- Availability Zone versus multi-region architectures.

4.2 Implement self-healing application architectures.

4.3 Implement the most appropriate front-end scaling architecture.

4.4 Implement the most appropriate middle-tier scaling architecture.

4.5 Implement the most appropriate data storage scaling architecture.

4.6 Demonstrate an understanding of when to appropriately apply vertical and horizontal scaling concepts.

  1. AWS Offerings/Services

We will be discussing about following AWS offerings/services targeting to the aforementioned content domain:

  1. Infrastructure as Code
    1. 1.1.CloudFormation – Infrastructure as code
      1. Bootstraping hooks
      2. Custom resources, policies, stacks
    2. 1.2.OpsWorks – Configuration management service
  2. Continuous Integration
    1. 2.1.CodeCommit – Private Git Repository
    2. 2.2.CodeBuild – Developer tool for building application
  3. Continuous Deployment
    1. 3.1.CodeDeploy – Developer tool for deploying application
  4. Automating CI/CD
    1. 4.1.CodePipeline – Automating code build and deploy
    2. 4.2.CodeStart – for quickly developing, building and deploying applications
  5. Management Tools
    1. 5.1.CloudWatch – Monitoring cloud resources
      1. Metrics
      2. Alarm
    2. 5.2.CloudTrail – Visibility into AWS account activity
    3. 5.3.Trusted Advisor
    4. 5.4.SNS – Notification service
  6. Security, Identity & Compliance
    1. 6.1.IAM – Identity and Access Management
      1. User
      2. Policy
      3. Group
    2. 6.2.VPC – Virtual private network
      1. Managing VPC, Subnets, Route tables
      2. Managing security
  7. High Availability and Elasticity
    1. 7.1.Auto-scaling – Implementing elasticity of infrastructure
  8. High Availability and Elasticity
    1. 8.1.Auto-scaling – Implementing elasticity of infrastructure
  9. Common Services
    1. 9.1.Compute – EC2 (Virtual machine on cloud)
    2. 9.2.S3 – Object storage
    3. 9.3.RDS – Relational Database Service
    4. 9.4.DynamoDB – NoSQL database
    5. 9.5.Elastic Beanstalk – Automating deployment of infrastructure
    6. 9.6.SQS – Queuing service for designing decoupled system
    7. 9.7.SES – Email service
    8. 9.8.CLI – Command line interface for Windows and Linux

 

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