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AMAZON WEB SERVICES SOLUTION ARCHITECT 

OVERVIEW :

In general, AWS is a subordinate of AMAZON providing CLOUD COMPUTING platforms, ‘on a pay as you go basis’, whenever and wherever required by the clients for accumulation and data storage purposes through a virtual cluster of computers, retrievable via the internet. It is an all-time available service.

The AWS platform was launched in 2002, however, it was formulated again in late 2003, to become completely homogenous and totally automatic for the digital storage of data; accessible through virtual servers to other developers, websites and enterprises.

The AWS technology helps in diminishing ahead of time IT infrastructure costs and makes it possible to achieve coherence and Economies of Scale via sharing of resources over a plethora of virtual public cloud computers readily available to many organizations.

 WHY choose Way2career.co?

  • The up-to-date strategies and tactics involved in the teaching methodologies set it beyond comparison as far as training is concerned.
  • Moreover, the training imparted is exceptional and is truly comprehensible along with intensive practices to eliminate doubts and queries of individuals who want an insight into the theories related to AWS solution architect.
  • The course of study follows a structured pattern and paradigm that allows the individuals to have an unswerving learning experience.
  • The priority here is the candidate and whatever suits him/her, suits us. Time management is as per your need indeed.
  • We at way2career, impart training with the help of interactive sessions that you will take with your trainer. This particular practice makes us beyond comparison.
  • The course curriculum at way2career is oriented with the contemporary AWS exam featuring Amazon designated applications and operations.

ELIGIBILITY :

  • A diversified knowledge of services and resources including computing, storage, analytics, networking, database, deployment, application services, management, developer tools, and tools for the internet of things(IoT) is a prerequisite to gain expertise in AWS.
  • However, AWS CERTIFICATION is ideal for: solution architects, programmers, cloud developers, cloud software engineers, DevOps professionals and having experience with AWS or any other cloud computing platform is favorable.

OBJECTIVES :

  • The training molds the seeker in mastering AWS architectural concepts and services like IAM, EC2, VPC and elevates your understanding of cloud computing.
  • It also gives an insight into the working of the principles involved in the storage of data over the cloud along with the methods required for retrieval of the information.
  • The training lets you submerge in the pool of cloud computing technologies and gives you cognizance of all the theories related to it.
  • The system of ingress and egress of data to and from AWS becomes highly intelligible for the participants.
  • The patterned learning system imparts assistance with cloud computing practices so that the participants can deliver efficiently in the examination in order to obtain the AWS CERTIFICATION.
  • The training lets you learn the acknowledgment and optimization of the desired AWS service based on data, database and security requirements.
  • Construction and execution of springy or flexible AWS architecture and AWS cost estimation.

COURSE HIGHLIGHTS :

  • Step by step assistance is provided to achieve 100% fruitful results.
  • A total of 36 hours of training spread across a time span of 8 days. (4.5 hours each day) and 9 hours in case of Classroom training.
  • Complimentary self-paced E-Learning module.
  • Study material E-KIT is rendered to every individual at the time of enrolment.
  • Exam counsel and tricks are shared for optimum results.
  • Intensive learning environment along with highly experienced and qualified instructors.

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Curriculum

  • Sl. No.
  • Chapter
  • Chapter - 1.0
  • High Availability and Business Continuity
  • Chapter - 1.1
  • Demonstrate ability to architect the appropriate level of availability based on stakeholder requirem
  • Chapter - 1.2
  • Demonstrate ability to implement DR for systems based on RPO and RTO
  • Chapter - 1.3
  • Determine appropriate use of multi-Availability Zones vs. multi-Region architectures
  • Chapter - 1.4
  • Demonstrate ability to implement self-healing capabilities Content may include the following:
  • Chapter - 1.4.1
  • High Availability vs. Fault Tolerance
  • Chapter - 2.0
  • Costing
  • Chapter - 2.1
  • Demonstrate ability to make architectural decisions that minimize and optimize infrastructure cost
  • Chapter - 2.2
  • Apply the appropriate AWS account and billing set-up options based on scenario
  • Chapter - 2.3
  • Ability to compare and contrast the cost implications of different architectures
  • Chapter - 3.0
  • Deployment Management
  • Chapter - 3.1
  • Ability to manage the lifecycle of an application on AWS
  • Chapter - 3.2
  • Demonstrate ability to implement the right architecture for development, testing, and staging enviro
  • Chapter - 3.3
  • Position and select most appropriate AWS deployment mechanism based on scenario
  • Chapter - 4.0
  • Network Design for a complex large scale deployment
  • Chapter - 4.1
  • Demonstrate ability to design and implement networking features of AWS
  • Chapter - 4.2
  • Demonstrate ability to design and implement connectivity features of AWS
  • Chapter - 5.0
  • Data Storage for a complex large scale deployment
  • Chapter - 5.1
  • Demonstrate ability to make architectural trade off decisions involving storage options
  • Chapter - 5.2
  • Demonstrate ability to make architectural trade off decisions involving database options
  • Chapter - 5.3
  • Demonstrate ability to implement the most appropriate data storage architecture
  • Chapter - 5.4
  • Determine use of synchronous versus asynchronous replication
  • Chapter - 6.0
  • Security
  • Chapter - 6.1
  • Design information security management systems and compliance controls
  • Chapter - 6.2
  • Design security controls with the AWS shared responsibility model and global infrastructure
  • Chapter - 6.3
  • Design identity and access management controls
  • Chapter - 6.4
  • Design protection of Data at Rest controls
  • Chapter - 6.5
  • Design protection of Data in Flight and Network Perimeter controls
  • Chapter - 7.0
  • Scalability and Elasticity
  • Chapter - 7.1
  • Demonstrate the ability to design a loosely coupled system
  • Chapter - 7.2
  • Demonstrate ability to implement the most appropriate front-end scaling architecture
  • Chapter - 7.3
  • Demonstrate ability to implement the most appropriate middle-tier scaling architecture
  • Chapter - 7.4
  • Demonstrate ability to implement the most appropriate data storage scaling architecture
  • Chapter - 7.5
  • Determine trade-offs between vertical and horizontal scaling
  • Chapter - 8.0
  • Cloud Migration and Hybrid Architecture
  • Chapter - 8.1
  • Plan and execute for applications migrations
  • Chapter - 8.2
  • Demonstrate ability to design hybrid cloud architectures

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