AWS is the clear leader in the cloud space due to its amazing server space and the strong safety and scalability it offers to businesses that use it. AWS certification is valuable. It opens up a lot of opportunities for developers and system administrators. There is a huge demand for AWS Solution Architects who are both experienced and approved by AWS.
This professional path is one the best decisions you can make. It’s extremely lucrative, and candidates who take their AWS certification carefully will have the best chance of working in multinational companies and furthering their career. We will not discuss the career of an AWS Solution Architect Associate.
Who are AWS Solutions Architects?
AWS solutions architects are actually in-house concierges and experts on AWS assistance. Solutions architects are the best source for information about which EC2 situation to use and how many to rotate. They can setup security, routing, accommodation, and networking. They are the jackscrew-of-all-trades.
Despite the title, it is important for solutions architects to be able to select the traditional AWS services. Associate certification is the best way to confirm that occupation.
The professional is also responsible for:
Connecting business golas with technology-enabled outcomes
Making advanced cloud-based solutions available and migrating current workloads to the cloud
Protecting an institution against software and application downtime risks, breaches, and circulation errors.
Amazon’s best operations are used to plan, make, and scale the AWS cloud deployment
Certification Path – To become an AWS Solution Architect associate, one must pass a exam called AWS Solution Architect Associate. This certification allows associations to identify and develop talent that has significant skills in working with cloud initiatives. Associate in AWS Solutions Architect – This certifies the ability to create and execute distributed systems using AWS.
Who should take this exam
AWS Solutions Architect Associate exam is for anyone who has 1 or more years of experience in creating available, fault-tolerant and cost-efficient distributed arrangements on AWS.
We recommend that you do the following before you take the exam:
1 year of hands on experience with AWS technology. This includes using networking, storage, database AWS assistance, as well as AWS management, deployment and deployment services.
Experience in managing, deploying and working with workloads on AWS, as well as executing security controls.
Familiarity with the Management Console and (CLI) Command Line Interface.
The Well-Architected Framework, AWS security, networking and the AWS global structure.
Abilities to identify which AWS services meet a given technical requirement and to determine the technical requirements for an AWS-based app.
Responsibilities for an AWS Solution Architect Associate
AWS solutions architects are also responsible for focusing on their job. These skills are essential for managing the fundamentals of various AWS solution architect positions.
An AWS solution architect’s job requires interaction with customers and sales. AWS solution architects require interpersonal skills.
An AWS solution architect’s primary responsibility is to resolve queries related to customer requirements and business objectives.
AWS solution architects are responsible for many tasks, including troubleshooting, writing scripts, and operating on migrations. AWS solution architects need to be adaptable.
AWS solution architects are responsible for managing their time because of the variety of responsibilities they have every day. Candidates for the AWS architect job position should demonstrate time management skills such as task prioritization, day-planning, and task prioritization.
Let’s get to the most important part, the Course Structure!
AWS Solution Architect Associate Skills
The AWS Solutions Architect Associate Guide shows the weightings, test areas, and goals. It does not contain all the content for this exam. The table of contents lists the main content specialties as well as their weightings.
1: Design Resilient Architectures
1.1 How to create a multi-tier architecture solution
1.2 Designing extremely available and/or fault-tolerant architectures(AWS Documentation:Fault-Tolerant Components on AWS)
1.3 Decoupling mechanisms using AWS services (AWS documentation:Using thee Amazon QS Dead-Letter Queues Control Message Failure
1.4 Preferred suitable resilient storage
2: Design High-Performing Architectures
2.1 Identifying the elastic and scalable compute solutions for a workload(AWS Documentation:Compute Services)
2.2 Selecting the best storage and high-performing solutions for a particular workload
2.3 Selecting the high-performing networking clarifications for a workload(AWS Documentation:Networking Solutions )
2.4 Selecting high-performing database apps for a workload (AWS Documentation, Best storage practices for running production workloads using hosted databases,Right data store for the Workload).
3: Design Secure Applications and Architectures
3.1 Designing the appropriate access to AWS resources (AWS Documentation : Best practices to help secure AWS resources).
3.2 Designing safe application tiers(AWS Documentation:Building the three-tier architectures)
3.3 Making relevant data security decisions (AWS documentation:Best practices to secure sensitive data in AWS data storages)
4: Design Cost-Optimized Architecture