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The AWS Certified Solutions Architect - Associate course spans five days (35 hours) and imparts knowledge and skills in various AWS services and technologies. This certification highlights the development of cost- and performance-optimized systems, demonstrating a thorough understanding of the AW
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Professionals must be well-versed in the AWS platform if their organization wants to offer on-demand cloud computing services on a paid subscription basis. This training for the AWS Certified Solutions Architect - Associate certification empowers participants to strategize, create, and expand AWS services seamlessly across diverse cloud computing platforms. With an emphasis on high-performance, low-cost solution design, this certification sharpens AWSs technical skills. Learners gain an understanding of the technical components of architecture, scalability, security, and reliability through the expert application of the AWS Well-Architected Framework. The course covers the exploration of solution optimisation and the validation of successful usage of many AWS services through competency.
Learners will practice theoretical topics through practical exercises and real-world scenarios. The course also provides helpful exam preparation, which raises the probability of passing the certification exam. These certified specialists have a deeper understanding of AWS best practices, which enables them to create and deploy highly performant and economically feasible solutions. This knowledge will allow the business to operate its AWS infrastructure more effectively, scale it faster, and maintain it more securely. Consequently, companies might expect reduced costs, more reliability, and enhanced opportunities for creativity in the rapidly evolving cloud computing landscape. Enroll in Vinsys today to begin your path toward career advancement and improve your AWS architecture skills.
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After completing the AWS Certified Solutions Architect - Associate course, the learners will be able to:
• Acquire a deep comprehension and mastery of AWS compute services, such as serverless computing, virtual servers, and containers.
• Get familiar with AWS networking services, including building dependable networking systems and configuring and managing virtual private clouds (VPCs).
• Develop knowledge of configuring and managing AWS storage services, such as object, block, and file storage options, to meet diverse workload requirements.
• Enhance your proficiency in utilizing AWS database services, grasping database alternatives, and implementing database fixes to optimize the efficiency of your apps.
• Learn how to scale, install, and manage different workloads on AWS efficiently to ensure performance in various application scenarios.
• Demonstrate expertise in protecting AWS workloads from threats by putting security controls and compliance standards into place and doing so successfully.
• Deploy, manage, and monitor AWS resources using the AWS Management Console and Command Line Interface (CLI).
• Acknowledge and put into practice the AWS Well-Architected Framework, making sure that solutions satisfy industry requirements for reliability, performance, security, and affordability.
• Gain a thorough understanding of AWS networking services, such as DNS configuration, load balancing, and routing, to produce reliable and practical designs.
• Obtain the ability to identify pertinent AWS services, select them per technical standards, and properly communicate the technical requirements for AWS-based applications.
The AWS Certified Solutions Architect - Associate course is designed for:
• Solution Architects
• Professionals in Solution Design Engineering
• IT Managers
• Software Developers
• Testing Professionals
• System Administrators
• Individuals keen on exploring Amazon Web Services (AWS) solutions
• Those striving to excel in the AWS SAA C0-2 examination.
A basic understanding of the following concepts is required of learners:
• Understanding best practices for developing dependable and secure AWS apps
• Working familiarity with AWS services for networking, storage, databases, and computation
• Practical understanding of AWS management and deployment
• Basic familiarity with Linux and a year of programming language experience
• Knowledge of the AWS cloud and fundamental architectural concepts;
• Monitoring and Controls for Access to Several Accounts
• AWS Federated Access and Identity Services (such as AWS Single Sign-On, AWS IAM Identity Centre, and AWS Identity and Access Management [IAM])
• Knowledge of the AWS Shared Responsibility Model
• Best Practices for Security in AWS (e.g., Principle of Least Privilege)
• Perspective on AWS Global Infrastructure (e.g., Availability Zones, AWS Regions)
• Obtaining secure application access
• Integrating security services with appropriate use cases (e.g., Amazon Cognito, Amazon GuardDuty, Amazon Macie)
• Managing AWS service endpoints
• Controlling ports, protocols, and network traffic on AWS; addressing external threat vectors to AWS (e.g., DDoS, SQL injection)
• Comprehending data access and governance
• Developing recovery strategies
• Adhering to retention and classification protocols
• Utilising encryption and appropriate key management
• Developing and Managing APIs (such as REST APIs and Amazon API Gateways)
• Making the most of AWS Managed Services (e.g., Amazon SQS, Secrets Manager, AWS Transfer Family)
• Caching strategies
• Microservices design principles (e.g., Stateless vs. Stateful Workloads).
• Using event-driven architectures
• Techniques for both horizontal and vertical scaling
• Appropriate Use of Edge Accelerators, such as Content Delivery Networks (CDNs))
• Knowledge of load balancing (such as Application Load Balancer)
• Application Migration into Containers
• Development of Multi-Tier Structures
• Queuing and messaging concepts (such as publish/subscribe)
• Using serverless technologies and patterns (such as AWS Lambda and Fargate).
• Different Storage Types with Associated Properties (Object, File, Block, etc.)
• Container orchestration, such as that provided by Amazon Elastic Kubernetes Service (Amazon EKS) and Amazon Elastic Container Service (Amazon ECS)
• Utilizing Read Replicas Effectively
• Orchestrating Workflows (e.g., AWS Step Functions)
• Knowledge of AWS's global infrastructure, including Amazon Route 53, AWS Regions, and Availability Zones
• Suitable Utilisation of AWS Managed Services (such as Amazon Polly and Amazon Comprehend)
• Essential Networking Concepts (Route Tables, for example)
• Pilot light, warm standby, active-active failover, backup and restore, recovery point objective [RPO], recovery time objective [RTO], and so on are examples of disaster recovery (DR) strategies that can be simulated
• Using distributed design patterns; • Putting immutable infrastructure into practice
• Comprehending load balancing concepts (such as application load balancers)
• Incorporation of Proxy Concepts (e.g., Amazon RDS Proxy)
• Controlling Service Quotas and Throttling (set service quotas for a workload in a standby environment, for example)
Assessment of Storage Choices and Features (e.g., Replication, Durability)
• Improving Workload Visibility (using AWS X-Ray, for example)
• Hybrid Storage Solution Implementation to Meet Business Needs
• Using storage services (such as Amazon S3, Amazon Elastic File System [Amazon EFS], and Amazon Elastic Block Store [Amazon EBS]) per the proper use cases
• Recognizing the Associated Features of Storage Types (Object, File, Block, etc.)
• Making use of AWS Compute Services with the Right Use Cases (such as Fargate, Amazon EMR, and AWS Batch)
• Assistance with Distributed Computing Concepts utilizing Edge Services and AWS Global Infrastructure
• Knowledge of Queuing and Messaging Concepts (Publish/Subscribe, for example)
• Combining scalability capabilities with appropriate use cases (such as AWS Auto Scaling and Amazon EC2 Auto Scaling)
• Putting serverless technologies and patterns (like Lambda and Fargate) into practice
• Managing Containers (such as Amazon ECS and Amazon EKS)
• Knowledge of AWS Global Infrastructure, including AWS Regions and Availability Zones
• Emulation of Successful Caching Techniques and Service Use (Amazon ElastiCache, for example)
• Recognizing patterns of data access (such as read-intensive versus write-intensive).
Database capacity planning, including provisioned IOPS, instance types, and capacity units
• Controlling Proxies and Database Connections
• Choosing Database Engines for the Right Use Cases (e.g., Homogeneous and Heterogeneous Migrations)
• Putting database replication into practice (such as reading replicas)
• Using Different Database Types and Services (e.g., Relational vs. Non-Relational, In-Memory, Serverless)
• Using edge networking services (like Amazon CloudFront and AWS Global Accelerator) with the Right Use Cases
• Network architecture design principles, such as IP addressing, routing, and subnet tiers
• Understanding the concepts of load balancing, such as application load balancing
• Investigating Different Network Connection Options (such as Direct Connect, AWS PrivateLink, and AWS VPN)
• Making use of data analytics and visualization services (such as Amazon Athena, AWS Lake Formation, and Amazon QuickSight) with the proper use cases
• Identification of Patterns in Data Ingestion (such as Frequency)
• Using data transfer services (like AWS DataSync and AWS Storage Gateway) with the proper use cases
• Using Data Transformation Services (like AWS Glue) with the Right Use Cases
• Ensuring Ingestion Access Points Are Secure
• Determining the Sizes and Speeds Required to Meet Business Needs
• Putting in place streaming data services with appropriate use cases (Amazon Kinesis, for example).
• Investigating Access Options (such as storing objects in an S3 bucket with Requester Pays)
• Knowledge of the features of the Amazon Cost Management Service (e.g., Cost Allocation Tags, Multi-Account Billing)
• Utilizing AWS Cost Management Tools (such as AWS Cost Explorer, AWS Budgets, and AWS Cost and Usage Report) Effectively with the Right Use Cases
• Using AWS Storage Services (such as Amazon FSx, Amazon EFS, Amazon S3, and Amazon EBS) with the Right Use Cases
• Putting Backup Plans in Place
• Knowledge of Block Storage Options, such as Solid State Drive [SSD] and Hard Disc Drive [HDD] Volume Type
• Data Lifecycle Management
• Using hybrid storage solutions, such as Storage Gateway, DataSync, and Transfer Family
• Being familiar with the features of the AWS Cost Management Service (e.g., Cost Allocation Tags, Multi-Account Billing)
• Mastery of AWS Budgets, Cost Explorer, AWS Cost and Usage Report, and Other Cost Management Tools with Accurate Use Cases
• Knowledge of AWS Global Infrastructure, including AWS Regions and Availability Zones
• Familiarity with AWS Purchase Options, such as Reserved Instances, Savings Plans, and Spot Instances
• Distributed computing strategies (e.g., Edge Processing)
• Consider hybrid computing options (such as AWS Snowball Edge and Outposts).
• Characterizing Different Types, Families, and Sizes of Instances (e.g., Compute Optimised, Memory Optimised, Virtualization)
• Optimizing the Use of Compute (Serverless Computing, Microservices, Containers, etc.)
Using scaling strategies (auto-scaling, hibernation, etc.)
• Understanding AWS Cost Management Service Features (e.g., Cost Allocation Tags, Multi-Account Billing)
• Utilization of AWS Cost Management Tools with Appropriate Use Cases (e.g., Cost Explorer, AWS Budgets, AWS Cost and Usage Report)
• Crafting Effective Caching Strategies
• Establishment of Data Retention Policies
• Capacity Planning for Databases (e.g., Capacity Units)
• Management of Database Connections and Proxies
• Selection of Database Engines with Appropriate Use Cases (e.g., Heterogeneous Migrations, Homogeneous Migrations)
• Implementation of Database Replication (e.g., Read Replicas)
• Assessment of Database Types and Services (e.g., Relational vs. Non-Relational, Aurora, DynamoDB)
• Being familiar with the features of the AWS Cost Management Service (e.g., Cost Allocation Tags, Multi-Account Billing)
• Making use of AWS Budgets, Cost Explorer, AWS Cost and Usage Report, and other appropriate use case-based cost management tools
• Developing Powerful Caching Techniques
• Planning Database Capacity (e.g., Capacity Units)
• Creating Data Retention Policies
• Controlling Proxies and Database Connections
• Choosing Database Engines for the Right Use Cases (e.g., Homogeneous and Heterogeneous Migrations)
• Putting database replication into practice (such as reading replicas)
• Evaluation of Database Types and Services (e.g., Aurora, DynamoDB, Relational vs. Non-Relational).
Exam questions for the AWS Certified Solutions Architect - Associate (SAA-C03) come in two forms. With one correct response and three incorrect ones, the first type is multiple-choice. The other is Multiple Response, which necessitates the accuracy of at least two of the five potential responses. The AWS Certified Solutions Architect - Associate (SAA-C03) exam results are categorized as pass or fail. The exam is scored against a minimum defined by AWS specialists based on industry best practices and certification requirements. A scaled score ranging from 100 to 1,000 is displayed along with the exam results. It takes a minimum of 720 to pass. Your score shows both your test pass status and your overall performance. Exam forms can differ slightly in difficulty, but scaled scoring models make it easier to equate points across them. The exam will evaluate your technical skills and increase your expertise, which will ultimately help you advance your career by making you more appealing to recruiters.
What occurs if I skip a class?
If you cannot attend a class, Vinsys provides two simple methods to ensure you don't miss out on the educational experience. Watch the recorded version of the class you missed on your learning management system (LMS) to catch up on the information at your own pace. You also have the option to attend the missed session in any subsequent live batch. By doing this, you'll be able to interact with the instructor and other participants and make sure you comprehend the material thoroughly.
Why should I choose Vinsys for the AWS Certified Solutions Architect - Associate course?
Our 25 years of practical experience in providing tech training speaks for itself. We combine globally recognized expertise with tried-and-true training methods, emphasizing practical application. Interestingly, Vinsys provides excellent training; their ISO 9001 accreditation attests to this. Vinsys is a great place to obtain training since it has approved training programs and an outstanding support system.
What occurs if, after completing this course, I have concerns?
AWS certification training will deepen your comprehension of all the material needed to pass the certification exam and get employment in the cloud computing industry. We ensure you gain learning through instructor-led sessions and round-the-clock support.
Is the course material accessible to the students even after the course training is over?
Having the AWS Certified Solutions Architect - Associate credential enhances your confidence and credibility when interacting with clients and stakeholders, which can improve your earning potential and career profile. Professionals with Amazon Certification possess the expertise and experience to handle technical requirements for companies and their clients while maximizing efficiency and cost.
Does coding get you into AWS?
Being able to code is neither a prerequisite for becoming an AWS System Administrator nor part of their job description. For those without any technical experience, the AWS Certified Solutions Architect- Associate credential is the best place to start their career in AWS.
For the course, what kinds of instruction does Vinsys offer?
Vinsys provides a hybrid learning paradigm with options for instructor-led, private group, and virtual education for flexible learning.
How does Vinsys give its clients a return on their investment?
To ensure a company's return on investment, Vinsys provides extensive training and skill development programs, improved reporting for individuals and groups, and training customized to meet particular objectives.
Which professional paths are open to candidates who complete the AWS Certified Solutions Architect – Associate course?
After passing the AWS Certified Solutions Architect- Associate course, learners can pursue rewarding professions as Cloud Solution Architects, AWS Consultants, or Infrastructure Architects. The duties above are related to developing and putting into practice secure, effective, and scalable solutions on the AWS platform. The need for cloud expertise has grown, spanning several industries.
When I finish the course, will I be able to take the AWS Certified Solutions Architect – Associate exam?
Of course, you can. While the course provides comprehensive exam preparation, it is advised that you review other resources and practice a lot before attempting to obtain the certification.
Is the training appropriate for people who have never used AWS before?
The goal of the course is to accommodate learners with varying degrees of experience. Because it covers topics spanning from fundamental to advanced, it is appropriate for both beginners and those with some familiarity with AWS technology.
What is the exam retake policy?
A participant not passing the exam requires to wait for 14 days before retaking the exam and the attempts can be unlimited. Exception - Candidates for beta test are entitled to only one attempt.
What are the career prospects upon completing AWS training and certification courses?
These certifications allow you to bag prominent AWS projects and demonstrate your skills as a credible subject matter expert. Possessing an AWS certificate certainly fetches attention from recruiters. According to Forbes, each of these certifications can earn you an average salary of more than $100,000.
How does Amazon Web Services (AWS) work?
AWS allows subscribers to have access to a virtual cluster of computers through the internet. The subscribers connect to the AWS system using a modern browser that acts as a window to the virtual computer and then log-in, configures, and use their virtual systems the way they use a real computer system.
What is AWS Architecture?
AWS has a Cloud Computing Architecture that is designed to provide technical expertise in cloud computing. The structure enables the users to use various virtual machines with different configurations, based on the requirements. The AWS Cloud Architecture is always reliable, secure, and cost-efficient.
What is AWS DevOps?
DevOps is a tool that enables organizations to deliver services and applications at a high rate and also evolve and improve other products at a much faster pace. The tool makes the organizations more competent and allows them to serve their customers in an effective way.
What is a Solution Architect?
A Solution Architect leads the practice of designing and managing the solution engineering related to specific business problems and describing the vision behind a particular solution.
What is the use of VPC in AWS?
Virtual Private Cloud (VPC) is another cloud or sub-cloud inside the AWS Cloud. It is a virtual network that comes with the benefits of AWS infrastructure. VPC enables you to launch AWS resources inside this defined virtual network.
How long does it take to learn AWS?
A definite time cannot be allotted to learning AWS, though certain steps can be followed to learn AWS as quickly as possible.
How much does it cost to get AWS certified?
The cost is different as per the level of certification.
What is the role of an AWS Cloud Architect?
An AWS Cloud Architect:
What is the Syllabus for AWS Training?
According to the role-based AWS Training you select from Cloud Practitioner, Architect, Developer, and Operations roles, plus Specialty roles like big data, machine learning etc. you will learn about: -
Why should I Consider AWS Certified?
AWS Certification helps learners build credibility and confidence by validating their cloud expertise with an industry-recognized credential and organizations identify skilled professionals to lead cloud initiatives using AWS.
How do I become an AWS Certified?
You must earn a passing score via a proctored exam to earn an AWS Certification. Upon receiving a passing score, you will receive your certification credentials.
What is the difference between an exam and a certification?
An exam is a test that validates an individual's technical knowledge of AWS products and services. A certification is a credential that you earn upon successfully passing an exam. This credential is a digital badge and title that you may use on your business cards and other professional collateral to designate yourself as AWS Certified.
Am I required to sign my agreement before taking an AWS Certification Exam?
