
AWS Solutions Architect Certification Training Course
AWS certification training course is essential for every aspiring AWS certified solutions architect. You will master AWS architectural principles and services such as IAM, VPC, EC2, EBS and elevate your career to the cloud, and beyond with this AWS solutions architect course.
AWS Solutions Architect Certification Training Course
The AWS Solutions Architect Certification training course will enable you to design, plan and scale AWS implementations utilizing over 70 cloud computing services. The AWS course is aligned with the latest AWS exam featuring Amazon designated best practices.
Training Key Features
- 8X higher interaction in live online classes conducted by industry experts
- 16 live demos of AWS services
- 3 simulation exams (60 questions each)
- 3 real-time industry projects with integrated labs
- 100% money-back guarantee
- AWS select technology partner
Skills Covered
- AWS solution planning
- AWS architecture best practice
- Designing resilient AWS implementations
- AWS cost estimation
- AWS implementation optimization
- AWS data IO
Benefits
The need for AWS certified professionals is increasing every year. The AWS market is expected to reach $236B by 2020 at a CAGR of 22 percent with more than 380,000 cloud computing jobs available around the world (source: Indeed). A snapshot of jobs and related salaries is mentioned below.



Training Options
SELF-PACED LEARNING
- Lifetime access to 50 hours of e-learning content
- 16 live demos of AWS services
- 3 simulation exams (60 questions each)
- 3 real-time industry projects
- Access to Integrated labs
- 24x7 learner assistance and support
No exam voucher.
ONLINE BOOTCAMP +
- Everything in Self-Paced Learning, plus
- 90 days of flexible access to online classes
- Learn in an instructor-led online training class
- One to one mentorship for doubt resolution
Exam voucher included.
Course Curriculum
- 1.1 Introduction to Cloud Computing
- 1.2 Why AWS
- 1.3 History of AWS Market Trends and Official Exam Information
- 1.4 Course Objectives
- 2.1 Introduction to AWS
- 2.2 Global Infrastructure
- 2.3 Core AWS Services
- 2.4 AWS Core Service: Database
- 2.5 AWS Core Service: Storage
- 2.6 AWS Core Service: Networking
- 2.7 Accessing AWS Services
- 2.8 Introduction to CLI
- 2.9 Key Takeaways
- 3.1 Introduction to Amazon EC2
- 3.2 Amazon Machine Image
- 3.3 Create a Linux based EC2 Instance
- 3.4 Create a Windows based EC2 Instance
- 3.5 Create a Custom AMI
- 3.6 Create an Instance Using a Custom AMI
- 3.7 Introduction to Amazon EBS
- 3.8 EBS Snapshot
- 3.9 Create and Attach an EBS Volume to a Linux Instance
- 3.10 Create a Snapshot of an Existing EBS Instance
- 3.11 Elastic IP Address
- 3.12 EC2 Instance Metadata
- 3.13 Elastic File System EFS
- 3.14 Difference between EFS and EBS
- 3.15 EC2 Instance Pricing
- 3.16 EC2 Best Practices
- 3.17 Amazon FSx
- 3.18 High Performance Computing HPC
- 4.1 Introduction to S3
- 4.2 Components of Amazon S3
- 4.3 Creating a S3 Bucket
- 4.4 Version Control in S3
- 4.5 Static Web Hosting
- 4.6 Amazon S3 Policies
- 4.7 Amazon S3 Storage Classes
- 4.8 Amazon S3 Pricing
- 4.9 Amazon S3 Select and S3 Glacier Select
- 4.10 Sharing an S3 Bucket between Multiple Accounts
- 4.11 Backup and DataSync
- 4.12 Amazon CloudFront
- 4.13 Configure a New CloudFront Distribution with an S3 Bucket
- 4.14 Snowball
- 4.15 Amazon Athena and Macie
- 5.1 Introduction to Amazon VPC
- 5.2 Create a Custom VPC
- 5.3 Amazon VPC Components
- 5.4 Elastic Network Interface
- 5.5 Create a Public and Private Subnet
- 5.6 Controlling Traffic in Amazon VPC
- 5.7 Create and Configure a Custom Route Table
- 5.8 VPC Peering
- 5.9 Bastion Host
- 5.10 Direct Connect
- 5.11 Virtual Private Network VPN Connections
- 5.12 Auto Scaling
- 5.13 Amazon Elastic Load Balancer
- 5.14 Types of Amazon Load Balancers
- 5.15 Set Up an Autoscaled Environment
- 6.1 Introduction to Databases
- 6.2 Amazon Relational Database Service (RDS)
- 6.3 Create an RDS Database Instance
- 6.4 Amazon Aurora
- 6.5 Amazon Redshift
- 6.6 Create an Amazon Redshift Cluster
- 6.7 Amazon DynamoDB
- 6.8 Create a Table Using DynamoDB Console
- 6.9 Amazon Elasticache
- 7.1 Domain Name System DNS
- 7.2 Introduction to Amazon Route53
- 7.3 Amazon Route53 Concepts and Terminologies
- 7.4 Amazon Route53 Policies
- 7.5 Register a New Domain Name
- 7.6 Create a Public Hosted Zone
- 7.7 Amazon Route53 Best Practices
- 7.8 Amazon Route53 Cost and Limitations
- 8.1 Introduction to Identity and Access Management
- 8.2 Terminologies in AWS IAM
- 8.3 IAM Users
- 8.4 Creating an IAM User
- 8.5 IAM Group
- 8.6 IAM Roles
- 8.7 Creating an IAM Role For an IAM User
- 8.8 IAM Policies
- 8.9 Types of IAM Policies
- 8.10 Assigning IAM roles to Amazon Services(EC2)
- 8.11 Features of AWS IAM
- 8.12 AWS Directory Service
- 8.13 Resource Access Manager
- 8.14 AWS Organization
- 8.15 AWS Single Sign On Service SSO
- 8.16 AWS Multifactor Authentication MFA
- 8.17 Enable MFA
- 9.1 Introduction to AWS Application Services
- 9.2 Amazon Simple Queue Service
- 9.3 Configure Amazon SQS Using the AWS Console
- 9.4 Amazon Simple Notification Service (SNS)
- 9.5 Setting Up Amazon SNS Notifications
- 9.6 Amazon SNS vs. Amazon SQS
- 9.7 Amazon Simple Workflow Service (SWF)
- 9.8 Amazon API Gateway
- 9.9 Setting Up API Methods to Access an Amazon S3 Bucket
- 9.10 Amazon Elastic Transcoder
- 9.11 Amazon Kinesis
- 9.12 Application Services Best Practices
- 9.13 Amazon Workspace
- 9.14 Introduction to AWS Serverless Services and AWS Lambda
- 9.15 API with Lambda Proxy Integration
- 9.16 AWS Serverless Application Model
- 9.17 Amazon Elastic Container Service
- 9.18 Key Takeaways
- 10.1 AWS Well Architected Framework
- 10.2 Five Pillars of AWS Well Architected Framework
- 10.3 AWS CloudFormation
- 10.4 Create an Amazon EC2 instance using AWS CLoudFormation
- 10.5 AWS Elastic Beanstalk
- 10.6 AWS WAF and AWS Shield
- 10.7 AWS Key Management Service KMS
- 10.8 AWS Best Practices
- 10.9 Accessing AWS References
- 1.1 Course Introduction
- 2.1 Section Introduction
- 2.2 Introduction to AWS
- 2.3 Core AWS Services
- 2.4 Accessing AWS Services
- 2.5 Assisted Practice: Set up the AWS Command Line Interface
- 2.6 Key Takeaways
- 3.1 Section Introduction
- 3.2 Introduction to Amazon EC2
- 3.3 Amazon Machine Image
- 3.4 Assisted Practice: Create a Linux-based EC2 Instance
- 3.5 Assisted Practice: Create a Windows-based EC2 Instance
- 3.6 Assisted Practice: Create a Custom AMI
- 3.7 Assisted Practice: Create an Instance Using a Custom AMI
- 3.8 Introduction to Amazon EBS
- 3.9 EBS Snapshot
- 3.10 Assisted Practice: Create and Attach an EBS Volume to a Linux Instance
- 3.11 Assisted Practice: Create a Snapshot of an Existing EBS Instance
- 3.12 Elastic IP Address
- 3.13 EC2 Instance Metadata
- 3.14 Elastic File System
- 3.15 Difference between EFS and EBS
- 3.16 EC2 Instance Pricing
- 3.17 AWS EC2 Best Practices
- 3.18 Amazon FSx
- 3.19 High Performance Computing (HPC)
- 3.20 Key Takeaways
- 3.21 Setting up an Instance with EBS Volume and Snapshot
- 4.1 Section Introduction
- 4.2 Introduction to Amazon S3
- 4.3 Components of Amazon S3
- 4.4 Assisted Practice: Creating an S3 bucket
- 4.5 Version Control in Amazon S3
- 4.6 Assisted Practice: Configuring Bucket Versioning
- 4.7 Static Web Hosting
- 4.8 Amazon S3 Policies
- 4.9 Assisted Practice: Configure an S3 Bucket for Static Website Hosting
- 4.10 Amazon S3 Storage Classes
- 4.11 Amazon S3 Pricing
- 4.12 Amazon S3 Select and S3 Glacier Select
- 4.13 Sharing an S3 bucket between multiple accounts
- 4.14 Backup and DataSync
- 4.15 Amazon CloudFront
- 4.16 Assisted Practice: Configure a new CloudFront distribution with an S3 bucket
- 4.17 AWS Snowball
- 4.18 Amazon Athena and Macie
- 4.19 Key Takeaways
- 4.20 Setting Up a CloudFront Distribution with an S3 Bucket
- 5.1 Section Introduction
- 5.2 Introduction to Amazon VPC
- 5.3 Assisted Practice: Create a Custom VPC
- 5.4 Amazon VPC Components
- 5.5 IP Addresses
- 5.6 Elastic Network Interface
- 5.7 VPCs and Subnets
- 5.8 Internet Gateways
- 5.9 Network Address Translation (NAT) Gateway
- 5.10 Assisted Practice: Create a Public and Private Subnet
- 5.11 Controlling Traffic in Amazon VPC
- 5.12 Assisted Practice: Create and Configure a Custom Route Table
- 5.13 VPC Peering
- 5.14 Assisted Practice: Create and Accept a VPC Peering Connection
- 5.15 Bastion Host
- 5.16 Direct Connect
- 5.17 Virtual Private Network (VPN) Connections
- 5.18 Auto Scaling
- 5.19 Amazon Elastic Load Balancer
- 5.20 Types of Amazon Load Balancers
- 5.21 Assisted Practice: Set Up an Autoscaled Environment
- 5.22 Key Takeaways
- 5.23 Set Up Multiple Virtual Networks on the AWS Cloud
- 6.1 Section Introduction
- 6.2 Introduction to Databases
- 6.3 Amazon Relational Database Service (RDS)
- 6.4 Assisted Practice: Create an RDS Database Instance
- 6.5 Amazon Aurora
- 6.6 Amazon Redshift
- 6.7 Assisted Practice: Create an Amazon Redshift Cluster
- 6.8 Amazon DynamoDB
- 6.9 Assisted Practice: Create a Table Using the DynamoDB Console
- 6.10 Amazon ElastiCache
- 6.11 Key Takeaways
- 6.12 Create and Query a Database Table with Amazon DynamoDB
- 7.1 Section Introduction
- 7.2 Domain Name System (DNS)
- 7.3 Introduction to Amazon Route 53
- 7.4 Amazon Route 53 Concepts and Terminologies
- 7.5 Amazon Route 53 Policies
- 7.6 Assisted Practice: Register a New Domain Name
- 7.7 Assisted Practice: Create a Public Hosted Zone
- 7.8 Amazon Route 53 Best Practices
- 7.9 Amazon Route 53 Costs
- 7.10 Limitations of Amazon Route 53
- 7.11 Key Takeaways
- 7.12 Register a New Domain and Create a Hosted Zone and a Record Set
- 8.1 Section Introduction
- 8.2 Introduction to Identity and Access Management
- 8.3 Terminologies in AWS IAM
- 8.4 IAM Users
- 8.5 Assisted Practice: Creating an IAM user
- 8.6 IAM Groups
- 8.7 Assisted Practice: Creating and Adding IAM user to an IAM group
- 8.8 IAM Roles
- 8.9 Assisted Practice: Creating an IAM role for an IAM user
- 8.10 IAM Policies
- 8.11 Types of IAM Policies
- 8.12 Assigning IAM roles to Amazon Services
- 8.13 Assisted Practice: Creating an IAM role for Amazon EC2 Service
- 8.14 Features of AWS IAM
- 8.15 AWS Directory Service
- 8.16 Resource Access Manager
- 8.17 AWS Organizations
- 8.18 AWS Single Sing-On
- 8.19 Assisted Practice: Enabling AWS Single Sign-On for a user
- 8.20 AWS Multi Factor Authentication
- 8.21 Assisted Practice: Enable MFA for the root user
- 8.22 Key Takeaways
- 8.23 Secure the Access to AWS Services
- 9.1 Section Introduction
- 9.2 Introduction to AWS Application Services
- 9.3 Amazon Simple Queue Service
- 9.4 Assisted Practice: Configuring Amazon SQS Using the AWS Console
- 9.5 Amazon Simple Notification Service (SNS)
- 9.6 Assisted Practice: Setting Up Amazon SNS Notifications
- 9.7 Amazon SNS vs. Amazon SQS
- 9.8 Amazon Simple Workflow Service (SWF)
- 9.9 Amazon API Gateway
- 9.10 Assisted Practice: Setting Up API Methods to Access an Amazon S3 Bucket
- 9.11 Amazon Elastic Transcoder
- 9.12 Amazon Kinesis
- 9.13 Application Services Best Practices
- 9.14 Amazon WorkSpaces
- 9.15 Introduction to AWS Serverless Services
- 9.16 AWS Lambda
- 9.17 Assisted practice: API with Lambda proxy integration
- 9.18 AWS Serverless Application Model
- 9.19 Amazon Elastic Container Service
- 9.20 Key Takeaways
- 9.21 Build a Serverless Website in the AWS Cloud
- 10.1 Section Introduction
- 10.2 AWS Well Architectured Framework
- 10.3 Five Pillars of AWS Well Architectured Framework
- 10.4 AWS CloudFormation
- 10.5 Create an Amazon EC2 Instance Using AWS CloudFormation
- 10.6 AWS Elastic Beanstalk
- 10.7 AWS WAF and AWS Shield
- 10.8 AWS Key Management Service
- 10.9 AWS Best Practices
- 10.10 Accessing AWS References
- 10.11 Key Takeaways
- 1.1 Course Introduction
- 2.1 Introduction
- 2.2 Linux
- 2.3 Linux vs. Windows
- 2.4 Linux vs Unix
- 2.5 Open Source
- 2.6 Multiple Distributions of Linux
- 2.7 Key Takeaways
- Knowledge Check
- Exploration of Operating System
- 3.1 Introduction
- 3.2 Ubuntu Distribution
- 3.3 Ubuntu Installation
- 3.4 Ubuntu Login
- 3.5 Terminal and Console
- 3.6 Kernel Architecture
- 3.7 Key Takeaways
- Knowledge Check
- Installation of Ubuntu
- 4.1 Introduction
- 4.2 Gnome Desktop Interface
- 4.3 Firefox Web Browser
- 4.4 Home Folder
- 4.5 LibreOffice Writer
- 4.6 Ubuntu Software Center
- 4.7 System Settings
- 4.8 Workspaces
- 4.9 Network Manager
- 4.10 Key Takeaways
- Knowledge Check
- Exploration of the Gnome Desktop and Customization of Display
- 5.1 Introduction
- 5.2 File System Organization
- 5.3 Important Directories and Their Functions
- 5.4 Mount and Unmount
- 5.5 Configuration Files in Linux (Ubuntu)
- 5.6 Permissions for Files and Directories
- 5.7 User Administration
- 5.8 Key Takeaways
- Knowledge Check
- Navigation through File Systems
- 6.1 Introduction
- 6.2 Starting Up the Terminal
- 6.3 Running Commands as Superuser
- 6.4 Finding Help
- 6.5 Manual Sections
- 6.6 Manual Captions
- 6.7 Man K Command
- 6.8 Find Command
- 6.9 Moving Around the File System
- 6.10 Manipulating Files and Folders
- 6.11 Creating Files and Directories
- 6.12 Copying Files and Directories
- 6.13 Renaming Files and Directories
- 6.14 Moving Files and Directories
- 6.15 Removing Files and Directories
- 6.16 System Information Commands
- 6.17 Free Command
- 6.18 Top Command
- 6.19 Uname Command
- 6.20 Lsb Release Command
- 6.21 IP Command
- 6.22 Lspci Command
- 6.23 Lsusb Command
- 6.24 Key Takeaways
- Knowledge Check
- Exploration of Manual Pages
- 7.1 Introduction
- 7.2 Introduction to vi Editor
- 7.3 Create Files Using vi Editor
- 7.4 Copy and Cut Data
- 7.5 Apply File Operations Using vi Editor
- 7.6 Search Word and Character
- 7.7 Jump and Join Line
- 7.8 grep and egrep Command
- 7.9 Key Takeaways
- Knowledge Check
- Copy and Search Data
- 8.1 Introduction
- 8.2 Repository
- 8.3 Repository Access
- 8.4 Introduction to apt get Command
- 8.5 Update vs. Upgrade
- 8.6 Introduction to PPA
- 8.7 Key Takeaways
- Knowledge Check
- Check for Updates
- Ubuntu Installation
- 10.1 Section Introduction
- 10.2 AWS Well Architectured Framework
- 10.3 Five Pillars of AWS Well Architectured Framework
- 10.4 AWS CloudFormation
- 10.5 Create an Amazon EC2 Instance Using AWS CloudFormation
- 10.6 AWS Elastic Beanstalk
- 10.7 AWS WAF and AWS Shield
- 10.8 AWS Key Management Service
- 10.9 AWS Best Practices
- 10.10 Accessing AWS References
- 10.11 Key Takeaways
Exams and Certifications
- The AWS Solutions Architect Associate exam is 80 minutes and features multiple choice questions
- AWS Certification exams are administered at Kryterion testing centres in more than 750 locations worldwide. Register to secure your exam appointment
- AWS Certification Cost: The registration fee for the AWS Solution Architect Associate Exam is $150
An AWS solutions architect is a professional who designs cost-effective, available, scalable, and fault-tolerant systems on AWS. They identify and define the technical requirements for an AWS-based application and decide which AWS services meet those requirements. They have a clear understanding of the basic architectural principles of building on the AWS Cloud platform.
In addition to the enhanced AWS cloud skillsets you will develop, you will gain access to the AWS Certified Global Community LinkedIn Group and receive an AWS Certification Practice Exam Voucher.
The cost for the Cloud Practitioner exam is $100. The cost for Associate-level exam is $150. The cost for the Professional-level and Specialty exam is $300. The recertification exam is $75 (taxes may apply).
Companies are embracing cloud computing and when it comes to selecting the right cloud service provider, AWS is always on the top. AWS Certified Solutions Architect Associate is among the list of top highest-paying IT certifications with an average salary as high as $113,000 per year. If you are seeking a career in cloud computing, getting an AWS Solution Architect Certification will definitely pay off.
To pass the AWS Solutions Architect, you must answer 65 multiple-choice questions in 130 minutes. Passing scores for the AWS certification are set by different variables and are subject to change from time to time, which is why AWS does not declare passing marks in advance.
Prior experience in working with AWS services is recommended.
Yes, there is three years validity for AWS certifications. Those who want to maintain their AWS-certified status have to periodically demonstrate their expertise through a process called recertification.
Upon completion of your exam, you will be able to view your results immediately on the testing screen. An email will also be sent to the email address you have provided in your AWS Certification Account profile. Within five days of finishing your exam successfully, your AWS Certification Account will comprise a transcript of your exam results under “Achieved Certifications.”
To unlock your AWS certificate from Simplilearn, you must:
Online Classroom:
- Attend one complete batch of AWS Training.
- Complete one project and one simulation test with a minimum score of 60%.
Online Self learning:
- Complete 85% of the AWS course.
- Complete one project and one simulation test with a minimum score of 60%.
The recommended steps are as follows:
- Step 1: Complete the AWS training to enhance your technical skills with AWS.
- Step 2: Review the AWS Certified Cloud Practitioner Exam Guide and sample questions to assess your knowledge.
- Step 3: Review AWS whitepapers written by our AWS team, AWS partners, and AWS analysts to broaden your knowledge and understanding.
- Step 4: Take a practice test on our online platform.
- Step 5: Schedule and pass your AWS Certification Exam at an exam centre of your choice to become certified.
If you fail the AWS Solutions Architect Certification Exam, you must wait 14 days to retake the exam. There are no limits on the number of times you can take the exam. Only one attempt is applicable for Beta exam takers.
To see a complete list of test centres in your area with preferable dates, sign in to aws.training and click "Certification." Then click on “AWS Certification Account,” followed by “Schedule and Manage Exams.” Fill in your city or ZIP code to view a list of all available test centres in your location.
Yes, our Help and Support team can provide you with assistance for the exam application process.
To apply for reexamination, sign in to aws.training and click “Certification,” then click on “AWS Certification Account,” followed by “Schedule New Exam."
Yes, you can cancel your enrollment if necessary. We will refund the course price after deducting an administration fee. To learn more, please read our Refund Policy.
Contact us using the form on the right of any page on the Simplilearn website, or select the Live Chat link. Our customer service representatives can provide you with more details.
Yes, we provide 1 practice test as part of our AWS course to help you prepare for the actual certification exam. You can try this free AWS Solution Architect practice test to understand the type of tests that are part of the course curriculum.
Simplilearn takes the blended learning approach to help learners gain the most of an online training program. The rigorous curriculum is designed by industry experts and helps you develop job-ready skills. The trainers impart practical skills by incorporating best practices and case studies related to cloud computing. There are virtual labs for hands-on learning as well as capstone projects.
You need to put consistent efforts to prepare for the AWS certified solutions architect exam. You need to be thorough with the exam guide and refer to AWS whitepapers for in-depth understanding. You can also opt for Simplilearn’s AWS Solutions Architect training course to prepare for the exam without investing the extra effort.
The AWS certification is valid only for three years. After the end of three years, you need to renew your certificates.

Training FAQ
No. The AWS Certification exam fee is not included in the AWS course fee.
The topics covered in this AWS Solutions Architect training course are explained in easy to understand manner so that even beginners can follow them comfortably. There are no prerequisites associated with the aws certification training course and the curriculum covers all the basic concepts.
AWS has millions of active customers across the world who leverage its services to reduce costs, innovate faster, and become more Agile. Evidently, startups, as well as large companies, need cloud architects who can oversee a company’s cloud infrastructure and ensure a successful migration to the cloud. An AWS Certified Solutions Architect Associate certification demonstrates your expertise to handle the responsibilities of a cloud architect.
Though not mandatory, it is better to have basic programming skills if you want to get started with AWS certification training course.
You can first learn the basics of cloud computing to get started with AWS Career. Start exploring the services offered by AWS and learn how to use them. Then based on the job role you are interested in, pick an AWS certification and validate your cloud skills. If you are seeking a cloud solutions architect role, then our AWS Solution Architect Associate training is all you need to get started.
Professionals seeking a career in cloud computing can start learning AWS. It is the leading cloud services provider that is used by companies across the globe. Whether one wants to become a cloud developer, solutions architect, cloud practitioner, or DevOps engineer, there is a dedicated AWS certification to help you get ahead.
Simplilearn provides recordings of each class so you can review them as needed before the next session. With Flexi-pass, Simplilearn gives you access to all classes for 90 days so that you have the flexibility to choose sessions as per your convenience.
All of our highly qualified trainers are industry experts with at least 10-12 years of relevant teaching experience. Each of them has gone through a rigorous selection process which includes profile screening, technical evaluation, and a training demo before they are certified to train for us. We also ensure that only those trainers with a high alumni rating continue to train for us.
Simplilearn provides Integrated labs for all the hands-on and projects execution. The learners will be guided on all aspects, from deploying tools to executing hands-on exercises.
All of the classes are conducted via live online streaming. They are interactive sessions that enable you to ask questions and participate in discussions during class time.
We recommend you upgrade your knowledge after you have completed this AWS Certification course.Consider taking a Post Graduate Program in Cloud Computing to become an expert and take your career to new heights.
This AWS training is conducted via live streaming. They are interactive sessions that enable you to ask questions and participate in discussions during class time. We do, however, provide recordings of each session you attend for your future reference. Classes are attended by a global audience to enrich your learning experience.
The system requirements to attend the AWS training are:
- Windows: Windows XP SP3 or higher
- Mac: OSX 10.6 or higher
- Internet speed: Preferably 512 Kbps or higher
- Headset, speakers, and microphone: You’ll need headphones or speakers to hear instructions clearly, as well as a microphone to talk to others. You can use a headset with a built-in microphone, or separate speakers and a microphone.
Our teaching assistants are a dedicated team of subject matter experts here to help you get certified in your first attempt. They engage students proactively to ensure the course path is being followed and help you enrich your learning experience, from class onboarding to project mentoring and job assistance. Teaching Assistance is available during business hours.
Upon successful completion of the AWS Solution Architect Certification training, you will be awarded industry recognized course completion certificate from Simplilearn.
We offer 24/7 support through email, chat, and calls. We also have a dedicated team that provides on-demand assistance through our community forum. What’s more, you will have lifetime access to the community forum, even after completion of your course with us.
There is no fee to cancel or reschedule your exam if you do so more than 48 hours prior to the exam. If you need to cancel or reschedule within 48 hours, you will need to pay a $60 fee. You are not allowed to reschedule or abort an exam within 24 hours of exam duration. If you fail to appear for your scheduled exam, your AWS exam fee will be forfeited and will not be refunded. You will not be allowed to reregister for the exam for the next 24 hours from the time of the missed exam. However, missing the AWS exam does not mean that you have failed the exam.
You can enrol for this AWS Certification Training on our website and make an online payment using any of the following options:
- Visa Credit or Debit Card
- MasterCard
- American Express
- Diner’s Club
- PayPal
Once payment is received you will automatically receive a payment receipt and access information via email.
Our training course comes with a 100% money-back guarantee. Simplilearn believes in our highly effective blended learning methodology and its ability to provide learners with the knowledge and confidence to pass the AWS Solutions Architect exam in the first attempt. If you do not pass the AWS Solutions Architect exam on the first attempt, Simplilearn will refund the course price to you.
To ensure your success, we strongly recommend that you take the AWS Solutions Architect exam within a week of the course completion date—or a maximum of 45 days from the completion of the online training. This way, the course materials will be fresh in your mind.
Attempt Time Frame Result Money Back
First Within 45 days of Course Completion Did Not Pass Refund Full Course Price
Refund Process: If you do not pass the exam in the first attempt, Simplilearn will refund the full course price to you. To receive a refund, you must make a request through the Help and Support Forum. You must submit a copy of your scorecard along with the date you completed your online classroom training. Simplilearn will refund the course price within 30 days of receiving all required documentation. We will process the refund using the same method you used to pay for the course.
Terms and Conditions: This money-back guarantee applies only to Simplilearn’s AWS Solution Architect blended learning. The guarantee is valid only for participants who have paid the entire enrollment fee.
The guarantee becomes void if:
- Participants do not take the AWS Solution Architect examination within 45 days of unlocking the certificate
- Participants do not maintain 100% attendance in at least one batch of the 36 hours of Live Online Classroom Training sessions
- Participants do not complete the e-learning content. The full online study (100% completion) is required to learn the course materials
- Participants fail to score at least 80% in all three of the available online AWS Solution Architect simulation exam available at Simplilearn.com on the first attempt.
- Participants do not follow the instructions of the trainer and do not complete the exercises given in the online classroom training
- Participants do not submit the required documents to Simplilearn
- Participants failed to request a refund within 15 days of receiving their results