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AWS DevOps Engineer Certification Training Course Option 2
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The AWS Certified DevOps Engineer Certification exam validates your technical proficiency in provisioning, operating, and overseeing distributed application systems within the AWS ecosystem. Our AWS DevOps training, created by industry veterans with over a decade of experience, equips aspiring individuals with advanced technical prowess in areas such as CodeCommit, CodePipeline, CloudFormation, OpsWorks, Elastic Beanstalk, and more. These skills are crucial for confidently tackling the AWS Certified DevOps Engineer – Professional examination. Embark on the AWS DevOps course to secure your status as a certified AWS DevOps professional.
Throughout the AWS SysOps training, you will develop proficiency in various AWS services including CloudWatch, CloudTrail, Elastic Load Balancing (ELB), Amazon Route 53, Amazon EC2, Amazon S3, Amazon Glacier, IAM (Identity and Access Management), and Amazon VPC (Virtual Private Cloud), alongside their respective configurations.By enrolling in this AWS SysOps course, you will gain certification and position yourself as an integral contributor to the global shift towards cloud technology.
- FEB 11th
- MAR 01st
- MAR 25th
SUN - THU (18 Days)
FRI & SAT (6 Weeks)
MON - FRI (18 Days)
07:30 PM to 09:30 PM (CST)
07:30 PM to 10:30 PM (CST)
09:00 AM to 11:00 AM (CST)
Original price was: $559.00.$449.00Current price is: $449.00.
Why enroll for AWS DevOps Certification?
The global public cloud service market is expected to grow at 21.4% to reach $1386,14 billion in 2030, according to Market Research Future.
In terms of development and operations, the global market size for DevOps is expected to grow to USD 14.969.6 billion by 2026
According to ZipRecruiter, U.S. AWS DevOps Engineers earn an average annual salary of $1,27,998 with an average annual cash bonus of $5000.
AWS DevOps Engineer Training Benefits
Enterprises, regardless of their scale, are actively seeking AWS DevOps professionals who align with their specified skill requirements. AWS DevOps represents a powerful solution boasting unparalleled potential for technical advancement. Its integration proves to be a prime method for overseeing diverse project teams. Embracing the AWS DevOps culture, methodologies, and tools empowers organizations to reach high-performance levels, enabling them to develop top-notch products more swiftly, thereby enhancing customer satisfaction.
To secure a lucrative position with a competitive salary within this field, the most effective approach is to obtain an AWS Certified DevOps Engineer – Professional Certification. This certification not only demonstrates your mastery in AWS DevOps but also positions you as a standout candidate, uniquely equipped to excel in this dynamic domain.
Edureka’s AWS SysOps certification course is tailored to equip you with the aptitudes needed to secure high-paying positions as an AWS SysOps Administrator. With the burgeoning cloud landscape, this training provides an invaluable pathway to capitalize on the growing opportunities in the field.
Why AWS DevOps Certification
Live Interactive Learning
- World-Class Instructors
- Expert-Led Mentoring Sessions
- Instant doubt clearing
Hands-On Project Based Learning
- Industry-Relevant Projects
- Course Demo Dataset & Files
- Quizzes & Assignments
24x7 Support
- One-On-One Learning Assistance
- Help Desk Support
- Resolve Doubts in Real-time
Industry Recognised Certification
- Training Certificate
- Graded Performance Certificate
- Certificate of Completion
About your AWS DevOps Certification
Skills Covered
- Deploy an application using Codepipeline
- Automate the setup of AWS resources
- Deploy and monitor application in Beanstalk
- Create stacks and manage configuration
- Continuous monitoring and management
- Manage AWS container management tools
Tools Covered
AWS DevOps Engineer Course Curriculum
Curriculum Designed by Experts
Topics:
- A. Understanding DevOps and its lifecycle
- B. Why DevOps on Cloud?
- C. Introduction to AWS
- D. DevOps using AWS
- E. Security Management – IAM (Identity and Access Management), WAF (Web Application Firewall), AWS Shield, Guard Duty
- F. Trusted Advisor
- G. Governance Strategies
Topics:
- A. CodeCommit
- B. CodeBuild
- C. CodePipeline
- D. CodeDeploy
- E. AWS CodeStar
Topics:
- A. Introduction to CloudFormation
- B. CloudFormation Template
- C. Intrinsic Functions & Conditions
- D. Stack Creation
- E. Advanced CloudFormation Concepts – CloudFormation Nesting, CloudFormation Wait Conditions & Wait Condition Handlers, CloudFormation Helper Scripts, CloudFormation Custom Resources
- F. CloudFormation Stack Updates
- G. CloudFormation Resource Deletion Policy
- H. CloudFormation Best Practices
- I. Troubleshooting
Topics:
- A. Introduction to Elastic Beanstalk
- B. Components of Beanstalk
- C. Deployment Option
- D. Platform Updates
- D. Docker in Elastic Beanstalk
- E. Extending Beanstalk using extensions
- F. Alarms and Notification
- G. Troubleshooting
Topics:
- A. Introduction to OpsWorks
- B. Components of OpsWorks
- C. Cookbooks, Recipes, Data bags and Berkshelf
- D. OpsWorks Lifecycle Events
- E. OpsWorks Deployment
- F. OpsWorks Auto-Healing
- G. Troubleshooting
Topics:
- A. Introduction to CloudWatch
- B. CloudWatch Metrics: EC2, ELB, and Auto Scaling metrics
- C. Custom Metrics
- D. CloudWatch Alarms
- E. CloudWatch Agent
- F. CloudWatch Logs
- G. Introduction to CloudTrail
- H. System Manager
- I. Tagging
- G. Concepts required to set-up event-driven automated actions – Lambda, SNS, Autoscaling
Topics:
- A. EBS
- B. Elastic IP
- C. Multi region and multi AZs
- D. SQS
- E. Data Management in Amazon RDS
- F. Dynamo DB
- G. S3
- H. Provisioning elasticity using Load Balancer and Auto-Scaling
- I. Components of Auto Scaling
- J. Horizontal and vertical scaling
- K. Auto-Scaling Lifecycle
- L. Recovery Time Objective and Recovery Point Objective
- M. Disaster Recovery Options
- N. Overcome single Point of Failure
Topics:
- A. Orchestration
- B. Elastic Container Service
- C. Amazon ECR
- D. Select a Launch type for your application
- E. ECS with EC2
- F. ECS with Fargate
Topics:
- A. AWS Certified DevOps Engineer Exam Guide
- B. Certification Exam Questionnaires
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AWS Certified DevOps Engineer Course Description
his AWS DevOps Training encompasses well-established and widely utilized concepts such as Infrastructure-as-Code, CI/CD pipelines, Immutable Infrastructure, Deployment Strategies, Containers, and more. It guides participants in the practical application of these principles within the AWS ecosystem, utilizing essential services like Code-Suite services, CloudFormation, Elastic Beanstalk, and Elastic Container Service.
The AWS DevOps Certification training aligns seamlessly with the AWS Certified DevOps Engineer – Professional course. The course structure is designed around the 6 domains outlined in the AWS exam blueprint, ensuring comprehensive coverage of essential concepts for each domain:
Domain 1: SDLC Automation
Domain 2: Configuration Management and Infrastructure as Code
Domain 3: Monitoring and Logging
Domain 4: Policies and Standards Automation
Domain 5: Incident and Event Response
Domain 6: High Availability, Fault Tolerance, and Disaster Recovery
This all-encompassing curriculum provides a solid foundation for mastering the content within the AWS Certified DevOps Engineer – Professional certification exam.
DevOps is the acronym for continuous development, continuous integration, continuous testing, continuous deployment, and continuous monitoring of software across its lifecycle.
Amazon Web Services (AWS) offers a wide range of flexible services for reliably and quickly building and delivering products.
DevOps and AWS work together to automate manual processes, enable teams to scale to more complex environments, and help organizations better serve their customers and compete in the market.
Upon completion of this AWS DevOps course, you will acquire the following capabilities:
Mastery of DevOps Methodology: Proficiency in the fundamental concepts and practices that underpin the DevOps methodology.
Infrastructure Design on AWS: Skill in designing and implementing an AWS infrastructure that supports one or multiple DevOps development projects.
Deployment Using AWS Services: Competence in using AWS CloudFormation and AWS OpsWorks to deploy the necessary infrastructure for creating development, testing, and production environments for software development projects.
Continuous Deployment (CD) Implementation: Proficiency in implementing various common Continuous Deployment (CD) scenarios utilizing AWS technologies. This includes blue/green deployment and A/B testing.
Application Deployment Technologies: Disparities between application deployment technologies on AWS, including AWS Operations Workspace (AWS OpsWorks), AWS Elastic Beanstack (AWS Elastic Beanstack), AWS Elastic Container Service (AWS Elastic Container Service), and AWS Elastic Container Registry (EC2).
Ability to use Amazon EC2 systems manager for efficient patch management.
Amazon EC2 Systems Manager: Ability to employ Amazon EC2 Systems Manager for effective patch management.
Automated Testing Integration: Integration of automated testing into different phases of a Continuous Integration/Continuous Deployment (CI/CD) pipeline.
Application Performance Optimization: Fine-tuning applications for optimal performance on AWS, in addition to employing AWS tools and technologies to monitor both applications and environments for potential issues.
Completion of this AWS DevOps course will equip you with these diverse and valuable proficiencies, positioning you as a skilled practitioner in the field of AWS DevOps.
Amazon Web Services (AWS) certified DevOps Engineer courses are open to System Administrators, Software Developers, Cloud Professionals, Solution Architects, Project Managers, Technical Leads.
We advise prospective participants of this AWS DevOps certification course to possess the following prerequisites:
DevOps and AWS Familiarity: A working understanding of DevOps principles and practices, along with a solid grasp of Amazon Web Services (AWS) fundamentals.
AWS Development or System Administration Background: Familiarity with either AWS Development or AWS System Administration concepts.
High-Level Programming Languages: C#, Java, PHP, Ruby, or Python.
Command-Line System Administration: Intermediate knowledge in administering Linux or Windows systems at the command-line level.
AWS Usage Experience: Practical experience with AWS, encompassing utilization of both the AWS Management Console and the AWS Command Line Interface (AWS CLI).
These prerequisites serve as a foundational framework, ensuring that attendees can optimally engage with the content covered in the AWS DevOps certification course.
AWS DevOps Engineer Certification Project
Replicating infrastructure of company on AWS
Hosting two subdomains created by Single Beanstalk environment
A single Beanstalk instance hosts both a primary domain and two secondary domains. The primary domain is connected to the environment’s load balancer via DNS records. Each secondary domain has its own DNS records, all of which point to the same Load Balancer.
AWS SysOps Certification
AWS provides the AWS Certified SysOps Administrator – Associate certification to professionals who can demonstrate their expertise and knowledge by successfully passing the corresponding exam. This certification signifies a proven proficiency in provisioning, operating, and maintaining systems on the Amazon Web Services (AWS) platform. It validates the recipient’s ability to effectively identify and gather requirements, define solutions, and provide operational guidance in an AWS environment.
The AWS Certified DevOps Engineer – Professional certification is a valuable entry point for those holding any of the following qualifications:
- Proficiency in coding using a high-level programming language, coupled with experience in creating automated infrastructures and administering operating systems.
- Familiarity with contemporary development and operations methodologies.
- Aptitude in implementing and overseeing continuous delivery systems and practices within the AWS environment.
- Capability to automate security measures, enforce governance protocols, and validate compliance.
- Proficiency in designing and deploying monitoring, metrics, and logging systems on AWS.
This certification acknowledges and validates these qualifications, underscoring a candidate’s advanced skills and readiness to excel in the field of DevOps engineering on the AWS platform.
To attain the AWS Certified DevOps Engineer – Professional certification, follow these steps:
- Enroll in a certified AWS DevOps training program offered by a reputable training provider with a proven record of success.
- Prepare for the certification exam.
- Successfully pass the exam, achieving a score of at least 750 out of 1000.
- Upon passing, earn the AWS Certified DevOps Engineer – Professional certification.
This process ensures that you have undergone comprehensive training, demonstrated your proficiency through the exam, and gained official recognition as an AWS Certified DevOps Engineer – Professional.
Pursuing and achieving the AWS DevOps Certification equips you to excel in various aspects, including:
- Mastery in implementing and overseeing continuous delivery systems and methodologies on the AWS platform.
- Proficiency in implementing and automating security controls, governance processes, and compliance validation within AWS environments.
- Expertise in defining and deploying monitoring, metrics, and logging systems on AWS to ensure optimal system performance.
- Capability to create systems on AWS that exhibit high availability, scalability, and self-healing attributes.
- Skill in designing, managing, and maintaining automated tools to streamline operational processes effectively.
These skills are central to excelling as an AWS Certified DevOps Engineer, allowing you to drive efficiency, security, and performance in cloud-based operations.
These skills are central to excelling as an AWS Certified DevOps Engineer, allowing you to drive efficiency, security, and performance in cloud-based operations. Support and manage AWS workloads based on the AWS well-architected framework.
Operate AWS workloads using the AWS management console (MCR) and AWS CLI.
Ensure compliance by implementing security controls.
Monitor, log, troubleshoot AWS systems.
Use networking concepts (e.g., DNS/TCP/IP, Firewalls)
Enforce architectural requirements (e.g. high availability/performance, capacity)
Perform business continuity/disaster recovery procedures
Identify, categorize, and fix incidents.
The following list outlines a variety of tools and technologies that could be covered on the exam. This is not an exhaustive compilation, but rather an illustrative overview to provide insight into the potential scope of services, features, and technologies addressed on the exam. The list is not sequenced by importance, and AWS services are grouped based on their primary functions. While some topics might receive more attention than others on the exam, the order and placement in this list do not reflect relative weight or significance:
Application deployment
Application integration
Application pipelines
Automation
Best practices for code repositories
Cost optimization strategies
Deployment prerequisites
Hybrid deployment scenarios
Identity and Access Management (IAM) policy implementation
Metrics, monitoring, alarms, and logging
Design and setup of Network ACLs and security groups
Operational excellence best practices
Rollback procedures
This list provides a broad overview of the potential subjects that may be covered, offering insight into the diverse knowledge areas that the exam might explore.
FAQ's
AWS DevOps is the application of the DevOps philosophy within the AWS cloud environment, utilizing its associated tools and services. Amazon defines it as a collection of adaptable services crafted to expedite and ensure the swift and dependable creation and release of products through the amalgamation of AWS and DevOps methodologies.
By leveraging AWS DevOps, application developers can proficiently integrate and execute continuous integration and delivery (CI/CD) processes. This entails securely housing and updating their application source code, performing builds and tests, and culminating with the deployment of applications to either AWS or on-premises infrastructures. This integrated approach streamlines development and operations, facilitating a seamless journey from code to deployment.
In order to uphold our high-quality standards, we restrict the number of participants in each live session. Thus, participating in a live class without enrolling beforehand is not feasible. Nonetheless, we invite you to explore our sample class recording. This recording will provide you with a comprehensive understanding of our class dynamics, the caliber of our instructors, and the extent of engagement within a session. This insight will aid you in evaluating the class format and determining if it aligns with your learning preferences.
All instructors possess a minimum of 10-12 years of relevant IT experience within the industry. They are industry practitioners who bring their extensive knowledge to the table. These instructors are subject matter experts and have undergone training to ensure a high-quality learning experience for participants.
- AWS CodeBuild
- AWS Cloud Development Kit
- AWS CodeStar
- AWS CodeDeploy
- AWS CodePipeline
- AWS CodeCommit
- AWS Device Farm
Upon enrolling in the AWS DevOps Certification Course, you will gain instant access to the Learning Management System (LMS), which will remain available to you for a lifetime. This comprehensive access encompasses a wealth of resources, including archived class recordings, presentation slides (PPTs), PDF materials, and assignments. Additionally, immediate access to our 24×7 support team will be provided, enabling you to commence your learning journey promptly and take advantage of the available resources right away.
