CloudOps Engineer E-Learning Training

Master the art of Cloud Operations and become a highly skilled CloudOps Engineer. This comprehensive training equips you with the knowledge and hands-on skills to design, automate, manage, and optimize cloud environments across modern infrastructures.

In this LearningKit, the focus is on CloudOps engineering, including the design of scalable and resilient cloud environments, automation strategies, and operational excellence. You will learn how to implement redundant CloudOps solutions, ensure high availability, and support mission-critical workloads.

The training also covers performance tuning, monitoring, and deployment strategies, enabling you to maintain efficient and reliable cloud systems. Finally, the course concludes with CloudOps explainability, helping you understand, document, and communicate cloud operations transparently within your organization.

What you will learn

• Design and implement CloudOps architectures
• Automate cloud operations using modern tools
• Build redundant and highly available cloud solutions
• Monitor, support, and troubleshoot cloud environments
• Optimize performance and cost efficiency
• Manage deployments and CI/CD pipelines
• Apply CloudOps explainability and governance

Target Audience

• Cloud Engineers & DevOps Engineers
• System Administrators transitioning to Cloud
• IT Professionals managing cloud environments
• Architects and Site Reliability Engineers (SRE)

After completing this training, you will be able to design, implement, and manage robust CloudOps environments with automation, scalability, and reliability at the core.

Demo CloudOps Engineer Training

Course Outcome

The Skilled CloudOps Engineer: Roles & Responsibilities

Course: 1 Hour, 5 Minutes

• Course Overview
• Traditional DevOps vs. CloudOps
• Essential Elements of a CloudOps Practice
• The CloudOps Process and Its Outcomes
• Cloud Architectures and Practices
• IT Process Automation Techniques
• A CloudOps Engineer's Responsibilities
• The Project Management Role of a CloudOps Engineer
• Cloud Infrastructure Components and Technologies
• Software Re-architecting and Reengineering Methods
• CloudOps Adoption Security and Compliance Challenges
• Course Summary

The Skilled CloudOps Engineer: Transforming to a CloudOps Engineer

Course: 1 Hour, 6 Minutes

• Course Overview
• Continuous Application Optimization Techniques
• Designing a Technology Upgrade Path
• Cloud Management Skills for CloudOps Engineers
• Collaboration Skills for CloudOps Engineers
• Architecting Skills for CloudOps Engineers
• Modernization Practices for CloudOps Engineers
• Establishing a Cloud Reference Architecture
• A CloudOps Engineer's Strategic Advisor Role
• Cloud Platform and Tool Selection Criteria
• CloudOps Security Assessment and Defense Techniques
• Course Summary

CloudOps Automation: Designing & Prototyping Solutions

Course: 2 Hours, 16 Minutes

• Course Overview
• Adopting Design Thinking
• Design Thinking Methods and Tools
• Building CloudOps Solutions
• Transitioning to CloudOps Solutions
• Visualizing CloudOps Solutions
• CloudOps Managed Strategy Benefits
• The Challenges of Designing CloudOps Solutions
• Prototyping Tools
• Creating Visual Drafts of CloudOps Solutions
• CloudOps Prototyping Tool High-level Architecture
• The Features and Benefits of Visual Paradigm
• Creating Multi-cloud Visual Architectures
• Presenting Architectural Diagrams with AWS and Azure
• Creating CI/CD Task Boards
• The Five Forces Model
• Using a Five Forces Analysis with Visual Paradigm
• Patterns for CloudOps Solutions
• Managing Hosted Cloud Services
• Health Endpoint Monitoring Patterns
• Types of Routing Requests
• Designing CloudOps Solutions
• Course Summary

CloudOps Automation: Continuous Automation Implementation

Course: 2 Hours, 7 Minutes

• Course Overview
• Continuous Automation
• Technology Shifts for Continuous Automation
• Benefits of Automated Deployment
• Accelerating Continuous Product Delivery
• Advantages and Disadvantages of Automation
• Challenges of Infrastructure Provisioning
• Components of Automation
• Cloud-enabled Automation Tools
• Application Deployment Tools
• Configuring Terraform for Automated Workflow
• Configuring CI with Jenkins and Terraform
• Zero Code Multi-cloud Automation and Features
• Disposable and Repeatable Infrastructure
• Setting up Environments with Ansible and Terraform
• Qualities of Multi-cloud Management Tools
• The Role of Automation in Moving Cloud Workloads
• The Role of Multi-cloud Orchestration
• Configuring Cloudify to Use Single CI/CD Plugins
• Automation at the Network's Edge
• Course Summary

Redundant CloudOps Solution Design: Redundancy Principles

Course: 1 Hour, 14 Minutes

• Course Overview
• The Causes of Downtime within Infrastructure Layers
• Redundancy and Its Major Forms
• Hierarchical Network Design
• Redundancy Architectures to Manage Reliability
• Non-redundant and Redundant Architectures
• Differences among Redundancy Management Approaches
• Similarities between Redundancy Management
• Network Redundancy Factors
• Redundancy in Data Centers
• Site Redundancy and Geo-redundancy
• Data Replication for Redundancy
• The Concept of Availability
• A Conceptual Aggregated Work Path for Redundancy
• Course Summary

Redundant CloudOps Solution Design: Managing Multi-cloud Redundancy

Course: 1 Hour, 32 Minutes

• Course Overview
• Novel PaaS Frameworks
• Architecture Design Tools
• Designing Redundant Multi-region Cloud Architectures
• Cloud Redundancy Design Principles
• Principles and Steps to Provision Backup and DR
• Disaster Recovery Best Practices
• Replicating AWS Environments to Alternate Regions
• Design Principles for Multi-cloud Management
• Disaster Recovery Steps and Checklist
• Replication in AWS
• Geo-redundancy in Azure
• Data Replication in Google Cloud Storage
• Setting up Redundant Environments
• Open-source Tools to Manage Multi-cloud Redundancy
• SaaS-based Tools to Manage Multi-cloud Redundancy
• Course Summary

Cloud Solutions: Supporting Cloud Operations

Course: 1 Hour, 20 Minutes

• Course Overview
• Elements of DevOps and Automation Mindset
• Support Architecture
• Problem Management and Incident Management
• Significance of Knowledge Base
• Challenges of Managing Multi-cloud
• Network Performance and Infrastructure Configuration
• Critical Issue and Troubleshooting Approach
• Identifying Root Cause
• Role of Monitoring and Alerting System
• Multi-cloud Discovery
• SLA Challenge
• Critical Application and Business KPIs
• Course Summary

CloudOps Performance Tuning: Applying Performance Principles

Course: 1 Hour, 15 Minutes

• Course Overview
• Common CloudOps Deployment Performance Problems
• The Performance Engineering Approach
• A Performance Tuning Roadmap
• Post-deployment Performance Diagnostic Techniques
• Checklists to Optimize Application Performance
• Functional and Non-functional Layers and Components
• Performance Testing Configuration Steps
• Cloud Computing KPIs and Metrics
• Service Performance Measurement Research Methodology
• The Cloud Service Metric Ecosystem
• Private and Hybrid Cloud Performance Measurement
• Performance Management Challenges
• Course Summary

CloudOps Performance Tuning: Tuning Cloud Performance for Deployment

Course: 1 Hour, 56 Minutes

• Course Overview
• Performance Management Challenges
• Cloud Monitoring and Performance Management Tools
• Cloud Infrastructure Parameters for Performance
• Differentiating Performance from Scalability
• The Impact of Virtualization on Performance
• The Five Pillars of the AWS Framework
• Collecting Memory Utilization with CloudWatch Agent
• Setting Up Amazon QuickSight
• Evaluating AWS Compute Options
• Performance Diagnosis Cloud Application Scenarios
• Design Principles for Application Scalability
• Using Azure Monitor to Depict Performance
• Setting Up Application Insight
• Best Practices to Improve GCP Performance
• IBM Cloud Application Performance Management Usage
• Preventing Trouble in the Cloud
• Troubleshooting Unreachability and Connectivity
• Course Summary

CloudOps Performance Tuning: Managing Multi-cloud Performance

Course: 1 Hour, 5 Minutes

• Course Overview
• The Scope and Challenges of Multi-cloud Design
• Desired Characteristics for Hybrid and Multi-cloud
• A Multi-cloud Performance Optimization Strategy
• Monitoring Hybrid and Multi-cloud Environments
• Multi-cloud Performance Challenges and Solutions
• Use Cases for Multi-cloud Networking
• Multi-cloud Non-functional Tests
• Performance Tuning Tasks
• Tuning Multi-cloud Integrator Components
• Course Summary

Assessment:
     •  Final Exam: CloudOps Engineer