Practical DevOps Engineer Certification (PDEC)
Introduction
In today’s IT landscape, DevOps has become the backbone of modern software delivery and cloud infrastructure management. Organizations no longer rely solely on manual operations or isolated development teams. Instead, they require engineers who can seamlessly integrate development and operations through automation, continuous integration, continuous delivery, and cloud-native practices.
This rapid shift has created a global demand for DevOps professionals who are not just tool users but practical engineers capable of designing, deploying, and automating entire software lifecycles. Employers want specialists who can:
Automate repetitive IT operations.
Deploy and manage scalable applications in hybrid and cloud-native environments.
Implement CI/CD pipelines for faster and more reliable software releases.
Monitor, secure, and optimize infrastructure and applications in real time.
The Practical DevOps Engineer Certification (PDEC) was designed to meet this need. It is a comprehensive, vendor-neutral program covering 13+ DevOps tools across operating systems, version control, CI/CD, configuration management, containerization, orchestration, cloud architecture, and monitoring.
What is the Practical DevOps Engineer Certification (PDEC)?
The PDEC is a hands-on, skill-based certification program that validates your expertise in mastering the end-to-end DevOps lifecycle. Unlike traditional certifications that focus narrowly on one platform, PDEC provides broad coverage across the entire DevOps toolchain, ensuring you’re prepared for diverse real-world environments.
The program includes practical training and evaluation in:
Operating Systems & Scripting (Linux, Shell Scripting)
Version Control & CI/CD (Git, Jenkins)
Cloud Solutions Architecture (cloud infrastructure design, compute, storage, IAM, networking)
Configuration Management & IaC (Ansible, Terraform)
Containers & Orchestration (Docker, Kubernetes)
Monitoring & Observability (Grafana, Prometheus, Zabbix, ELK Stack)
To achieve certification, candidates must pass a three-stage evaluation process:
A 40-question theoretical exam to test fundamental knowledge.
An online-proctored lab exam to validate real-world tool proficiency.
A verbal mock interview to assess professional communication and problem-solving readiness.
This approach ensures you graduate as a well-rounded, job-ready DevOps engineer.
Why PDEC Stands Out?
While many certifications focus on one cloud provider, one CI/CD tool, or one monitoring solution, PDEC brings them all together under one umbrella. This makes it unique because it:
Covers the entire DevOps toolchain, not just isolated technologies.
Provides a vendor-neutral curriculum, applicable across any enterprise environment.
Combines theory, practice, and professional communication, preparing you for real-world success.
Ensures lifetime-friendly retakes, giving you confidence throughout the certification journey.
By completing PDEC, you don’t just learn DevOps—you become a complete DevOps engineer capable of handling enterprise-scale challenges.
Who Can Enroll in the PDEC Program?
The PDEC program is designed for a wide audience of IT professionals, from beginners entering the DevOps field to experienced engineers aiming to expand their expertise.
Ideal Learners Include:
System Administrators – looking to transition into automation and cloud-native workflows.
Network & IT Engineers – seeking to upskill into DevOps roles.
Software Developers – aiming to strengthen CI/CD and infrastructure management knowledge.
Cloud Enthusiasts – who want to specialize in DevOps practices within cloud environments.
Fresh Graduates & Students – entering the IT industry with a focus on DevOps careers.
Career Switchers – professionals from related domains like QA, networking, or support moving into high-growth DevOps careers.
Eligibility Criteria
The PDEC program is open to learners from all backgrounds, with no mandatory prerequisites. However, the following prior knowledge is recommended for smoother progression:
Basic Linux knowledge – file systems, commands, and permissions.
Foundational IT awareness – familiarity with servers, networks, or cloud basics.
Logical & problem-solving mindset – ability to follow automation and troubleshooting steps.
Even without prior experience, the program’s step-by-step learning path ensures learners can build skills progressively, mastering each tool before moving on to advanced concepts.
Key Highlights of PDEC
Vendor-neutral certification covering 13+ DevOps tools.
Three-stage evaluation process (theory, labs, interview).
One free lifetime retake per stage—learner-friendly policy.
Hands-on training with real-world scenarios.
Balanced curriculum blending automation, cloud, containers, CI/CD, and monitoring.
Career-ready program designed to meet global employer demands.
Why Choose Our Certification?
Course Curriculum of the Practical DevOps Engineer Certification (PDEC)
The PDEC curriculum is structured to provide a step-by-step mastery of DevOps practices, starting from operating systems and scripting, moving through CI/CD and configuration management, and finally advancing to containerization, cloud solutions, and monitoring.
Here’s a detailed breakdown of what learners will cover:
Module 1: Linux Administration
Linux forms the foundation of every DevOps environment. From running servers to managing containers, every DevOps professional must be fluent in Linux.
Key Topics:
Linux file systems, user management, and permissions
Package management (apt, yum, dnf)
System services and process monitoring
Bash commands for everyday DevOps tasks
Disk management, storage, and networking basics
Log management and system security essentials
By mastering Linux, learners gain the operating system expertise required to run, manage, and secure DevOps environments.
Module 2: Git – Version Control System
Version control is the backbone of collaboration in DevOps. Git ensures teams can work together, track changes, and manage source code efficiently.
Key Topics:
Git installation and setup
Branching, merging, and pull requests
Working with remote repositories (GitHub, GitLab, Bitbucket)
Git workflows for DevOps teams
Handling conflicts and version rollbacks
Best practices for collaborative development
This module makes learners proficient in source code management and version control workflows, critical for CI/CD pipelines.
Module 3: Jenkins – Continuous Integration & Delivery
Jenkins is one of the most widely used CI/CD automation tools. It ensures fast, reliable, and automated software delivery.
Key Topics:
Jenkins installation and architecture
Creating and managing jobs
Building pipelines with Jenkinsfile
Integrating with Git and other tools
Automated build and test execution
Deployment automation using plugins
Jenkins in containerized and cloud environments
Learners gain hands-on skills to automate the software development lifecycle, from code integration to deployment.
Module 4: Cloud Solutions Architecture
Cloud computing is the centerpiece of modern DevOps. This module introduces learners to designing and deploying applications in cloud environments.
Key Topics:
Cloud infrastructure fundamentals (compute, storage, networking)
Identity and access management (IAM)
Lzad balancing, auto-scaling, and availability zones
Cloud-native application architectures
Securing cloud deployments
Hands-on labs: building and deploying scalable cloud applications
This ensures learners are prepared for hybrid and cloud-native DevOps workflows.
Module 5: Shell Scripting
Automation begins with scripting. This module teaches learners how to automate repetitive tasks using shell scripts.
Key Topics:
Writing Bash scripts from scratch
Variables, loops, and conditional logic
File handling and text processing (grep, awk, sed)
Automating routine administration tasks
Debugging and error handling
Integrating shell scripts into CI/CD pipelines
This skill allows learners to optimize day-to-day IT operations and serve as a bridge to advanced automation tools.
Module 6: Ansible – Configuration Management
Ansible enables infrastructure as code (IaC) and simplifies configuration management for servers and applications.
Key Topics:
Ansible architecture and playbooks
Inventory management and ad-hoc commands
Roles and variables for modular automation
Automating application deployment
Configuration consistency across environments
Integrating Ansible with CI/CD workflows
By mastering Ansible, learners can standardize and automate deployments at scale.
Module 7: Docker – Containerization
Containers have transformed the way applications are deployed. Docker enables lightweight, portable, and scalable application packaging.
Key Topics:
Docker installation and fundamentals
Images, containers, and registries
Dockerfile creation and container builds
Networking and volumes in Docker
Orchestrating multi-container applications with Docker Compose
Best practices for container security
Learners gain the ability to containerize applications for portability across environments.
Module 8: Kubernetes – Orchestration
Kubernetes is the industry standard for orchestrating containers at scale. It ensures availability, scalability, and automation of workloads.
Key Topics:
Kubernetes architecture: nodes, pods, services, deployments
ConfigMaps and secrets management
Horizontal scaling and auto-healing clusters
Load balancing and service discovery
Stateful applications in Kubernetes
CI/CD integration with Kubernetes
Monitoring and securing Kubernetes clusters
With Kubernetes mastery, learners can manage enterprise-scale containerized environments.
Module 9: Prometheus – Monitoring & Alerting
Prometheus is a leading open-source monitoring system for metrics-based observability.
Key Topics:
Prometheus architecture and setup
Exporters and metrics collection
Writing PromQL queries
Creating alerts and thresholds
Integration with Grafana for visualization
This equips learners to monitor applications and infrastructure performance proactively.
Module 10: Grafana – Visualization
Grafana is the dashboarding and visualization tool that complements Prometheus and other monitoring systems.
Key Topics:
Installing and configuring Grafana
Connecting data sources (Prometheus, Elasticsearch, etc.)
Building real-time dashboards
Setting up alerts and notifications
Dashboard best practices for DevOps teams
With Grafana, learners gain the ability to turn raw metrics into actionable insights.
Module 11: Terraform – Infrastructure as Code (IaC)
Terraform allows DevOps teams to provision infrastructure through code rather than manual setups.
Key Topics:
Terraform installation and workflow
Providers and modules
Writing and applying configuration files
Automating cloud infrastructure provisioning
State management and versioning
Integrating Terraform with CI/CD pipelines
Learners gain expertise in scalable and repeatable infrastructure automation.
Module 12: Zabbix – Network & Server Monitoring
Zabbix is a robust monitoring platform that ensures visibility into infrastructure performance.
Key Topics:
Installing and configuring Zabbix server
Adding hosts and configuring agents
Monitoring CPU, memory, and network performance
Custom alerts and notification systems
Integration with other monitoring tools
This module strengthens skills in infrastructure health monitoring and incident detection.
Module 13: ELK Stack (Elasticsearch, Logstash, Kibana) – Log Management
The ELK stack powers centralized logging and analytics. It enables engineers to capture, process, and visualize logs for troubleshooting and compliance.
Key Topics:
Setting up Elasticsearch for log storage
Log ingestion with Logstash and Beats
Querying logs efficiently
Visualizing logs in Kibana dashboards
Security and access management for log data
Using ELK for auditing and compliance monitoring
Mastery of ELK ensures engineers can troubleshoot faster and maintain compliance in enterprise environments.
Integrated Learning Path
Start with foundations: Linux, Shell Scripting, Git.
Move to automation: Jenkins, Ansible, Terraform.
Advance to cloud-native: Docker, Kubernetes, Cloud Solutions Architecture.
Master observability: Prometheus, Grafana, Zabbix, ELK.
This progressive curriculum ensures learners become complete DevOps engineers, not just tool users.
Certification Process of the Practical DevOps Engineer Certification (PDEC)
The PDEC certification process is built to evaluate your knowledge, hands-on expertise, and professional readiness. It ensures that learners can not only use DevOps tools but also integrate them into real-world enterprise workflows.
The certification is achieved through a three-stage evaluation system:
Stage 1: Theoretical Exam
The journey begins with a 40-question multiple-choice test that evaluates your foundational understanding of DevOps practices and tools.
Format:
Type: Multiple-choice and scenario-based questions
Duration: 60 minutes
Mode: Online, proctored
Passing Score: Defined by program standards
Sample Topics:
Fundamentals of DevOps culture and principles
Linux commands and system administration basics
Git workflows and version control concepts
CI/CD principles with Jenkins
Basics of cloud solutions and infrastructure automation
Containerization and orchestration fundamentals
Monitoring, logging, and observability concepts
This stage ensures candidates possess core theoretical knowledge before advancing to hands-on challenges.
Stage 2: Online-Proctored Lab Exam
The second stage validates hands-on practical expertise. Candidates must complete real-world tasks across multiple DevOps tools in a controlled, online-proctored lab environment.
Format:
Type: Practical lab tasks and scenario simulations
Duration: 90–120 minutes
Mode: Online, supervised
Sample Lab Tasks:
Configure a Git repository with branching and merging
Build a Jenkins pipeline for automated application deployment
Write a shell script to automate server maintenance tasks
Deploy a containerized application using Docker and Kubernetes
Provision infrastructure using Terraform scripts
Automate server configuration with Ansible playbooks
Set up Prometheus and Grafana dashboards for real-time monitoring
Collect logs with ELK and troubleshoot simulated issues
This stage tests your ability to apply DevOps practices in real scenarios, ensuring job readiness.
Stage 3: Verbal Mock Interview
The final stage is a professional readiness check. It simulates a real job interview where candidates must explain their solutions and thought processes to industry experts.
Format:
Type: Online verbal interview
Duration: 20–30 minutes
Mode: Video-based evaluation
Evaluation Criteria:
Ability to articulate technical solutions clearly
Problem-solving approach in DevOps scenarios
Communication skills with non-technical stakeholders
Professionalism and confidence in real-world interview settings
This stage ensures learners can not only implement solutions but also communicate them effectively to employers.
Retake Policy
PDEC follows a learner-friendly retake policy:
One free retake per stage for life—the program ensures learners are never stuck due to a single setback.
Additional retakes are available at a nominal fee.
This flexible approach helps learners progress with confidence.
Skills You Will Gain from the PDEC
The Practical DevOps Engineer Certification equips you with an end-to-end DevOps skillset, blending automation, cloud, containers, monitoring, and professional readiness.
1. Core Operating System & Scripting Skills
Master Linux system administration for DevOps environments.
Automate repetitive tasks with Bash and Shell scripting.
2. Version Control & CI/CD Proficiency
Manage source code with Git and implement collaborative workflows.
Build and automate CI/CD pipelines using Jenkins.
3. Cloud & Infrastructure as Code Expertise
Design and manage scalable cloud environments.
Automate infrastructure provisioning with Terraform.
Standardize server configurations using Ansible.
4. Containerization & Orchestration Mastery
Package applications into portable Docker containers.
Manage enterprise-scale clusters with Kubernetes.
Ensure scalability, high availability, and auto-healing workloads.
5. Monitoring & Observability Skills
Collect metrics with Prometheus and visualize them in Grafana.
Monitor infrastructure performance using Zabbix.
Centralize logs and troubleshoot efficiently with the ELK stack.
6. Professional & Communication Competence
Explain DevOps pipelines and infrastructure decisions in interviews.
Demonstrate confidence in troubleshooting and solution design.
Collaborate effectively with developers, operations teams, and stakeholders.
Why These Skills Matter
In today’s enterprises, DevOps engineers are expected to wear multiple hats. They must:
Automate deployments for faster releases.
Ensure resilient, cloud-native infrastructures.
Monitor and optimize applications in real time.
Securely integrate tools across the DevOps pipeline.
Communicate solutions effectively across teams.
The PDEC certification ensures you emerge as a well-rounded DevOps professional, capable of handling all these challenges.
Career Opportunities After the Practical DevOps Engineer Certification
The PDEC program is designed to prepare learners for some of the most in-demand roles in IT today. As organizations continue to adopt cloud-native technologies, CI/CD, and automation-first strategies, the demand for DevOps professionals is skyrocketing.
By mastering 13+ DevOps tools across automation, cloud, containerization, monitoring, and infrastructure management, PDEC graduates position themselves as multi-skilled professionals capable of handling real-world enterprise challenges.
Top Career Roles for PDEC Graduates
1. DevOps Engineer
The most direct career outcome. DevOps Engineers design and maintain end-to-end pipelines for software delivery, from code integration to deployment and monitoring.
2. Cloud Engineer
Specialists who build and manage cloud-based infrastructures, ensuring scalability, cost optimization, and security.
3. Site Reliability Engineer (SRE)
Engineers responsible for ensuring system reliability, uptime, and performance, bridging development and operations teams.
4. Automation Specialist
Focuses on automating repetitive IT and deployment tasks, improving efficiency and reducing human errors.
5. Platform Engineer
Designs and manages developer platforms that integrate DevOps tools for consistent and reliable workflows.
6. CI/CD Pipeline Engineer
Specializes in building, optimizing, and monitoring pipelines that support continuous integration and continuous delivery.
7. Kubernetes Administrator
Focuses on container orchestration, managing workloads, scaling, and securing enterprise Kubernetes clusters.
8. Infrastructure Engineer (IaC Specialist)
Uses Terraform, Ansible, and automation frameworks to provision and manage infrastructure at scale.
9. Monitoring & Observability Engineer
Ensures system health and performance visibility using tools like Prometheus, Grafana, Zabbix, and ELK.
10. Release Engineer
Responsible for managing software release cycles, ensuring stability, compliance, and smooth deployment processes.
These roles demonstrate how PDEC graduates can diversify their career paths, working in industries ranging from finance and healthcare to e-commerce, SaaS, and telecom.
Salary Insights for PDEC-Certified Professionals
Salaries for DevOps engineers vary globally, but consistently rank among the highest in IT due to the hybrid mix of software, infrastructure, and automation expertise.
Average Annual Salary Ranges (by Country):
India: INR 9,00,000 – 22,00,000
Canada: CAD 85,000 – 125,000
United Kingdom: GBP 55,000 – 85,00
Germany: EUR 60,000 – 90,000
France: EUR 52,000 – 80,000
United States: USD 105,000 – 150,000
United Arab Emirates: AED 180,000 – 250,000
Singapore: SGD 85,000 – 125,000
Australia: AUD 95,000 – 140,000
Japan: JPY 7,500,000 – 11,500,000
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