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9 Mar, 2025 6 days 15 Seats Available

KIT Training Point in Nepal can help you dissolve the divide between development and operations and unlock the potential of DevOps! With the skills you gain from our extensive training, you can improve teamwork, expedite software delivery, and take on IT difficulties head-on. Gain proficiency with essential DevOps tools like as Docker, Python, Linux, and others through practical projects and knowledgeable advice from professionals in the field. This program will help you establish yourself as a DevOps superstar and advance your career, regardless of your level of experience.

DevOps Training at KIT Training Point in Nepal is designed to equip students with the essential skills and knowledge to become proficient DevOps professionals. The course is divided into five detailed modules, each focusing on a different aspect of DevOps practices and tools: Module Breakdown: Module 1: Introduction to DevOps This module offers an overview of DevOps practices, principles, and the CI/CD pipeline. Students will learn the foundational concepts of DevOps and its role in modern software development and IT operations. Module 2: DevOps Prerequisites - Linux Fundamentals Students will gain an understanding of Linux operating systems, distributions, and fundamental OS concepts. The module covers the Linux shell, package management, task scheduling, remote access, archiving, and monitoring application logs. Module 3: DevOps Prerequisites - Networking This module delves into networking concepts, including IP networks, ports, firewalls, networking protocols, virtual networking, and essential network commands. Students will develop a strong understanding of how networking impacts DevOps workflows. Module 4: DevOps Prerequisites - Basic Cryptography Learners will be introduced to key concepts in cryptography, including encryption, hashing, salting, public key cryptography, and SSL certificates. This module also covers passwordless SSH and how to get a free SSL certificate using Let's Encrypt. Module 5: DevOps Prerequisites - SCM (Source Control Management) Students will learn about source control management using Git. Topics include Git operations, Gitignore, Git branches, and pull requests. This module helps students understand version control systems and how they are used in the DevOps lifecycle.

Duration : 6 Day

Class Type : Physical, Online

Course Category : Cloud Computing & DevOps Digital Marketing & SEO Finance & Banking

Objectives of Course

The DevOps Training at KIT Training Point is designed to provide students and professionals with the essential knowledge and skills needed to become competent DevOps experts. The course’s key objectives include:

1. Master DevOps Practices and Principles

  • Equip students with a thorough understanding of DevOps practices, principles, and how to implement the CI/CD pipeline to streamline software delivery and enhance collaboration between development and operations teams.

2. Build Proficiency in Linux Fundamentals

  • Provide foundational knowledge in Linux operating systems, including package management, scheduling tasks, remote access, and log monitoring, which are critical for DevOps professionals.

3. Develop Networking Skills for DevOps

  • Teach students essential networking concepts, such as IP networks, ports, firewalls, and networking protocols, to ensure they can manage and troubleshoot network-related issues in DevOps environments.

4. Understand Basic Cryptography

  • Introduce students to cryptography concepts like encryption, hashing, and SSL certificates, which are crucial for maintaining the security and integrity of systems in the DevOps lifecycle.

5. Gain Hands-On Experience with Source Control Management (SCM)

  • Equip students with the skills to use Git for source control management, including Git operations, branches, and pull requests, which are vital for collaboration and version control in DevOps.

6. Enhance Career Opportunities in DevOps

  • Prepare students to enter the high-demand field of DevOps, equipping them with practical, real-world knowledge and hands-on experience that will make them competitive candidates in the tech industry.

7. Build a Strong Portfolio

  • Provide practical projects and case studies that allow students to build a strong portfolio, demonstrating their proficiency in DevOps tools and practices.

8. Career Support and Guidance

  • Offer job placement assistance, resume building, and interview preparation to help students transition smoothly into the DevOps job market.

Why Choose KIT Training Point for This Course?

  • Comprehensive curriculum covering critical DevOps tools and practices.
  • Hands-on experience with real-world applications and tools like Docker, Python, Linux, and Git.
  • Learn from industry experts with practical insights.
  • Career-focused training with a focus on practical knowledge and skills.
Syllabus Highlights

DevOps Training Syllabus (45 Days) – KIT Training Point

Total Duration: 45 Days
Total Hours: 90 Hours (2 Hours per Day)


Module 1: Introduction to DevOps (Day 1-5 | 10 Hours)

  • What is DevOps?
    • Definition and Importance of DevOps
    • DevOps Culture and Principles
    • Key DevOps Practices
    • DevOps vs. Traditional Software Development and Operations
  • The DevOps Lifecycle
    • Overview of the DevOps Lifecycle: Plan, Develop, Build, Test, Release, Deploy, Operate, Monitor
    • Continuous Integration (CI) and Continuous Deployment (CD)
  • DevOps Tools Overview
    • Introduction to DevOps Tools: Jenkins, Git, Docker, Kubernetes, Ansible, Terraform, and more
    • Choosing the Right Tools for Your Workflow
    • Benefits of Using DevOps Tools in Automation

Module 2: Version Control with Git (Day 6-10 | 10 Hours)

  • Introduction to Version Control Systems (VCS)
    • What is Version Control?
    • Types of Version Control: Centralized vs. Distributed
  • Working with Git
    • Git Basics: Repositories, Commits, Branches, Merges
    • Cloning, Staging, and Committing Changes
    • Working with Remote Repositories (GitHub, GitLab, Bitbucket)
  • Advanced Git Concepts
    • Branching and Merging Strategies
    • Resolving Merge Conflicts
    • Using Git for Continuous Integration
    • Git Workflows for Teams

Module 3: Continuous Integration and Continuous Deployment (Day 11-15 | 10 Hours)

  • Introduction to CI/CD
    • What is Continuous Integration and Continuous Deployment?
    • Benefits of CI/CD in DevOps
    • CI/CD Pipeline and Its Stages
  • Using Jenkins for CI/CD
    • Setting up Jenkins for Continuous Integration
    • Jenkins Configuration and Job Creation
    • Building and Deploying Projects using Jenkins
  • Automating Deployment with Jenkins
    • Integrating GitHub with Jenkins for Automated Builds
    • Setting up Automated Test Suites
    • Continuous Delivery and Continuous Deployment Concepts

Module 4: Containerization with Docker (Day 16-20 | 10 Hours)

  • Introduction to Containers
    • What is Docker and Why Use It?
    • Benefits of Containerization
    • Docker vs. Virtual Machines
  • Docker Basics
    • Installing Docker and Docker Compose
    • Creating and Managing Docker Containers
    • Docker Images and Dockerfile Basics
    • Managing Docker Containers and Volumes
  • Docker Networking and Orchestration
    • Container Networking: Links, Ports, and Bridges
    • Docker Compose for Multi-Container Applications
    • Docker Swarm Basics for Container Orchestration

Module 5: Configuration Management with Ansible (Day 21-25 | 10 Hours)

  • Introduction to Configuration Management
    • What is Configuration Management?
    • Importance of Automation in Configuration Management
  • Using Ansible for Automation
    • Introduction to Ansible and Its Architecture
    • Writing and Running Ansible Playbooks
    • Managing Configuration with Ansible Modules
  • Advanced Ansible Concepts
    • Managing Multiple Servers with Ansible
    • Ansible Roles and Variables
    • Managing Environments (Dev, Test, Prod)

Module 6: Infrastructure as Code (IaC) with Terraform (Day 26-30 | 8 Hours)

  • Introduction to Infrastructure as Code (IaC)
    • What is IaC and Why is it Important?
    • Benefits of IaC in DevOps
    • Types of IaC Tools (Declarative vs. Imperative)
  • Using Terraform for IaC
    • Introduction to Terraform and Its Configuration Files
    • Terraform Syntax and Commands
    • Writing Terraform Scripts to Manage Infrastructure
  • Managing Cloud Infrastructure with Terraform
    • Provisioning Infrastructure on AWS, GCP, or Azure using Terraform
    • Managing Resources with Terraform Modules
    • Terraform State Management and Remote Backends

Module 7: Continuous Monitoring and Logging (Day 31-35 | 8 Hours)

  • Introduction to Monitoring and Logging
    • Importance of Monitoring and Logging in DevOps
    • Difference Between Monitoring and Logging
  • Monitoring Tools: Prometheus and Grafana
    • Setting up Prometheus for Monitoring
    • Visualizing Metrics with Grafana Dashboards
    • Alerting and Notifications in Prometheus
  • Logging with ELK Stack (Elasticsearch, Logstash, Kibana)
    • Introduction to ELK Stack
    • Setting Up Elasticsearch and Logstash
    • Visualizing Logs with Kibana
  • Log Management and Troubleshooting
    • Best Practices for Log Management
    • Troubleshooting with Logs and Metrics

Module 8: Kubernetes and Container Orchestration (Day 36-40 | 8 Hours)

  • Introduction to Kubernetes
    • What is Kubernetes and Why Use It?
    • Kubernetes Architecture and Components
    • Benefits of Kubernetes for Container Orchestration
  • Working with Kubernetes
    • Setting up Kubernetes Cluster (Minikube, Kubeadm)
    • Deploying and Managing Containers with Kubernetes
    • Creating Pods, Services, and Deployments in Kubernetes
  • Advanced Kubernetes Concepts
    • Scaling and Rolling Updates
    • ConfigMaps, Secrets, and Volumes
    • Networking and Security in Kubernetes

Module 9: DevOps Best Practices & Final Project (Day 41-45 | 8 Hours)

  • Best Practices in DevOps
    • Key Principles of DevOps (Collaboration, Automation, Monitoring, Feedback)
    • Effective Communication Between Development and Operations Teams
    • Implementing Continuous Improvement in DevOps
  • Final Project: Implementing a DevOps Pipeline
    • Hands-on Project: Setting Up a Full DevOps Pipeline using Git, Jenkins, Docker, Kubernetes, and Terraform
    • Automating Deployment and Monitoring
    • Final Presentation and Code Review
  • DevOps Certification and Career Support
    • DevOps Certification Options (AWS Certified DevOps Engineer, Docker Certified Associate, Kubernetes Certification)
    • Career Guidance and Job Placement Assistance

Course Features

  • Course duration 10 days
  • Total Lectures 30
  • Total Students 1000
  • Certification YES

Price - 25000