Unable to find what you're searching for?
We're here to help you find itDevOps Prerequisites Course - 4-Day Hands-On Training
Our DevOps Prerequisites course is designed for IT professionals with basic programming knowledge, focusing on practical skills to enhance your DevOps journey. Over 4 days, you'll engage in an 80/20 lab to lecture ratio, ensuring a hands-on learning experience.
Learning Objectives:
- Understand What DevOps is and Why it's essential.
- Gain proficiency in Linux commands, networking basics, and application management.
- Master source code management using Git and work with webservers like Apache Tomcat and Nginx.
- Get introduced to databases like MySQL and MongoDB, and learn basic functions.
- Dive into containerization with Docker and understand automation with shell scripts and tools like Kubernetes and Terraform.
Practical labs reinforce each module, ensuring you apply concepts in real-world scenarios. Join us to bridge the gap between theoretical knowledge and practical expertise in DevOps.
Purchase This Course
♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
To ensure a successful learning experience in the DevOps Prerequisites course, students should have the following minimum required knowledge and skills:
Additionally, students will need access to the following applications to participate in hands-on labs and project work:
We look forward to guiding you through an engaging and comprehensive learning journey in DevOps!
DevOps Prerequisites Course
The DevOps Prerequisites course by Koenig Solutions is a comprehensive 4-day hands-on training designed for professionals to master fundamental DevOps skills, tools, and practices.
Target Audience:
IT Operations Professionals
Aspiring DevOps Engineers
System Administrators
Network Engineers
Software Developers
Application Developers
Database Administrators
Cloud Engineers
IT Managers
Infrastructure Engineers
Automation Engineers
Site Reliability Engineers (SREs)
Technical Leads and Architects
The DevOps Prerequisites course provides comprehensive foundational knowledge and practical skills essential for mastering DevOps. Spanning over 4 days, this hands-on course gears you with a solid understanding of Linux, networking, application development, source code management, web servers, databases, containerization, and automation.
Understand DevOps Fundamentals:
Master Linux Essentials:
Grasp Networking Basics and Operations:
Develop Applications Using Various Environments:
Source Code Management Proficiency:
Apache Tomcat is a widely used web server and servlet container that enables the hosting and running of web applications written in Java. It serves as a platform to manage Java code, making it accessible from a web browser. Primarily, developers use Tomcat to deploy and manage web applications seamlessly. It is one of the core components often taught in DevOps courses and is vital for those pursuing aws DevOps certification. Learning how to operate Apache Tomcat is beneficial in DevOps full course and bootcamp DevOps settings, especially since it integrates well with various online DevOps courses focusing on continuous deployment and scalable solutions.
Linux commands are instructions that you can type on a command line to perform specific tasks on a Linux system. These tasks include managing files, running software, and checking system resources. Learning Linux commands is crucial for system administration, server management, and software development, especially in environments focusing on DevOps practices. Many DevOps courses, including a DevOps full course or bootcamp DevOps programs, cover Linux commands extensively. These courses often integrate tools like AWS for DevOps certification, further enhancing job-relevant skills in a comprehensive DevOps course online, preparing professionals for efficient, scalable server management and deployment.
Source code management (SCM) is a system that helps teams manage changes to their codebase efficiently. It tracks modifications, supports collaboration by allowing multiple developers to work on the same project, and helps prevent conflicts. SCM tools like Git facilitate storing versions of code, enabling developers to revert to previous states if necessary and merge changes from different team members smoothly. This process is critical in DevOps to maintain the rapid pace of development and deployment, ensuring that all code changes are integrated and tested continuously, which is fundamental in achieving agile, efficient project outcomes.
Networking basics involve the interconnection of multiple computers and devices to communicate and share resources efficiently. This includes understanding how data is transmitted over networks using various protocols and devices like routers, switches, and hubs. Key concepts include IP addressing, which assigns unique identifiers to devices, and subnetting, which organizes networks into manageable sections. Networking enables vital activities such as email communication, data transfer, and internet access, essential for both personal and professional environments. Mastery in networking can enhance capabilities in fields like DevOps, crucial for implementing and managing network-dependent cloud environments.
Application management involves overseeing software applications throughout their lifecycle to ensure optimal performance, accessibility, and security. This process includes the design, development, testing, deployment, and ongoing maintenance and enhancements. Essentially, application management ensures that applications meet user and business requirements efficiently. This practice is closely aligned with methodologies like DevOps, which integrates software development and IT operations to streamline and accelerate application delivery. Some specialized DevOps courses, such as a DevOps full course or bootcamp DevOps, often cover application management, including insights on using platforms like AWS for improved DevOps practices.
Git is a version control system that developers use to track changes in their code over time. It enables multiple people to collaborate on projects by maintaining a history of their work and allowing them to merge changes without losing data. Git helps to manage and resolve conflicts when more than one person edits the same piece of code. It is essential for DevOps practices, often integrated into DevOps courses, including those available online or through a bootcamp. Git skills are also crucial for professionals seeking AWS DevOps certification, as it enhances their ability to manage software development and infrastructure efficiently.
Webservers are specialized software that host and deliver web pages to users over the internet. When you enter a website's address, your browser sends a request to the webserver, which then processes this request and sends back the relevant web page. This interaction allows you to access and interact with websites. Webservers also handle more complex tasks like script processing, database management, and application hosting, making them crucial in web development and operations. They are pivotal in both small and large scale internet applications, forming the backbone of online services and dynamic web content delivery.
Nginx is a powerful web server used to handle web traffic efficiently. It serves as a reverse proxy, directing client requests to appropriate servers and thereby improving speed and scalability. Nginx excels in handling many connections simultaneously with minimal resources, making it ideal for serving static content, like images and HTML files, and for balancing loads among multiple servers. Its versatility and performance make it a favored choice in modern web architectures, often utilized in DevOps to streamline deployment processes for improved reliability and speed in application delivery.
Databases are structured systems where data is stored, managed, and retrieved efficiently. They are the backbone of many applications, providing the ability to store vast amounts of information in a way that is both accessible and secure. Databases can be categorized into different types, such as relational databases, which organize data into tables and rows, and NoSQL databases, which handle unstructured data more flexibly. Key operations in databases include creating, reading, updating, and deleting data. These functionalities ensure that users can keep their data up to date and retrieve it as needed for various applications.
MySQL is a popular relational database management system used for storing and retrieving data in a structured format. It is widely used in website development and is known for its performance, reliability, and ease of use. MySQL helps users to manage databases by storing data in tables, and it supports various data types that can be retrieved or manipulated through SQL (Structured Query Language). It is a key component in many web applications, often used in conjunction with languages like PHP and platforms like WordPress to create dynamic websites and online applications. MySQL is essential for data-driven websites and applications.
Terraform is a tool used in DevOps to manage and provision your infrastructure using code. It allows you to define both cloud and on-premises resources in human-readable configuration files that you can version, reuse, and share. Terraform automates the process of setting up servers, databases, networks, and other infrastructure, ensuring that the deployment is repeatable and consistent. It is widely integrated into DevOps full courses, including AWS DevOps certification, and is often a key component of bootcamp DevOps programs and DevOps courses online, helping professionals efficiently manage resources across various platforms.
MongoDB is a modern database that manages information differently compared to traditional databases. It's built to work with large sets of data and complex software systems efficiently. Instead of storing data in rigid, row-and-column tables like many other databases, MongoDB uses flexible, JSON-like documents which makes data integration faster and easier for developers. This flexibility allows MongoDB to address a wide range of data management and processing needs for applications, making it particularly popular for handling big data and creating scalable, high-performance web applications. MongoDB's adaptable and versatile nature fits well into diverse development environments, supporting rapid application development.
Containerization is a type of virtualization strategy used in developing, deploying, and managing applications efficiently. Rather than each application relying on its host system, containerization allows applications to be encapsulated with their own operating environment. This means each container, holding an application and its dependencies, can run consistently across any computing environment. This technology is embraced in DevOps to streamline the development process, as seen in the full DevOps courses and specific AWS DevOps certification training. Online DevOps courses and bootcamp DevOps programs increasingly focus on mastering containerization techniques, reflecting its growing importance in the industry.
Docker is a tool designed to make it easier to create, deploy, and run applications by using containers. Containers allow a developer to package up an application with all the parts it needs, such as libraries and other dependencies, and ship it all out as one package. This assures that the app will run on any other Linux machine regardless of any customized settings that machine might have that could differ from the machine used for writing and testing the code. Docker is particularly useful in DevOps as it enhances the ease and efficiency of the CI/CD pipelines.
Automation with shell scripts involves using simple coded commands in a text file to automate repetitive tasks on a computer system. This technique is particularly valuable in DevOps, optimizing and streamlining the software development and deployment process. Shell scripts maintain system efficiency and reliability, crucial for managing complex operations often trained in DevOps courses or specific AWS DevOps certifications. Learning shell scripting in a bootcamp DevOps or a DevOps full course allows professionals to execute batch tasks efficiently, improving productivity and system management within IT environments.
Kubernetes is a system that manages containerized applications across a group of machines. It orchestrates computing, networking, and storage infrastructure on behalf of user workloads. This enables smoother deployment and scaling of applications, as well as makes better use of hardware to save resources. Essentially, Kubernetes automates many of the manual processes involved in deploying, managing, and scaling containerized applications, which is crucial for DevOps practices that aim for high efficiency and quick software delivery. It's compatible with various cloud services, making it a versatile tool for modern software development environments.
DevOps Prerequisites Course
The DevOps Prerequisites course by Koenig Solutions is a comprehensive 4-day hands-on training designed for professionals to master fundamental DevOps skills, tools, and practices.
Target Audience:
IT Operations Professionals
Aspiring DevOps Engineers
System Administrators
Network Engineers
Software Developers
Application Developers
Database Administrators
Cloud Engineers
IT Managers
Infrastructure Engineers
Automation Engineers
Site Reliability Engineers (SREs)
Technical Leads and Architects
The DevOps Prerequisites course provides comprehensive foundational knowledge and practical skills essential for mastering DevOps. Spanning over 4 days, this hands-on course gears you with a solid understanding of Linux, networking, application development, source code management, web servers, databases, containerization, and automation.
Understand DevOps Fundamentals:
Master Linux Essentials:
Grasp Networking Basics and Operations:
Develop Applications Using Various Environments:
Source Code Management Proficiency:
