Linux Complete Online Course

Linux Operating system which is based on Unix, is getting popular among programmers and developers worldwide due to its flexibility, stability, and security features. To equip students with the necessary skills for today's job markets, our Linux Complete Online Course offers an advanced curriculum designed to provide a comprehensive understanding of the Linux environment.

Not only will you gain expertise in configuring web servers or cloud computing services using Linux tools but also knowledge about Mobile Devices like Android that run on top of it as well as Embedded Systems such as the Internet of Things, Robotics, etc. Our course emphasizes hands-on practical experience with creating customized scripts for automation purposes that save time & effort while maintaining security standards following industry best practices.

What is Linux?

Linux Operating System was created by Linus Torvalds in 1991. It's very popular, reliable, and can be freely modified due to being open-source, making it a great option for research purposes. Its impact on software engineering history has been significant as well since Linux has established itself as a valuable codebase.

Course Outline

Our Linux Complete Online Course offers a structured and in-depth understanding of the operating system, starting from basic concepts to advanced topics.

Key topics covered in the course are:

• Introduction to Linux and its History

• Linux Kernel Architecture and Components

• File System, Processes, and Threads

• Linux installation and configuration

• User management and file permissions

• Command-line interface and tools

• Shell scripting and automation

• Linux networking and security

• Linux virtualization and containerization

Each topic is tailored to provide a hands-on and practical approach, allowing students to acquire the necessary skills to work with Linux confidently.

What We Offer

Our course strives to simplify the learning process of the Linux operating system for our students. The lectures will be comprehensive yet straightforward, ensuring that they do not miss out on essential concepts. Additionally, practical demonstrations will illustrate how to execute tasks using various Linux commands in real-time. We employ a hands-on approach through structured exercises utilizing an already installed virtual computer with a Linux distribution - allowing learners full access and experimentation without additional installation requirements or risk associated with interfacing with servers directly.

By doing projects during this course, situations common within industries are simulated providing learners firsthand experience handling complex challenges requiring critical thinking skills which provide invaluable problem-solving capabilities beyond the scope of classroom theory-based assignments only.

We understand that these instructional strategies require mastery before undertaking kernel programming courses offered by our school's facility requiring good foundations in both C++ and UNIX essentials as prerequisite knowledge expanding into more detailed programming proficiency focused around custom OS development further building upon fundamental understanding covered within this class worth comprehending correctly from early stages onwards along their academic journey promoting smooth transitions between programs throughout student education curriculums at large.

The course offers online discussion forums and materials for students to engage with their peers. These conversations not only clarify student questions but also provide a learning environment where they can benefit from others' inquiries and gain knowledge more effectively. We've got you covered in this course with online quizzes, helpful materials, recorded lectures, and chances to ask questions. These resources are designed to help students learn the subject matter deeply while addressing their specific concerns. These beneficial tools ensure cumulative learning which is pivotal in problem-solving situations encountered in real-life scenarios.

Course Duration

This complete Linux course lasts for 12 weeks and expects students to set aside 2-3 hours per week for coursework. Every week, there will be assignments and exercises that may require the same amount of time commitment.

Projects

During this course, learners will work on various projects to enhance their practical skills with Linux. These projects simulate real-life scenarios and will require students to apply their theoretical knowledge of Linux operating systems to solve complex problems.

Some of the course projects:

• Setting up a web server

• Configuring a firewall to strengthen network security

• Developing a custom Linux kernel

• Creating a Linux cluster for parallel programming

• Implementing various Linux security measures

• Deploying Linux-based cloud applications

• Managing virtual machines using Linux tools

• Troubleshooting common Linux issues

• Developing scripts for system automation