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Empowering Careers Through Tech Education.
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Empowering Careers Through Tech Education.
Networking is the backbone of modern technology, enabling devices, applications, and people to communicate efficiently. With the rise of AI, our dependency on computing and networking devices has grown exponentially, making networking one of the most in-demand skills by both small businesses and large enterprises. Whether you want to get into technical support, cybersecurity, cloud computing, or systems administration, understanding networking is essential.
This course provides a complete introduction to networking principles, hardware, protocols, best practices, and several other crucial areas you need to get started and advance in various IT fields. From the basics of network architecture to advanced topics like virtualization and cloud networking, this course is designed to give you practical knowledge you can apply immediately in any role.
By the end of the course, you’ll have a strong foundation to configure, secure, and troubleshoot networks in real-world environments—both on-premise and in the cloud. You will gain several job-ready skills that you can add to your resume or use for portfolio projects, increasing your chances of landing a role in tech or securing clients if your goal is to start a business.
This course covers core networking concepts, including network models, protocols, addressing, and routing. You’ll gain the knowledge required to understand how networks operate and how data travels from one device to another.
This knowledge can be applied in almost any IT field, including cybersecurity, cloud computing, software development, technical support, and more. The tutor will provide real world examples to show how networking is used in these popular fields.
Learn about the hardware devices that make networks work, including routers, switches, access points, and cabling. You’ll also explore essential network services and applications that keep IT environments running smoothly.
You will learn how these devices operate from first principles, which is crucial for solving networking challenges. Our tutor will also cover all these popular networking devices in depth, helping you understand how they work and which to use in different situations.
This course is an excellent resource when preparing for certifications like CompTIA Network+, Cisco CCNA, and other networking-related credentials. It equips you with both theoretical knowledge and practical skills. Since most IT fields require networking knowledge, this understanding will be extremely valuable if you plan to pursue any IT certifications.
Networking issues are inevitable in real-world IT environments. This course teaches you troubleshooting tools and methodologies to diagnose and resolve common network problems efficiently. The tutor will also discuss common networking challenges and how to fix them. Finally, you will be introduced to frameworks that can be used to solve common networking challenges.
Explore wireless networking, virtualization, and cloud-based network architectures. You’ll understand how networking is evolving with emerging technologies and how to adapt to these changes. Learning these fundamentals will also help you grasp more advanced networking topics if you decide to specialize further in this area of IT.
In this era of AI, many jobs are being automated, but networking remains a field that relies heavily on critical thinking and decision-making, which require human expertise. By taking this networking course, you will lay a strong foundation for building a long and successful career in IT.
This networking course has 15 modules. These include:
In this module, you will learn the basics of networks, the different types of networks, and why networking is essential in IT. This is one of the most important modules, and understanding it will make it easier to follow the rest of the course. It dives deep into several key concepts, how they are related, and why they matter in the world of networking.
Networking devices play a crucial role in data centers, enabling servers to communicate effectively using pre-determined configurations and rules. In this module, you will explore the functions of networking devices, including routers, switches, hubs, firewalls, and other key devices. The knowledge from this module will be applicable in later modules, making it an important foundation.
Just like networking devices, cabling is another crucial component—it allows different computers and networking devices to connect and exchange data. In this module, you will learn about different cabling types, media, and how to properly connect network devices with servers and client devices.
In this module, you will dive into these fundamental networking models and see how they guide network design and troubleshooting. Learning these models is essential as it explains how data travels through the seven layers: Physical, Data Link, Network, Transport, Session, Presentation, and Application. Understanding this helps you pinpoint network issues at the exact layer and determine the correct approach to fix them.
This module introduces how IP addresses version 4 work and how to segment networks efficiently using subnetting. Whether you work in cloud computing or cybersecurity, learning IP addressing and subnetting is crucial. You will gain practical knowledge on how subnetting and IP addressing are applied in real-world situations and learn the best practices for effective implementation.
This module will help you understand the next-generation IP protocol and its role in modern networks. IPv6 is the successor to IPv4, allowing for a vastly larger number of IP addresses. You will learn how IPv6 is implemented and the best use cases where it might be required.
In this module, you will explore how data is routed between networks, including static and dynamic routing concepts. Routing is crucial not only for designing networks but also for troubleshooting and resolving issues.
This module introduces different switching concepts, including VLANs, MAC addresses, and switching technologies that optimize network performance. It builds on the switch concepts covered in module 2.
In this module, you will understand Wi-Fi standards, wireless security, and best practices for deployment. Wi-Fi networks are present in almost every organization, so learning how they work will help you design them effectively and troubleshoot common issues.
You will explore essential services like DNS, DHCP, HTTP, and more. These services are the backbone of the internet, and learning them will give you a better understanding of how the internet functions. You will also learn about some of the most popular providers of these services.
With the increasing rate of data breaches and cybercrime, learning the basics of network security is crucial for any role that involves some form of networking. This module covers core security principles to protect networks from threats, including zero trust, least-privilege access, and more.
In this module, you will discover how virtual networks and cloud services change network design and management. Most on-premises and cloud environments include some form of virtualization, making this module essential for anyone working in modern IT.
This module covers practical skills for using network troubleshooting tools like ping, tracert, Wireshark, command-line utilities, and more. Knowing how to use these tools is crucial, as they are used frequently in most tech roles.
After learning the tools, this module teaches systematic approaches to identify and resolve network problems. The tutor will walk you through common frameworks for troubleshooting network issues and show how to resolve them effectively.
Finally, you will learn the importance of policies, standards, and documentation in network management. In any tech role, you will often need to create or interpret documentation, so learning how to do this and following best practices is very helpful.
After the main course, there are five additional modules containing quizzes to test your knowledge. Four of these modules include five questions each, while one module includes three questions, making a total of 23 questions. These quizzes will help you reflect on what you have learned and assess whether you can apply your knowledge to solve real-world problems.
