Introduction to Networking and Cloud Computing

Yes, there is hands-on work, but it's guided rather than lab-heavy. You'll do exercises like finding your device's IP address, checking open network sessions, expanding a small-business network layout, and creating a virtual network diagram in Figma. There's also a final project built around a digital transformation plan, so you apply each concept in a concrete scenario instead of only reading about it.

You'll cover how networks are organized and communicate, how cloud environments and virtual machines fit into business systems, and how common security controls protect access and traffic. The course uses ideas like IP addressing and firewalls to explain how infrastructure works, then connects them to Azure and cloud service models. By the end, you should have a broad view of networking, cloud computing, and security as one connected topic rather than separate pieces.

After finishing, you should be able to explain core networking and cloud concepts, recognize common security measures, and make sense of basic infrastructure choices. For example, you could outline a simple business network, show where a firewall or VPN fits, and suggest cloud services that support growth. It's a practical level of skill for discussing and evaluating systems, even though the course doesn't try to turn you into a specialist.

It's more concept-first than project-heavy. Most of the course focuses on understanding how networks, cloud services, and security controls work, with guided exercises and a final project to reinforce the ideas. It's a good fit if you want practical context without needing a deeply technical lab course.