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Keep shoppingCisco Internet of Things (IoT)
Role Play
120 students
Cisco Internet of Things (IoT)
A Beginner’s Guide to IoT Using Cisco – Learn by Building Smart Simulations
Created byDan Mill
Last updated 3/2026
English
What you'll learn
- What IoT is, how it works, and why it matters in home and enterprise networks.
- How to set up Smart Home and Office IoT Labs using sensors, actuators, microcontrollers (MCUs), and single-board computers (SBCs).
- The difference between IoT Controllers, MCUs, SBCs, and how they interact with physical components.
- How to simulate automated actions like triggering lights, fans, alarms, and sprinklers based on sensor input.
- Best practices for designing secure, scalable IoT networks suitable for small homes and large enterprises.
- A deep dive into Industrial IoT (IIoT) — where students will simulate systems used in factories and critical infrastructure.
- A look into Smart Cities — simulating intelligent traffic systems, streetlights, water control, public safety devices, and other urban applications.
- The fundamentals of IoT security, data communication, and enterprise-level architecture
- How to bridge the gap between home setups and large-scale enterprise or city-level networks, preparing for roles in networking and automation.
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Course content
8 sections • 47 lectures • 3h 47m total length
Requirements
- This course is designed with beginners in mind, so you don’t need any advanced technical background.
- A basic understanding of how computers and networks work (helpful but not mandatory)
- Interest in IoT, automation, or smart technology.
- A laptop or desktop capable of running Cisco Packet Tracer
Description
Cisco Internet of Things (IoT) is a beginner-friendly, hands-on course covering the fundamentals of IoT technology and practical IoT system configuration using Cisco Packet Tracer, a free network simulation tool that removes the need for expensive physical hardware.
The course begins with a clear introduction to what IoT is, how it works, and how it is being applied across industries today. Hands-on exercises are completed inside a virtualised lab environment throughout, covering four core IoT scenarios. Smart home labs cover the automation and control of household devices including lights, doors, fans, and alarms. Smart office labs address workplace automation for efficiency and security. Industrial IoT labs simulate factory and warehouse environments using sensors and actuators. Smart city labs cover traffic management systems, streetlighting, and public safety infrastructure.
The course also covers IoT controllers, microcontrollers, and single-board computers, explaining how these components function within IoT deployments. A practical introduction to Python scripting for IoT is included, giving students an accessible entry point into programming connected devices without requiring prior coding experience.
Please note that this course is intended for educational purposes only.
The course is designed for IT students and graduates wanting to add IoT knowledge to their skill set, aspiring network engineers and administrators, tech enthusiasts curious about connected technology, career changers entering IT or networking, and certification candidates studying for CCNA or other networking qualifications.
Upon completion, students receive a Certificate of Completion suitable for adding to a résumé or LinkedIn profile.
Who this course is for:
- Absolute beginners who are curious about the Internet of Things (IoT) and want to learn how smart devices work together.
- Networking students looking to expand their skills by exploring how IoT fits into home, office, industrial, and smart city environments.
- Aspiring IT professionals who want hands-on experience with IoT simulation using Cisco Packet Tracer — a key tool in many certification pathways.
- Tech enthusiasts and hobbyists who want to automate environments and get creative with sensors, actuators, and code.
- Educators and trainers who want to use Packet Tracer to teach IoT concepts in a classroom or lab setting.
- Anyone preparing for future careers in networking, automation, cybersecurity, or smart infrastructure.