Overview
Learn Cisco Packet Tracer basics, install the software, and navigate its interface for effective network simulation., Build and configure wired and wireless networks, assign IPs, and simulate key protocols like ARP, DNS, DHCP, FTP, and SMTP., Design advanced networks using VLANs, inter-VLAN routing, wireless standards, IoT devices, and practice essential security concepts., Apply skills through real projects, creating office networks, enterprise setups, and smart home simulations for real-world practice.
Beginners who want to learn computer networking from scratch Students preparing for networking exams like CCNA IT professionals looking to strengthen hands-on network simulation skills Educators and trainers who use Packet Tracer for teaching Anyone interested in building and testing networks using a practical, visual tool Hobbyists and tech enthusiasts curious about networking, IoT, and simulations
Basic computer knowledge (Windows/Linux/Mac) Interest in networking, simulation, or Cisco technologies Very basic understanding of IP addressing is helpful but not mandatory A laptop/PC capable of running Cisco Packet Tracer No prior networking or Packet Tracer experience required—beginners are welcome!
This course provides a complete, hands-on introduction to Cisco Packet Tracer, one of the most widely used tools for learning and practicing computer networking. Designed for beginners and aspiring network professionals, the course takes you from the basics of installation and interface navigation to building fully functional network simulations.
You will learn how to create wired and wireless network topologies, configure IP addressing, and test connectivity using real-time and simulation modes. The course covers essential network protocols such as ARP, DNS, DHCP, FTP, SMTP, and HTTP, allowing you to understand how networks operate in real environments. You will also explore routers, switches, servers, and IoT devices, gaining practical experience with device configuration and troubleshooting.
As you progress, you will work on advanced topics including VLANs, inter-VLAN routing, wireless standards, and basic network security concepts like ARP poisoning and mitigation. Each module is designed to build your skills step-by-step through practical labs and guided exercises.
To reinforce your learning, the course includes capstone projects such as a small office network, an enterprise VLAN-based setup, and a smart home IoT system. By the end of the course, you will be confident in designing, configuring, and simulating networks using Cisco Packet Tracer—making you well-prepared for academic, professional, and certification needs.
Dr. YERRISWAMY T
Dr. Yerriswamy T
Professor, School of Computer Science & Engineering, REVA University, Bengaluru
Dr. Yerriswamy T holds a Ph.D. in Computer Science and Engineering and currently serves as Professor at REVA University. With over 20+ years of teaching experience, he specializes in computer networks and is a CCNA-certified instructor.
His core research areas include information and network security, machine learning, and data analytics. He has authored 10+ journal publications, 12+ conference papers, and holds 5 patents along with 2 copyrights.
Dr. Yerriswamy has led research initiatives in network security, including projects on anomaly-based intrusion detection using evolutionary algorithms. He actively mentors undergraduate, postgraduate and PhD students in academic and research projects.
He has served as a Resource Person for various FDPs and workshops on NS2/NS3, Python programming, and data analytics, hosted by many reputed institutions.
He was a member of the Editorial Board for many reputed Journals. He has also chaired technical sessions at national and international conferences.
Dr. Yerriswamy is recognized for his commitment to knowledge dissemination through seminars, technical training, and academic events. He consistently contributes to professional development within the academic community.
In addition to his academic role, he runs a YouTube channel focused on engineering concepts, delivering educational content on simulation tools and networking topics.
His dedication to teaching, combined with strong research credentials, highlights his valuable contribution to academia and technical education.