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Computer Networks

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Computer Networks

About The Course

If you want to learn the network concepts you are at the right spot. The course duration is 16 weeks in which will be held 32 classes. Duration of the class is 45 min. Weekly is planed to be held one block of two classes with duration of 45 min. Classes are separated with 15 min break.  The course schedule can be crashed up to 8 weeks in which will be conducted two block classes weekly. Lectures can be held online or on site depending of student needs. Online lectures will be held in the same timing with the one held physically in the classroom.

What Will You Learn?

You will learn fundamentals of computer networks.

  • OSI Model, TCP/IP Model .

  • Network Protocols and Communication.

  • Network Layer.

  • Routing Concepts.

  • VLANs, Access Control Lists.

  • EIGRP, OSPF, Troubleshooting.

The Course Curriculam

Introduction of the Module OSI Model, TCP/IP Model
Students should understand the basics of OSI and TCP/IP Network Model.

  • Week 1
    00:00

Network Operating System, Network Protocols and Communication, Network Access Layer, Ethernet
Students should understand the meaning of network operating systems, network protocols and communication and network access layer.

Network Layer, IPv4 and IPv6 IP Addressing, Subnetting IP Networks
Students should understand the meaning of ethernet, network layer, IPv4 and IPv6 protocols, as well as IP Addressing and Subnetting IP networks.

Transport Layer, Application Layer, Build a Small Network, Network Troubleshooting
Students should understand the functionalities of Transport and Application Layer, as well as, they will learn how to build a small network, and how to do network troubleshooting.

Routing Concepts Static Routing
Students should understand the fundamental routing concepts. In addition, the static routing will be covered in detail.

Dynamic Routing Switched Networks Switched Configuration
Students should understand the concept of dynamic routing. In addition, the switched networks and switched configuration will be covered in detail.

VLANs Access Control Lists DHCP
Students should understand VLANs, Access Control Lists and DHCP.

NAT for IPv4 Device Discovery, Management and Maintenance
Students should understand the concepts of NAT for IPv4, Device Discovery, as well as Management and Maintenance.

LAN Design Scaling VLANs STP
Students understand fundamental concepts of LAN Design, Scaling VLANs, and STP protocol.

EtherChannel and HSRP Dynamic Routing
Students understand the meaning of EtherChannel and HSRP, and they will learn the more details the dynamic routing.

EIGRP, EIGRP Tuning and Troubleshooting
Students will understand the idea of EIGRP protocol, as well as EIGRP Tuning and Troubleshooting.

Single Area OSPF, Multi Area OSPF, OSPF Tuning and Troubleshooting
Students will understand the idea of OSPF protocol (Single Area OSPF and Multi Area OSPF), OSPF Tuning and Troubleshooting.

WAN Concepts, Point to Point Connections, Branch Connections
Students should understand the WAN concepts, point to point connections, and branch connections.

Access Control Lists, Network Security and Monitoring, Quality of Service (QoS)
Students will learn more details about Access Control Lists, Network Security and Monitoring, as well as, they will Quality of Service (QoS).

Network Evolution, Network Troubleshooting
Students will learn about Network Evolution and they will learn more details about Network Troubleshooting.

Final Exam on the whole material Grade and Feedback on the assignments
Evaluation Time

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Stojan Kitanov

Professor

Dr. Stojan Kitanov has been part of the academic community for more than 13 years, holding various positions. Dr. Stojan

8 Courses 2 Students
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Ivan Petrov

Professor

Dr. Ivan Petrov is a prominent professional and stakeholder in both the academic and business community. He has a professional

21 Courses 2 Students
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