The Networking Course is designed to provide participants with a thorough understanding of the fundamental concepts and technologies of computer networking. Throughout the course, key topics such as the OSI and TCP/IP models, IP addressing , routing protocols , LANs and VLANs , network security , and emerging technologies such as SDN and network virtualization will be explored.
This course combines theory and practice to ensure that participants acquire skills applicable in real-world environments.
This course is aimed at IT professionals, system administrators, and anyone interested in gaining advanced knowledge in computer networking. It is also ideal for computer science and telecommunications students who wish to delve deeper into the field of networking. Participants will learn how to design, configure, and manage networks efficiently, preparing them for technical and support roles in the networking field.
Unit 1: Review of Basic Concepts
- Review of OSI and TCP/IP models
- IP addressing (subnetting, supernetting, VLSM)
- Routing protocols (RIP, OSPF, EIGRP, BGP)
Unit 2: LANs and VLANs
- LAN network architectures
- Configuring and managing VLANs
- Trunking Protocols (802.1Q)
- Spanning Tree Protocol (STP) and its variants (RSTP, MSTP)
Unit 3: Dynamic Routing and Routing Policies
- Advanced OSPF and EIGRP Configuration
- BGP Configuration and Management
- Routing policies and route filtering
- Redundancy and high availability (HSRP, VRRP, GLBP)
Unit 4: Inter-Domain Routing
- Multi-homing and advanced BGP
- Routing between AS (Autonomous Systems)
- MPLS (Multiprotocol Label Switching)
- Traffic engineering with MPLS
Unit 5: Network Security Fundamentals
- Network Security Principles
- Configuring firewalls and access control lists (ACLs)
- Network segmentation and security zones
Unit 6: Security Technologies and Protocols
- VPNs (Virtual Private Networks) - IPsec, SSL VPN
- AAA (Authentication, Authorization, Accounting) Implementation
Unit 7: Wireless Networks
- Wireless Network Architecture and Design
- Configuration and optimization of APs (Access Points)
- Wireless network security (WPA3, 802.1X authentication)
Unit 8: Mobility and Network Management
- Roaming and mobility management
- Wireless network management solutions (WLC, Mobility Controllers)
- Performance monitoring and optimization
Unit 9: Introduction to SDN
- SDN Concepts and Architecture
- SDN controllers (OpenFlow, ONOS)
- SDN Applications and Use Cases
Unit 10: Network Virtualization
- Network Functions Virtualization (NFV)
- Software-defined networking in data centers
- SDN and NFV integration
Unit 11: Network Monitoring
- Monitoring tools and techniques (SNMP, NetFlow, sFlow)
- Performance analysis and troubleshooting
- Log and syslog management
Unit 12: Network Management and Automation
- Network management tools (Cisco DNA, SolarWinds)
- Network Automation (Ansible, Python)
- Introduction to DevOps for Networks
Final Project. Integrative Project
Unit 13: Designing and configuring a business network
- Microsoft Azure Networking: You can use services like Azure Virtual Network to create and configure enterprise networks in the cloud. This practice will help you design virtual networks, configure subnets, and manage routing within an enterprise environment.
- Azure ExpressRoute: To establish private connections between on-premises infrastructure and Azure, which is useful for a hybrid enterprise network.
Unit 14. Implementing security and routing policies
- Azure Network Security Groups (NSGs): Implement security policies that control incoming and outgoing traffic on virtual networks.
- Azure Firewall: A practice would be to configure Azure Firewall for traffic inspection and enforcement of secure routing policies on the network.
- Azure DDoS Protection: Protect your enterprise network against distributed denial of service attacks.
Unit 15. Integration of SDN and virtualization technologies
- Azure SDN (Software Defined Networking): Uses Azure SDN to centrally manage the network control layer. This allows network elements to be configured and managed dynamically.
- Azure Virtual WAN: Explore how multiple offices can be connected in a global network through a virtualized WAN.
- Hyper-V Virtual Switch: Within a virtual infrastructure, Hyper-V allows you to create virtual switches and manage traffic between virtual machines in an advanced way.
Unit 16. Project presentation and documentation
- Microsoft Visio: You can use Visio to design network diagrams, document security configurations and policies, and show how technologies are deployed.
- Microsoft PowerPoint: Ideal for preparing the visual presentation of the project, illustrating the design, implementation and results of the final project.
To get the most out of this course, it is recommended that participants have basic computer and networking knowledge. Previous experience configuring networks and familiarity with concepts such as IP, subnets, and routing protocols will be beneficial, although not strictly required. The course is designed to be accessible to both beginners and those with intermediate networking experience.
