Networking and Connectivity Training

DIXONTECH offers a comprehensive Networking and Connectivity Training course designed to provide participants with the foundational and advanced knowledge required to design, manage, and troubleshoot modern network infrastructures. This course covers essential networking concepts, architectures, communication protocols, and connectivity solutions for wired, wireless, and hybrid environments. Delegates gain the technical expertise to ensure secure, scalable, and high-performance network operations.

TRAINING TOPICS

• NETWORKING FUNDAMENTALS & TOPOLOGIES
• NETWORK DEVICES, PROTOCOLS & CONFIGURATION
• IP ADDRESSING, ROUTING & SWITCHING
• WIRELESS, CLOUD & REMOTE CONNECTIVITY
• NETWORK SECURITY, MONITORING & TROUBLESHOOTING

BY THE END OF THIS TRAINING COURSE, DELEGATES WILL BE ABLE TO:

• Implement and manage reliable, efficient, and secure network systems in any enterprise environment.
• Understand network architectures and communication models.
• Configure routers, switches, and access points.
• Manage IP addressing and subnetting.
• Secure networks against cyber threats.
• Optimize connectivity and bandwidth utilization.
• Troubleshoot and resolve network performance issues.

TRAINING IS TAILORED TO

• IT professionals, technicians, and engineers responsible for managing or designing network infrastructures.
• Network and Systems Administrators.
• IT Support and Infrastructure Engineers.
• Telecommunications Specialists.
• Cloud and Connectivity Engineers.
• Cybersecurity and Network Analysts.
• Professionals preparing for networking certifications (CCNA, CompTIA Network+).

TRAINING METHODOLOGY

The course combines theoretical instruction with practical, lab-based exercises. Participants gain hands-on experience configuring network devices, analyzing packet flows, and securing network operations. Simulated labs ensure applied understanding of real-world scenarios and performance optimization.

DAY 1:

NETWORKING FUNDAMENTALS & TOPOLOGIES

• Introduction to networking concepts and architectures.
• The OSI and TCP/IP communication models explained.
• Physical, logical, and hybrid topologies.
• Understanding LANs, WANs, MANs, and VPNs.
• Network hardware components and functions.
• Overview of data transmission and signal types.

DAY 2:

NETWORK DEVICES, PROTOCOLS & CONFIGURATION

• Roles of routers, switches, and firection types.
• Network configuration in enterprise enwalls.
• Configuring and managing basic network devices.
• Overview of TCP/IP, DHCP, DNS, and ARP protocols.
• VLANs and segmentation for efficient networking.
• Network cabling standards and connevironments.

DAY 3:

IP ADDRESSING, ROUTING & SWITCHING

• IPv4 and IPv6 addressing schemes explained.
• Subnetting and IP planning best practices.
• Static vs dynamic routing protocols (RIP, OSPF, BGP).
• Switching fundamentals and trunk configuration.
• NAT, PAT, and gateway management.
• Packet analysis and routing table interpretation.

DAY 4:

WIRELESS, CLOUD & REMOTE CONNECTIVITY

• Designing and configuring wireless networks (Wi-Fi 6).
• SSID management and wireless security standards.
• Remote connectivity using VPNs and tunneling protocols.
• Integrating networks with cloud connectivity.
• IoT and edge networking solutions overview.
• Optimizing connectivity for hybrid environments.

DAY 5:

NETWORK SECURITY, MONITORING & TROUBLESHOOTING

• Network vulnerabilities and protection mechanisms.
• Firewalls, IDS/IPS, and access control lists (ACLs).
• Network monitoring using SNMP and NetFlow.
• Performance diagnostics with Wireshark and Ping tools.
• Troubleshooting layer-by-layer network issues.
• Capstone project: build, secure, and test a network setup.

FORMATTING NOTES:

• Font: Poppins
• Size: 12
• Headings: Uppercase + Bold
• DAY titles: Bold + separate line
• Main titles: Bold + separate line
• Bullets: Standard, one line each (5–10 words)
• Spacing and alignment: Clean professional layout.