Course Overview
About Course
The Cisco Certified Network Associate (CCNA) training is a comprehensive 40‑hour program designed to teach foundational and intermediate networking skills aligned with Cisco’s CCNA 200‑301 certification. Beginning with the essentials, learners master networking models (OSI/TCP‑IP), key devices (routers, switches, firewalls), and both IPv4 and IPv6 addressing, including subnetting and network topologies
The training then dives into network access, VLAN configuration, trunking, STP variants, and wireless access, complete with lab exercises to reinforce concepts. Participants also learn routing fundamentals, static and OSPFv2 routing protocols, and develop hands-on proficiency with Cisco IOS CLI. This ensures they can confidently set up and verify routing tables and OSPF neighbor relationships .
IP services are covered in detail, including DHCP/DNS configuration, NAT implementation, and NTP synchronization—each supported by realistic tasks. Security is woven throughout, teaching threat mitigation, port-level safeguards, ACL configurations, and VPN overviews to secure network infrastructure .
Modern networking approaches are included, such as automation and programmability: students learn to use Cisco DNA Center, REST APIs, and configuration tools like Ansible and Puppet, preparing them for today’s dynamic network environments
Troubleshooting modules teach systematic diagnostics using tools like ping, traceroute, debug, and show commands. Labs on Packet Tracer or GNS3 provide realistic simulation environments, allowing learners to configure, test, and troubleshoot full network setups—VLANs, routing, services, and security.
A capstone culminates the training: learners architect a multi-layer network, implement every design component, and present their solution, demonstrating practical understanding and communication skills.
Aligned with Cisco’s certification domains—Network Fundamentals, Network Access, IP Connectivity, IP Services, Security Fundamentals, and Automation—this training ensures both theoretical and practical mastery for CCNA candidates . Graduates will leave with a strong technical foundation, lab-simulated experience, and the confidence needed to pursue CCNA certification and roles such as Network Engineer, Administrator, or Systems Troubleshooter.
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Course Syllabus
- Module 1: Network Fundamentals (6 hrs)
- OSI & TCP/IP models, key components (routers, L2/3 switches, APs, firewalls)
- IPv4/IPv6 addressing, subnetting, CIDR, addressing schemes
- Ethernet standards, MAC, collision domains
- Module 2: Network Access & Switching (6 hrs)
- VLAN creation, trunking (802.1Q), inter-VLAN routing
- Spanning Tree Protocol types (PVST+), loop prevention and redundancy
- WLAN components, APs, WLC intro
- Module 3: IP Connectivity & Routing (7 hrs)
- Routing principles, routing table lookup
- Static routing (IPv4/IPv6), default routes
- OSPFv2 single-area implementation and basics
- Module 4: IP Services (5 hrs)
- DHCP operation, DNS purpose and configuration
- NAT (static and pool)
- NTP client/server, basic SNMP logging
- Module 5: Security Fundamentals (5 hrs)
- Threats, vulnerabilities, mitigation strategies
- Layer‑2 security (port security, DHCP snooping, ACLs)
- VPN basics: remote access and site-to-site
- Module 6: Automation & Programmability (4 hrs)
- Network management using Cisco DNA Center or REST APIs
- Intro to configurations with Ansible, Puppet, Chef
- JSON/REST basics, overlay/underlay networks
- Module 7: WAN & Hybrid Networking (4 hrs)
- WAN types: MPLS, DMVPN
- GRE tunnels, IPv6 routing behaviors
- Module 8: Cisco IOS & CLI Hands-On Labs (4 hrs)
- Device CLI modes, configuration files, backup/restore
- Using debugs, show and troubleshooting commands
- Module 9: Network Troubleshooting (3 hrs)
- Ping, traceroute, cabling tests
- VLAN, routing, ACLs debug and best practices
- Module 10: Simulation Lab & Capstone (1 hr)
- Build a small-to-medium enterprise network on Packet Tracer / GNS3
- Implement VLANs, routing, IP services, security, automation and present it
- Module 1: Network Fundamentals (6 hrs)
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Key Features
- Hands‑on labs: VLANs, routing, ACLs, OSPF, NAT, SNMP, REST API calls using Packet Tracer or real switches
- Real Cisco routers/switches or virtual simulations (GNS3, Packet Tracer)
- Structured layering: from physical basics to controllers and SDN integration
- Security-first approach: ACLs, port security, VPN setup
- Modern tools: REST API usage, Cisco DNA Center, configuration management via Ansible/Puppet
- Troubleshooting methodology: systematic CLI commands, debugging flows
- Exam readiness: aligned with Cisco CCNA 200‑301 blueprint — covering all six domains
- Capstone network project: full design, implementation, configuration, and presentation
- Support: Instructor-led guidance, job preparation, and certification discussion



