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Course Introduction and Exam Readiness

Welcome, Outcomes, and How to Succeed

Building Your Lab and Tooling

Networking Foundations Aligned to CCNA

IP Fundamentals and Subnetting Mastery

Switching Essentials: VLANs, Trunks, and STP

Routing Fundamentals: Static, OSPFv2/v3, and Inter-VLAN

Services and Security Basics for Enterprise Edge

Wireless and WAN Fundamentals

Automation, Management, and Troubleshooting

Network Management, Monitoring, and Logging

Intro to Programmability and APIs for CCNA

Troubleshooting Methodology and Common Issues

End-to-End Capstone and Documentation

Capstone: Design, Configure, Verify, and Document

Quizzes and Survey

Quiz: IP Addressing and Subnetting

Quiz: Switching, VLANs, and STP

Quiz: Routing and OSPF

Quiz: Services, NAT, and ACLs

Quiz: Automation, Management, and Troubleshooting

Course Feedback Survey

Master the core knowledge and hands-on skills required to pass the Cisco CCNA 200-301 exam and perform confidently on real networks. CCNA Networking Fundamentals: Theory, Labs, and Exam-Ready Mastery blends crisp explanations with guided lab practice so you can design, configure, verify, and troubleshoot modern enterprise networks. You’ll build your own lab using Packet Tracer, CML, GNS3, or real gear; practice VLANs, trunking, STP/RSTP, inter-VLAN routing, OSPFv2/v3, NAT/PAT, DHCP, ACLs, syslog, and basic SNMP; and explore wireless, WAN, and IPsec concepts. Subnetting, IPv6, and route summarization are taught with proven workflows that accelerate speed and accuracy for the exam. You’ll also get a gentle, CCNA-friendly introduction to REST APIs and automation using RESTCONF and simple Python/CLI tooling. Throughout the course, you’ll follow a structured study plan, use quizzes to validate retention, and complete an end-to-end capstone project that simulates a real-world deployment—complete with documentation, verification outputs, and a runbook. Whether you’re starting your networking journey or refreshing skills for recertification, this course gives you the clarity, repetition, and practical scenarios you need to become truly job-ready and exam-ready.

CCNA Networking Fundamentals: Theory, Labs, and Exam-Ready Mastery

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            <p>CCNA Networking Fundamentals: Theory, Labs, and Exam-Ready Mastery is designed to take you from concepts to configurations to confident exam performance for the current CCNA (200-301). The course blends clear theory with hands-on labs, structured quizzes, and a capstone project so you can measure progress and prove readiness. You will set up a practical lab using Packet Tracer, CML, GNS3, or real gear; adopt documentation and configuration version control habits; and learn how to use the included assessments to target weak spots before test day.</p>

<p>We start by building your toolset—terminal clients, SSH, serial access, and configuration backup/restore—then move into networking foundations aligned to CCNA objectives. You will master IPv4/IPv6 addressing, VLSM/CIDR, and fast binary subnetting; implement switching with VLANs, trunks, STP/RSTP hardening, and EtherChannel; and configure routing with static routes, OSPFv2/v3, and inter-VLAN designs using SVIs or router-on-a-stick. Services and security at the enterprise edge follow, including DHCP, DNS fundamentals, NTP, NAT/PAT, and IPv4/IPv6 ACL strategies, before expanding into wireless and WAN essentials with WLAN architecture, roaming, channel planning, and site-to-site IPsec concepts.</p>

<p>Next, the focus shifts to operations: network management and monitoring with syslog, SNMP, and NetFlow/IPFIX; image and configuration management with golden templates; and an approachable introduction to programmability using JSON/YAML, RESTCONF on IOS XE, and Python/CLI tooling to collect device facts. Throughout, you will apply a structured troubleshooting methodology—define, isolate, remediate, verify—using show/debug commands and packet captures across layers (physical, VLAN, trunk, routing, ACL, NAT, DNS) to build real diagnostic confidence.</p>

<p>The learning journey culminates in an end-to-end capstone. You will design, configure, verify, and document a multi-VLAN campus backed by inter-VLAN routing, OSPF, NAT, DHCP, ACL edge security, and syslog. Deliverables include an addressing plan, topology diagram, change records, verification outputs, KPIs, and a runbook. Quizzes interleaved across IP, switching, routing, services, automation, management, and troubleshooting help you validate mastery at each milestone—so by the time you reach the capstone and the exam, your skills are tested, documented, and exam-ready.</p>
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