ROUTING & SWITCHING Easy Paid

CCNA 200-301 Training

The Cisco Certified Network Associate (CCNA) course is designed for individuals who are passionate about computer networking and want to build a successful career in the networking industry. Whether you are a beginner, a university student, or an IT professional looking to enhance your networking skills, CCNA is the ideal starting point. Earning a CCNA Certification demonstrates that you possess the essential networking knowledge and practical skills required for entry-level networking positions. It is one of the most recognized IT certifications worldwide and serves as the foundation for a rewarding career in network engineering, system administration, and IT infrastructure.

15 সপ্তাহ 60 Hours 30টি লাইভ ক্লাস 6টি মডিউল

কোর্স এক নজরে

15 মোট সপ্তাহ

60 Hours মোট সময়

30 মোট ক্লাস

30 লাইভ ক্লাস

5 কুইজ

5 অ্যাসাইনমেন্ট

আমাদের কোর্স মডিউল

Roles and functions of network devices: routers, L2/L3 switches, firewalls & IPS, access points, controllers, endpoints, servers, PoE 
Network architectures: two‑tier, three‑tier, spine‑leaf, WAN, SOHO, on‑premises vs. cloud 
Physical interfaces and cabling: fiber (single/multimode), copper, Ethernet, point‑to‑point 
Interface issues (collisions, duplex/speed mismatch, errors) )
TCP vs. UDP; IPv4/IPv6 addressing, subnetting, prefix, types (unicast, multicast, anycast), addressing methods (EUI‑64) )
Verify IP settings on Windows, MacOS, Linux OSes 
Wireless fundamentals (SSID, RF channels, encryption) 
Virtualization fundamentals: virtualization, containers, VRFs 
Switching behavior: MAC learning/aging, frame switching/flooding, MAC address table )

VLANs: configuration and verification (access vs voice ports), default VLAN, inter‑VLAN routing across switches 
Trunking (802.1Q, native VLAN), interswitch connectivity 
Discovery protocols: CDP and LLDP 
EtherChannel: Layer 2 and Layer 3 aggregation using LACP 
Spanning Tree: Rapid PVST+, port roles/states, PortFast etc. 
Wireless LAN architecture and management: AP/WLC, access/trunk, LAG )
AP/WLC access methods (SSH, HTTP, HTTPS, console, TACACS+/RADIUS); WLAN provisioning via GUI, QoS profiles, security settings )

Routing table structure: protocol codes, prefixes, netmask, next‑hop, admin distance, metric, gateway of last resort 
Forwarding decisions: longest prefix match, AD, metrics (
Static routing: IPv4/IPv6 default routes, host/network/floating static routes 
OSPFv2 single‑area: neighbor adjacencies, point‑to‑point vs broadcast, DR/BDR, Router ID 
First hop redundancy protocols (e.g. HSRP, VRRP, GLBP)

NAT: inside source configuration and verification (static and pools) 
Network Time Protocol (NTP): client/server configuration & verification )
DHCP and DNS roles: server/client/relay functions with verification 
SNMP (versions, functions), syslog capabilities 
QoS: per-hop behavior (PHB) concepts and verification 
Remote access: SSH configuration on Cisco devices; TFTP/FTP usage

Security essentials: threats, vulnerabilities, exploits, mitigation strategies 
Security program components: user awareness, training, physical control 
VPNs: IPsec remote‑access and site‑to‑site configuration fundamentals 
Access control: ACLs creation and verification 
Layer 2 security features: DHCP snooping, dynamic ARP inspection, port security 
AAA concepts: authentication, authorization, accounting 
Wireless security: WPA/WPA2/WPA3 protocols and WLAN configuration (WPA2‑PSK via GUI)

Impact of network automation: efficiency, scalability, error reduction 
Traditional vs controller‑based/SDN architectures (overlay/underlay, control/data plane) 
Device management models: Cisco DNA Center vs traditional campus approach 
REST‑based APIs: CRUD operations, HTTP verbs, data encoding (JSON/XML) 
Configuration management tools: Ansible, Puppet, Chef (and Terraform in updates) 
JSON‑encoded data format: structure, usage, parsing

Course Objective :

Network Fundamentals
IP Addressing and Subnetting
Routing and Switching
VLAN Configuration
Network Security Basics
IPv4 and IPv6
Wireless Networking
Router and Switch Configuration
Network Troubleshooting
Hands-on Lab Practice

Benefits of Cisco CCNA Course

Build a strong foundation in computer networking from beginner to advanced level.
Learn real-world networking skills through extensive hands-on lab practice.
Master IP Addressing, Subnetting, Routing, Switching, VLANs, and Network Security.
Gain practical experience configuring Cisco routers and switches.
Develop troubleshooting skills to diagnose and resolve network issues efficiently.
Prepare confidently for the latest Cisco CCNA certification exam.
Learn from experienced and Cisco-certified instructors.
Access a structured curriculum designed according to industry standards.
Enhance your employability for entry-level Network Engineer, Network Support Engineer, and System Administrator roles.
Create a strong foundation for advanced Cisco certifications such as CCNP and CCIE.
Improve your career opportunities in ISPs, enterprise organizations, data centers, cloud infrastructure, and IT service providers.
Earn an internationally recognized certification that validates your networking expertise.
Strengthen your resume with in-demand networking skills sought by employers worldwide.
Receive career guidance and interview preparation to help you enter the IT networking industry.
Develop practical skills that can be applied immediately in real-world networking environments.

The course is carefully structured to help you master both theoretical concepts and real-world practical skills. Under the guidance of experienced and certified instructors, you will gain the confidence needed to implement, configure, operate, and troubleshoot modern enterprise networks.

Completing this industry-focused training will give you a competitive advantage in the IT job market and prepare you for the official Cisco CCNA certification exam. It also creates a solid pathway toward advanced Cisco certifications such as CCNP and CCIE.

Start building your IT career today with our Cisco CCNA Course and take the first step toward becoming a professional Network Engineer.

Course Blueprint