CCNA Certification
Aligned with Cisco 200-301 CCNA v1.1
Practical configuration, verification, & troubleshooting
IPv4, IPv6, VLANs, trunking, EtherChannel, routing, & OSPF
Network services, wireless networking, & security
APIs, JSON, Ansible, Terraform, & AI/ML for network operations
Domain-wise tests & a full-length CCNA simulation
Hands-on labs covering core networking domains
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Overview
What you will be learning here:
- Build job-relevant networking skills while preparing across all six CCNA exam domains
- Moving beyond networking theory with practical labs covering IPv4 and IPv6, VLANs, and Layer 2 security
- Developing practical skills to configure and verify VLANs, trunks, LACP EtherChannel, and IPv4/IPv6 routes
- Learning to secure network access using ACLs, device access controls, Layer 2 security, and AAA concepts
- Understanding each domain through activities, case studies, and assessments before completing an end-to-end Integrated Lab and a full-length CCNA simulation exam
Upcoming sessions
Curriculum
1
Role and function of network components (routers, L2/L3 switches, firewalls/IPS, APs, controllers, endpoints, servers, PoE)
2
Network topology architectures (two-tier, threetier, spine-leaf, WAN, SOHO, on-premises, cloud)
3
Physical interface and cabling types (singlemode/multimode fiber, copper, shared-media, point-to-point)
4
Interface and cable issues (collisions, errors, duplex/speed mismatch)
5
TCP vs. UDP
6
IPv4 addressing and subnetting; private IPv4 addressing
7
IPv6 addressing, prefix and address types (global unicast, unique local, link local, anycast, multicast, EUI-64)
8
Verifying IP parameters on Windows, macOS and Linux
9
Wireless principles (channels, SSID, RF, encryption)
10
Virtualization fundamentals (server virtualization, containers, VRFs)
11
Switching concepts (MAC learning/aging, frame switching/flooding, MAC address table)
Activities/Case Study
- Designing a Small Enterprise Network: determine architecture and addressing for switches, routers, APs, servers and endpoints.
1
VLANs spanning multiple switches (access ports, data/voice VLANs, default VLAN, inter-VLAN connectivity)
2
Interswitch connectivity (trunk ports, 802.1Q, native VLAN)
3
Layer 2 discovery protocols (CDP, LLDP)
4
Layer 2/3 EtherChannel (LACP)
5
Rapid PVST+ (root port/bridge, port states and roles, PortFast, root guard, loop guard, BPDU filter/guard)
6
Cisco wireless architectures and AP modes
7
Physical infrastructure connections of WLAN components (AP, WLC, access/trunk ports, LAG)
8
Network-device management access (Telnet, SSH, HTTP/S, console, TACACS+, RADIUS, cloudmanaged access)
9
WLAN GUI configuration for client connectivity
10
WLAN creation, security settings, QoS profiles, advanced settings)
Activities/Case Study
- Enterprise Campus Connectivity ; determine Layer 2 configuration for VLAN segmentation, trunking and STP behavior.
1
Routing-table components (protocol code, prefix, mask, next hop, administrative distance, metric, gateway of last resort)
2
Default forwarding decisions (longest-prefix match, administrative distance, routing-protocol metric)
3
IPv4 and IPv6 static routing (default, network, host and floating static routes)
4
Single-area OSPFv2 (neighbor adjacencies, pointto-point/broadcast, DR/BDR selection, router ID)
5
First-hop redundancy protocols ; purpose, functions and concepts
Activities/Case Study
- Multi-Site Enterprise Routing ; determine how traffic should move across multiple IPv4/IPv6 networks.
1
Inside source NAT (static and pools)
2
NTP (client and server mode)
3
Role of DHCP and DNS
4
Function of SNMP
5
Syslog features (facilities, severity levels)
6
QoS forwarding per-hop behavior (classification, marking, queuing, congestion, policing, shaping)
7
Remote access configuration using SSH
8
Capabilities and functions of TFTP/FTP
9
DHCP client and relay
Activities/Case Study
- Enterprise Network Services ; identify services for addressing, name resolution, time sync, secure admin and monitoring.
1
Key security concepts (threats, vulnerabilities, exploits, mitigation techniques)
2
Security program elements (user awareness, training, physical access control)
3
Device access control using local passwords
4
Security password policy elements (management, complexity, MFA, certificates, biometrics)
5
IPsec remote-access and site-to-site VPNs
6
Access control lists
7
Layer 2 security features (DHCP snooping, Dynamic ARP Inspection, port security)
8
Authentication, authorization and accounting (AAA)
9
Wireless security protocols (WPA, WPA2, WPA3)
10
WLAN configuration within the GUI using WPA2 PSK
Activities/Case Study
- Securing a Campus Network ; determine controls for unauthorized device access and Layer 2 attacks.
1
How automation impacts network management
2
Traditional vs. controller-based networking
3
Controller-based, software-defined architecture (overlay, underlay, fabric, control/data plane separation, northbound/southbound APIs)
4
AI ; generative, predictive and machine learning in network operations
5
REST-based API characteristics (authentication types, CRUD, HTTP verbs, data encoding)
6
Configuration-management mechanisms (Ansible, Terraform)
7
Components of JSON-encoded data
Activities/Case Study
- Modern Network Operations ; analyze where controller-based networking, REST APIs, Ansible, Terraform and AI/ML fit an operating model.
Meet your Trainer
Our Trainers
We, at Learners Point, take immense pride in our teaching methods and instructors. Our instructors are some of the best experts in their fields and employ a practical approach to learning. Many of them are globally recognised and have a diverse set of experience in their field of expertise. You are always sure to have the best in the industry as your teachers who are ready to guide you at every step and make the experience informative yet enjoyable. Apart from the focus on learning your chosen course, our instructors also encourage students to develop communication skills and interpersonal skills necessary to excel in the practical world.
Our cutting edge teaching methods make every program an immersive and productive experience for the learners. Our learning methods are research-driven and are continuously updated to stay relevant to present times as well as the future. You will enjoy practical applications of everything learned through theory and regular mock examinations to help monitor your progress. Our courses are led by an instructor in a classroom setup and we do offer online high-quality sessions as well for individuals. We also monitor the training sessions with a progress tracker to maintain high standards of instruction and ethics.
Learning Outcomes
After finishing the course, you will excel at the following:
1
Configure and verify IPv4 and IPv6 networks, including IP addressing, subnetting, and static routing
2
Interpret routing tables and configure IP connectivity, including IPv4/IPv6 static routes and single-area OSPFv2
3
Implement essential network services and security controls, including NAT, NTP, DHCP, SSH, ACLs, Layer 2 security and wireless security
4
Understand modern network automation and programmability using controller-based networking, REST APIs, JSON, Ansible and Terraform
5
Configure and manage switched networks using VLANs, trunking, LACP EtherChannel and essential Layer 2 technologies
6
Explain the role of AI and machine learning in network operations and apply knowledge across integrated networking scenarios
Learners Point Certificate
Earn a Course Completion Certificate, an official Learners Point credential that confirms that you have successfully completed a course with us.
KHDA Certificate
Earn a KHDA attested Course Certificate. The Knowledge and Human Development Authority (KHDA) is the educational quality assurance and regulatory authority of the Government of Dubai, United Arab Emirates.
Overall ratings by our students
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Frequently asked questions
Cisco lists no formal prerequisites for the CCNA exam. Beginners can therefore pursue CCNA, although familiarity with computers, operating systems, IP networking, and basic command-line concepts can make the learning process easier.
Yes. Automation and Programmability represents 10% of the CCNA v1.1 examination. The training covers key topics within this domain, including:
- Controller-based Networking
- Software-Defined Architecture
- REST APIs
- JSON, Ansible, and Terraform
The updated curriculum also covers generative AI, predictive AI, and machine learning in network operations.
The Cisco 200-301 CCNA v1.1 examination is 120 minutes long. Candidates are assessed across all six CCNA domains, with IP Connectivity carrying the highest domain weighting at 25%.
The 40-hour CCNA Certification Training covers all six Cisco 200-301 CCNA v1.1 domains through:
- Instructor-led explanations of CCNA concepts
- Practical demonstrations and guided lab exercises
- Configuration and verification activities
- Troubleshooting-based discussions
- Support with technical questions during the training
- Guidance on CCNA examination preparation
Yes. Beginners can prepare for CCNA without previous professional networking experience because the examination has no formal prerequisites. However, the learning curve may be steeper without prior exposure to networking concepts. A structured approach combining networking fundamentals with regular configuration and troubleshooting practice can make preparation more manageable.
CCNA can be challenging because candidates need to understand how networking technologies interact rather than simply remember definitions. Areas such as subnetting, VLANs, routing tables, OSPF, spanning tree, IPv6, ACLs, and troubleshooting often require repeated practice. Difficulty therefore depends heavily on prior knowledge and hands-on preparation.
The syllabus contains six domains:
- Network Fundamentals (20%)
- Network Access (20%)
- IP Connectivity (25%)
- IP Services (10%)
- Security Fundamentals (15%)
- Automation and Programmability (10%)
It depends on your starting point. Network+ offers broad, vendor-neutral fundamentals, while CCNA goes deeper into networking and Cisco-specific configuration. Some Reddit discussions show both approaches: some beginners use Network+ as a stepping stone, while professionals with existing IT experience often move directly to CCNA.
At Learners Point, the CCNA Training is limited to a maximum of 15 learners per batch. The focused batch size supports:
- Better Trainer Interaction
- Hands-on Lab Guidance
- Individual Query Resolution
Payment options may include:
- Tabby - Split the course fee into installments, subject to approval
- Tamara - Split the course fee into installments, subject to approval
- Credit/Debit Card
- Bank Transfer
Installment availability depends on eligibility and the applicable program terms. Contact admissions for the current payment options.
It is recommended to use both. Theory explains why a network behaves in a certain way, while labs build your ability to configure, verify, and troubleshoot it. Recent networking discussions similarly emphasise understanding why technologies work rather than simply memorising exam material.
Yes. The program has no formal prerequisites and helps students and early-career professionals develop structured networking knowledge. Hands-on practice is particularly important for candidates without previous workplace networking experience.
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