40-hour CCNA 200-301 v2.0 exam-aligned training
Hands-on Cisco networking along with theory
Build AI-ready network operations skills
Domain-wise mocks with full CCNA simulation
AI-assisted network operations practice
In this training program, you will be:
Upcoming sessions
Diagnose interface and cable issues across copper and fiber: collisions, errors, duplex, speed, distance, interface, signal levels, pinout and cable types
Hypervisors, virtual machines and containers
IPv4 address configuration, assignment and subnetting; public and private addressing
IPv6 address configuration, assignment and prefix sizing; unicast and modified EUI-64
Wireless principles: band and channel selection, RF characteristics, security protocols and interference
Wired and wireless client connectivity: IP configuration, network reachability and wireless security parameters across Windows, macOS and Linux
DHCPv4 client, server and relay troubleshooting on IOS devices
Switch-to-switch and switch-to-router connectivity
Layer 2/Layer 3 physical interfaces
Layer 2 802.1Q trunk interfaces
Layer 2/Layer 3 LACP
port-channel/EtherChannel
Switch Virtual Interface (SVI)
Layer 2 switch-port attributes: VLAN, PoE, port channel and LACP
Edge-host connectivity for desktops, printers, IoT appliances, standalone/controller-based wireless
APs, VoIP phones, virtualized hosts and network appliances
CDP and LLDP for network-documentation validation
Basic Layer 2/Layer 3 connectivity and device-operations troubleshooting using show
commands, show logs, ping, extended ping, traceroute and packet-capture output
Rapid PVST+: root bridge/port, primary/secondary root, port states and roles, PortFast, root guard, loop guard and BPDU guard
Routing-table interpretation: routing protocol, prefix/mask, administrative distance, metric, default route and next hop
IPv4 and IPv6 static routing
Default, network, host and floating static routes
Single-area OSPFv2 for IPv4
OSPFv3 for IPv6
OSPF neighbor adjacencies, excluding authentication
Point-to-point and broadcast networks
DR/BDR selection
Router ID
Operational status of HSRP and VRRP
Local usernames and AAA client configuration using TACACS+ and RADIUS for management
Secure file transfer using SFTP/SCP for device configuration and software files
NAT/PAT on IOS XE routers
DNS records: A, AAAA, CNAME, MX, NS and PTR for host, web application and mail-server access
by name
IPsec remote-access and site-to-site VPNs; protocols and transport modes
IPv4 standard, extended, numbered and named ACLs
Layer 2 security: DHCP snooping, Dynamic ARP Inspection, storm control, RA Guard and port security
Role of agentic AI in network operations
Selecting prompts for generative-AI systems to support network operations
Prompt components: data classification, output format, persona and instructions
Network-management approaches: device-based, cloud-based, controller-based, automation-based and Infrastructure as Code
SNMP function in network operations
Configuration-management mechanisms such as Ansible for command execution
Syslog message content, severity levels and facilities
Participants take on the role of a Network Engineer responding to a live outage across a multi-site enterprise network spanning wired and wireless clients, VLANs and trunks, OSPF routing, and NAT, ACL and Layer 2 security controls. Working from show-command and log output, they isolate the fault, correct the configuration, and verify the fix.
The simulation pulls interface diagnosis, switching and routing verification, and service and security configuration into one live topology, closing with a short root-cause summary presented to a mock operations lead.
Learners get hands-on time in a simulated IOS environment, practising Ansible command execution, SNMP and syslog interpretation, and evaluating an AI-generated operations recommendation against the actual device evidence, with no risk to a live network.
The sandbox mirrors real device output closely enough for the practice to transfer directly to the job, so learners leave able to tell a correct automated recommendation from one that needs a second look.
Upon completing the CCNA Training in Dubai, participants will be able to:
1
Configure and troubleshoot IPv4, IPv6 and network connectivity across wired, wireless and DHCP-enabled environments
2
Configure switching infrastructure using VLANs, trunks, EtherChannel and SVI, while troubleshooting Layer 2 and Layer 3 connectivity issues
3
Interpret routing tables and configure IPv4/IPv6 static routes, OSPFv2 and OSPFv3 across enterprise network scenarios
4
Implement essential network services and security controls including AAA, NAT/PAT, ACLs, secure file transfer, DNS troubleshooting and Layer 2 security
5
Use modern network operations tools and automation concepts including SNMP, syslog, Ansible, and configuration management approaches
6
Evaluate AI-assisted network operations recommendations by selecting appropriate GenAI prompts and validating outputs against actual network evidence
Overall ratings by our students
The training covers major networking areas, including:
Yes. CCNA certification remains valuable in Dubai for professionals pursuing network administration, IT infrastructure and network engineering careers. It validates foundational knowledge of routing, switching, IP connectivity and network security. CCNA can strengthen your professional profile, particularly when combined with hands-on networking experience.
Yes. Cisco does not specify formal prerequisites for the CCNA examination. Beginners can start by developing an understanding of IP addressing, subnetting, network devices and connectivity. Learners without an IT background may need additional study time and practice to become comfortable with technical concepts.
CCNA-related networking skills are relevant to the following industries:
1. Banking
2. Telecommunications
3. Aviation
4. Logistics
5. Healthcare
6. Hospitality
These industries rely on network connectivity, device management and secure IT operations. Actual vacancies and certification requirements vary by employer.
No. CompTIA Network+ is not a prerequisite for CCNA certification. Network+ introduces vendor-neutral networking concepts, while CCNA places greater emphasis on Cisco networking technologies and configuration skills. Professionals specifically interested in network administration or engineering can pursue CCNA directly with suitable preparation.
Many learners find subnetting, OSPF, routing-table interpretation, VLAN troubleshooting and wireless networking challenging. Effective preparation involves practising configurations, diagnosing deliberately introduced faults and reviewing incorrect assessment answers. Learners Point addresses these areas through technical labs and domain-specific mock assessments.
Yes. Cybersecurity professionals benefit from understanding TCP/IP, routing, VLANs, ACLs, network services, segmentation, and network traffic behaviour. CCNA is a networking certification rather than a dedicated cybersecurity qualification, but it can provide a strong technical networking foundation.
Dubai's wider digital strategy also identifies both digital infrastructure and cybersecurity as important areas of development.
After developing a strong CCNA foundation, professionals can deepen their skills according to their career direction. Options may include advanced enterprise networking, network security, cloud networking, automation, or higher-level Cisco certifications such as CCNP, depending on experience and career goals.
The course curriculum also identifies CCNP and specialist networking certifications as potential longer-term progression areas.
Learners Point Academy's CCNA Training offers a 40-hour curriculum aligned with Cisco's published v2.0 examination objectives. The program combines networking instruction with hands-on labs, enterprise troubleshooting simulations, an Automation Sandbox and domain-wise mock assessments.
Participants practise configuring, verifying and troubleshooting network infrastructure while exploring modern operations tools such as Ansible, SNMP, syslog and AI-assisted recommendations. This practical emphasis helps learners develop skills applicable to networking responsibilities beyond the examination.
Cisco has confirmed that CCNA v1.1 remains available until February 2, 2027, and the updated CCNA v2.0 examination launches February 3, 2027. Candidates should select training aligned with their intended examination date. Learners Point's reference curriculum follows the upcoming v2.0 objectives.
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