Cisco Certified Network Associate
The CCNA pathway introduces enterprise networking fundamentals in a structured and practical way. Learners build confidence with IPv4 and IPv6 addressing, VLANs, switching, routing, device basics, wireless concepts, and troubleshooting methodology aligned with professional networking roles.
Sploit Academy positions CCNA as more than a short course. The aim is to help learners build a professional standard of communication, technical execution, and evidence-based completion that supports real hiring conversations and long-term career growth.
Learners receive structured trainer direction, module-by-module review, practical correction on submitted work, and consistent guidance on how to turn course output into confident professional performance.
Each module includes focused topic coverage, guided time estimates, practical lab work, and a clear professional outcome.
This module develops practical depth in network fundamentals and enterprise architecture and connects it directly to the wider objectives of CCNA, so learners understand not only what to do, but why each step matters in professional practice.
Network fundamentals and enterprise architecture is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Network fundamentals and enterprise architecture is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Network fundamentals and enterprise architecture is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Network fundamentals and enterprise architecture is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Network fundamentals and enterprise architecture is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Learners follow a trainer-led scenario, configure the environment, and validate the expected output step by step.
A realistic case is used to apply module knowledge under timed conditions with documented decision making.
Learners fix faults, capture evidence, explain the reasoning, and submit professional notes or screenshots.
By the end of this module, learners will be able to explain, apply, and document network fundamentals and enterprise architecture in a way that supports the standards expected across ccna roles and certification preparation.
This module develops practical depth in ipv4, ipv6, subnetting, and addressing plans and connects it directly to the wider objectives of CCNA, so learners understand not only what to do, but why each step matters in professional practice.
Ipv4, ipv6, subnetting, and addressing plans is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Ipv4, ipv6, subnetting, and addressing plans is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Ipv4, ipv6, subnetting, and addressing plans is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Ipv4, ipv6, subnetting, and addressing plans is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Ipv4, ipv6, subnetting, and addressing plans is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Learners follow a trainer-led scenario, configure the environment, and validate the expected output step by step.
A realistic case is used to apply module knowledge under timed conditions with documented decision making.
Learners fix faults, capture evidence, explain the reasoning, and submit professional notes or screenshots.
By the end of this module, learners will be able to explain, apply, and document ipv4, ipv6, subnetting, and addressing plans in a way that supports the standards expected across ccna roles and certification preparation.
This module develops practical depth in switching, vlans, stp, and trunking and connects it directly to the wider objectives of CCNA, so learners understand not only what to do, but why each step matters in professional practice.
Switching, vlans, stp, and trunking is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Switching, vlans, stp, and trunking is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Switching, vlans, stp, and trunking is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Switching, vlans, stp, and trunking is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Switching, vlans, stp, and trunking is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Learners follow a trainer-led scenario, configure the environment, and validate the expected output step by step.
A realistic case is used to apply module knowledge under timed conditions with documented decision making.
Learners fix faults, capture evidence, explain the reasoning, and submit professional notes or screenshots.
By the end of this module, learners will be able to explain, apply, and document switching, vlans, stp, and trunking in a way that supports the standards expected across ccna roles and certification preparation.
This module develops practical depth in routing basics and cisco device configuration and connects it directly to the wider objectives of CCNA, so learners understand not only what to do, but why each step matters in professional practice.
Routing basics and cisco device configuration is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Routing basics and cisco device configuration is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Routing basics and cisco device configuration is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Routing basics and cisco device configuration is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Routing basics and cisco device configuration is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Learners follow a trainer-led scenario, configure the environment, and validate the expected output step by step.
A realistic case is used to apply module knowledge under timed conditions with documented decision making.
Learners fix faults, capture evidence, explain the reasoning, and submit professional notes or screenshots.
By the end of this module, learners will be able to explain, apply, and document routing basics and cisco device configuration in a way that supports the standards expected across ccna roles and certification preparation.
This module develops practical depth in wireless, security concepts, and troubleshooting labs and connects it directly to the wider objectives of CCNA, so learners understand not only what to do, but why each step matters in professional practice.
Wireless, security concepts, and troubleshooting labs is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Wireless, security concepts, and troubleshooting labs is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Wireless, security concepts, and troubleshooting labs is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Wireless, security concepts, and troubleshooting labs is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Wireless, security concepts, and troubleshooting labs is taught through live explanation, structured walkthroughs, guided activities, and applied review linked to ccna.
Learners follow a trainer-led scenario, configure the environment, and validate the expected output step by step.
A realistic case is used to apply module knowledge under timed conditions with documented decision making.
Learners fix faults, capture evidence, explain the reasoning, and submit professional notes or screenshots.
By the end of this module, learners will be able to explain, apply, and document wireless, security concepts, and troubleshooting labs in a way that supports the standards expected across ccna roles and certification preparation.
The programme ends with a practical consolidation phase where learners combine the main ideas from CCNA into a structured final task, demonstrate professional reasoning, and present evidence of completion in a recruiter-friendly format.
This three-month programme opens four live online batches every year and is designed for focused skills development in a compact guided format.
Sploit Academy is designed to create skilled professionals who can present themselves credibly for opportunities across regions and industries.
Advanced enterprise networking and Cisco design capability
Move beyond fundamentals into scalable enterprise routing, switching, resilience, and advanced troubleshooting.
Secure network design, segmentation, and perimeter defence
Develop the ability to secure business networks through sound architecture, device hardening, and security controls.
Design and support modern enterprise wireless environments
Understand wireless planning, deployment, optimisation, and support for professional business environments.