Intro
Networking certifications remain valuable credentials for people pursuing careers in IT support, network administration, infrastructure engineering and cybersecurity. However, US employers increasingly look beyond certification exam results when assessing candidates. While the Cisco Certified Network Associate (CCNA) and CompTIA Network+ demonstrate foundational networking knowledge, candidates also need practical troubleshooting experience, security awareness, cloud networking skills and the ability to communicate technical information clearly. Understanding how these complementary skills fit into real-world job roles can help aspiring IT professionals make better training decisions and improve their employment prospects.
In 2026, the US networking job market is influenced by cloud adoption, hybrid working, increasingly complex infrastructure and the need to protect connected systems from cyber threats. Employers want professionals who can configure and maintain networks while understanding how networking supports wider business operations. For learners, this creates an opportunity to combine recognised IT certifications with hands-on labs, operating system knowledge, automation and professional communication skills. By understanding which skills employers value alongside CCNA and Network+, candidates can build a more targeted career development plan and prepare for opportunities across IT support, network engineering, cloud infrastructure and security.
Lets Dive In
Understanding CCNA and CompTIA Network+ in the 2026 Job Market
What the CCNA Certification Demonstrates
The Cisco Certified Network Associate (CCNA) is designed to establish a broad foundation in networking technologies, with particular emphasis on configuring, operating and troubleshooting network infrastructure.
The current CCNA 200-301 exam covers network fundamentals, network access, IP connectivity, IP services, security fundamentals, and automation and programmability. Cisco also includes topics relating to wireless networking, routing, switching, network management and modern infrastructure architectures. This makes the certification relevant to candidates seeking entry-level network engineering and administration roles.
For US employers, CCNA provides evidence that a candidate has studied the technologies used to connect devices, route traffic and maintain network availability. It can be particularly relevant in organisations using Cisco networking equipment, although the underlying knowledge also helps professionals understand broader networking concepts.
However, earning CCNA does not automatically demonstrate that someone can independently manage a large enterprise network. Employers may also expect experience with monitoring tools, change management, incident handling and real-world troubleshooting. Practical lab work and the ability to explain technical decisions can help candidates demonstrate how their certification knowledge translates into workplace capability.
Candidates should also monitor Cisco’s published exam information. Cisco has announced that the current 200-301 CCNA v1.1 exam will be available until 2 February 2027, with the v2.0 exam scheduled to begin on 3 February 2027. Learners preparing for certification should check the official CCNA certification page for the latest requirements.
What CompTIA Network+ Demonstrates
The CompTIA Network+ certification offers a vendor-neutral introduction to networking concepts and infrastructure. It is designed to help learners understand how networks operate across different environments rather than concentrating on a single manufacturer’s technology.
Network+ is relevant to people starting careers in US IT support, technical operations, network administration and infrastructure troubleshooting. Its broad approach helps learners understand connectivity, network services, common infrastructure technologies, security considerations and the methods used to identify network problems.
For US organisations operating mixed environments, vendor-neutral knowledge can be particularly useful. A support technician may encounter different switches, wireless access points, routers, firewalls and cloud services while investigating a single connectivity issue. Understanding the underlying principles helps the technician identify the source of the problem without relying exclusively on knowledge of one product.
Network+ and CCNA therefore offer overlapping but distinct benefits. Network+ can establish broad networking knowledge, while CCNA provides more focused preparation for working with Cisco technologies and network configuration. Neither certification guarantees employment, and their value depends on how well they align with the requirements of a particular role.
For official exam objectives and certification information, learners can consult the CompTIA Network+ certification page.
What Employers Want Beyond Networking Certifications
Practical Troubleshooting and Problem-Solving
Troubleshooting remains one of the most important complementary skills for network professionals. US organisations depend on reliable connectivity for communication, cloud applications, business systems and customer services. When a network fails, IT teams need to identify the cause, restore service and reduce the risk of recurrence.
Employers therefore value candidates who can investigate problems systematically rather than simply recall networking theory. This includes checking physical connections, verifying IP configurations, examining routing tables, testing DNS resolution and determining whether a fault affects an individual device, a network segment or a wider service.
For example, an employee who cannot access a business application might be experiencing a local Wi-Fi issue, a DHCP configuration problem, a DNS failure or an outage affecting a remote service. A capable technician needs to collect evidence, test possible causes and document the outcome.
Candidates can strengthen these skills by practising with virtual network environments, command-line tools and simulated fault scenarios. Building a portfolio of troubleshooting exercises can also provide useful evidence during interviews, particularly for applicants who have limited professional experience.
Cybersecurity and Network Protection
Cybersecurity knowledge is increasingly important for networking professionals because networks provide the connections through which users, applications and devices exchange information. Misconfigured equipment, weak authentication and poorly managed remote access can expose organisations to unnecessary risk.
CCNA includes security fundamentals, while Network+ provides a broader foundation in networking and security concepts. Candidates can strengthen their employability further by learning firewall configuration, access control lists, secure remote access, network segmentation and basic security monitoring.
These skills are particularly relevant to US organisations operating hybrid environments, where employees and services may connect from offices, homes and cloud platforms. Network professionals need to understand how to support access while protecting systems from unauthorised activity.
The US cybersecurity workforce continues to require professionals with a combination of technical knowledge, problem-solving ability and practical experience. Resources such as the National Initiative for Cybersecurity Education (NICE) help learners understand the skills and work roles associated with cybersecurity careers.
For candidates, the lesson is that networking and security increasingly overlap. A strong understanding of network fundamentals can provide a useful foundation for later progression into security operations, network security engineering or infrastructure protection.
Cloud Networking and Infrastructure Skills
Why Cloud Knowledge Is Becoming Essential
Cloud computing has changed how organisations design, operate and secure their IT infrastructure. Businesses increasingly rely on services hosted by providers such as Microsoft Azure and Amazon Web Services (AWS) rather than running every application and server on local equipment.
As a result, networking professionals benefit from understanding how traditional networking principles apply to cloud environments. Virtual networks, subnets, routing tables, security groups, private connectivity and virtual private networks are all relevant when connecting cloud services to offices, remote users and other systems.
A network administrator may be responsible for investigating why an application hosted in Azure cannot communicate with an on-premises server. Solving the problem may require knowledge of IP addressing, routing, firewall rules, DNS and cloud-specific network configuration.
Candidates with CCNA or Network+ can build on their existing knowledge by learning the fundamentals of cloud infrastructure. They do not necessarily need to become cloud architects immediately, but familiarity with cloud networking can broaden the range of roles for which they are prepared.
The Microsoft Azure networking documentation and AWS networking documentation provide useful starting points for learners who want to understand virtual networks, connectivity and cloud security.
Virtualisation and Network Monitoring
Virtualisation is another important complementary skill because organisations increasingly operate workloads across virtual machines, containers and cloud services. Network professionals need to understand how virtual infrastructure affects connectivity, segmentation and performance.
Network monitoring is equally valuable. Tools that collect information about traffic, device availability, interface errors and service performance help IT teams identify emerging problems before they cause major disruption.
Learning to interpret logs, alerts and network performance metrics can therefore improve a candidate’s readiness for infrastructure support and network administration roles. Employers value people who can identify patterns, distinguish routine alerts from serious incidents and communicate the likely business impact of an outage.
Automation, Linux and Scripting Skills
Network Automation and Programmability
Network automation is becoming an increasingly relevant skill as organisations manage larger and more complex environments. Repeating configuration tasks manually can introduce errors and consume time that could be spent on higher-value work.
Networking professionals can improve their capabilities by learning scripting fundamentals and understanding how APIs and configuration management tools support automated workflows. Python is a useful starting point because it can help with data processing, configuration checks and simple network administration tasks.
For example, a network engineer might use a script to compare device configurations, check connectivity across multiple endpoints or process monitoring information. More advanced workflows can use APIs and automation platforms to standardise configuration changes across many devices.
Cisco includes automation and programmability in its CCNA exam objectives, providing an introduction to this area. Candidates can develop their knowledge further through practical exercises and small projects rather than attempting to learn complex automation frameworks immediately.
Linux and Operating System Fundamentals
Networking does not happen in isolation from operating systems. IT professionals often need to investigate connectivity problems on Windows and Linux machines, inspect system services and determine whether an issue originates from the network or the endpoint.
Familiarity with Linux command-line tools, permissions, processes and service management can be useful when supporting servers and cloud workloads. Windows administration skills are also relevant in US organisations that use Active Directory, Microsoft Entra ID, Microsoft 365 and Windows Server.
These capabilities are particularly important for IT support technicians who want to progress into infrastructure engineering. A candidate who understands networking and operating systems is better equipped to investigate problems that cross the boundaries between devices, servers and network services.
Mapping CCNA and Network+ to Real-World IT Job Roles
IT Support Technician and Help Desk Analyst
IT support is a common starting point for people developing networking skills. These roles involve investigating connectivity issues, assisting users, maintaining devices and escalating complex incidents to specialist teams.
Network+ can provide a useful foundation for understanding network protocols and connectivity, while CCNA can offer additional depth for candidates who want to move towards network-focused responsibilities.
US employers may also expect knowledge of Windows, Microsoft 365, endpoint troubleshooting, ticketing systems and basic identity management. Communication is particularly important because support technicians need to explain technical issues to users who may have little IT experience.
Candidates can improve their prospects by practising common support scenarios, such as diagnosing a failed Wi-Fi connection, resolving a DNS problem or determining why a workstation cannot access a shared resource.
Network Support Technician and Network Administrator
Network support technicians and network administrators work more directly with connectivity infrastructure. Their responsibilities may include monitoring network devices, configuring switches, maintaining wireless access points, troubleshooting routing issues and supporting network security controls.
CCNA is particularly relevant to these roles where Cisco equipment and technologies feature prominently. Network+ can also provide a useful foundation, especially for candidates entering environments with mixed vendors.
Employers may expect practical knowledge of VLANs, subnetting, DHCP, DNS, VPNs, firewalls and network monitoring. Documentation and change management are important too, because configuration changes can affect many users and services.
A strong candidate should be able to explain how they would isolate a connectivity issue, verify a configuration and restore service while following appropriate operational procedures.
Junior Network Engineer
Junior network engineers help design, implement, maintain and troubleshoot organisational networks. Depending on the employer, the role may involve routing and switching, wireless infrastructure, network access controls, connectivity between sites and support for larger engineering projects.
CCNA is often a particularly relevant certification for candidates pursuing this pathway because its routing, switching, IP connectivity and configuration topics align closely with the work involved.
However, employers may also look for experience with network diagrams, monitoring platforms, firewalls, change management and troubleshooting under supervision. Lab projects that demonstrate VLAN configuration, inter-VLAN routing, subnetting and fault diagnosis can help bridge the gap between exam preparation and practical work.
Systems Administrator and Infrastructure Engineer
Systems administrators and infrastructure engineers maintain the systems that organisations rely on to operate. Their responsibilities can span servers, operating systems, identity services, virtualisation, storage, backups and network connectivity.
CCNA and Network+ can provide useful networking foundations for these roles, but candidates generally need additional knowledge of Windows Server, Linux, cloud services and enterprise administration tools.
The ability to understand how systems interact is particularly important. A service failure might appear to be a networking issue when the actual cause is an unavailable server, an expired certificate or an authentication problem.
Candidates who combine networking knowledge with operating system administration and cloud fundamentals can therefore position themselves for a wider range of infrastructure opportunities.
Network Security Analyst
Network security analysts monitor systems, investigate suspicious activity and help protect organisational infrastructure. Their work may involve reviewing firewall logs, analysing traffic, investigating security alerts and supporting incident response.
CCNA and Network+ can help establish an understanding of network protocols and normal traffic behaviour, but they do not replace specialist cybersecurity training. Candidates should develop additional knowledge of security monitoring, access control, threat detection and incident handling.
US cybersecurity career resources, including the NICE Framework, help learners explore the knowledge and skills associated with security analysis, engineering and incident response. Employers may also look for practical familiarity with security information and event management (SIEM) platforms, endpoint protection and vulnerability management.
For aspiring security professionals, networking certifications can therefore form part of a broader development pathway that includes security-focused study, practical labs and experience with monitoring tools.
Complementary Skills That Improve Employability
Technical knowledge is only part of the picture. Employers also need people who can work effectively with colleagues, document their activities and respond professionally when systems fail.
Communication is especially important in networking because incidents often affect people across multiple departments. A network engineer may need to explain an outage to a service desk, provide updates to managers and coordinate a repair with an external supplier. Clear communication helps teams understand the problem, manage expectations and restore services efficiently.
Documentation is another valuable skill. Recording network configurations, troubleshooting steps, changes and incident outcomes helps colleagues understand what has happened and reduces the risk of repeating mistakes. Candidates who can produce clear technical notes and network diagrams can demonstrate a practical understanding of professional IT operations.
Time management and prioritisation also matter. Not every network alert requires an immediate response, but an outage affecting critical business services may demand urgent attention. Understanding business impact helps professionals decide which issues to investigate first and when to escalate a problem.
These complementary skills can distinguish candidates with similar technical qualifications. A professional who combines networking knowledge with analytical thinking, teamwork and clear communication is better prepared to contribute to a real IT department.
How to Build Practical Experience Alongside Certification Study
Certification preparation becomes more valuable when learners apply the material to realistic scenarios. Employers want evidence that candidates can use their knowledge to investigate problems, configure systems and explain their decisions.
Network simulation tools can provide a practical starting point. Cisco’s Packet Tracer resources help learners explore networking concepts and practise configurations in a simulated environment. Cisco also offers Cisco Modeling Labs, which provides additional opportunities to practise working with network topologies.
A learner preparing for CCNA could build a simulated network with multiple VLANs, configure inter-VLAN routing, implement basic access controls and investigate deliberately introduced connectivity faults. Someone studying Network+ could practise diagnosing DNS failures, checking DHCP assignments and identifying whether a connection problem originates on a device or elsewhere in the network.
These projects can be documented in a portfolio, with diagrams, configuration examples and explanations of the troubleshooting process. Candidates should remove any confidential information and avoid publishing sensitive configurations from real environments.
Practical projects are not a substitute for professional experience, but they provide useful evidence of initiative and applied learning. They also help learners identify weaknesses before attending technical interviews.
Recommended Online Courses to Build Networking Skills in 2026
Cisco CCNA 200-301 – The Complete Guide to Getting Certified — Udemy
Platform: Udemy
Level: Beginner to intermediate
Focus: Routing and switching, IP connectivity, network configuration, troubleshooting and CCNA exam preparation.
Created by Neil Anderson, this popular course offers extensive video instruction, lab exercises and downloadable study resources for learners preparing for Cisco’s CCNA certification. The October 2026 listing reports a rating of 4.8/5 from more than 91,000 ratings and approximately 339,000 students, and identifies the course as a bestseller.
Its practical configuration exercises are particularly relevant to aspiring network administrators and junior network engineers. The course also includes updates for the forthcoming CCNA v2.0 exam, scheduled for February 2027, making it important to follow the appropriate exam objectives for the date of your assessment.
The Bits and Bytes of Computer Networking — Coursera
Platform: Coursera
Level: Beginner
Focus: Networking fundamentals, TCP/IP, DNS, DHCP, routing, wireless networking and troubleshooting.
Part of Google’s IT Support Professional Certificate, this course provides a structured introduction to computer networking and the protocols that underpin modern IT infrastructure. It is especially suitable for learners who want to strengthen their foundations before progressing to CCNA or Network+.
Topics include network models, network hardware, common protocols, network troubleshooting and an introduction to cloud computing. The available listing reports a rating of 4.7/5 from more than 52,000 reviews and over one million enrolments, making it a well-established option for beginners.
Learning Network Troubleshooting: Practical Network Diagnostics and Solutions — LinkedIn Learning
Platform: LinkedIn Learning
Level: Intermediate
Focus: Network diagnostics, VPN troubleshooting, command-line tools, routing, switching and firewalls.
Taught by Robert McMillen, this practical course focuses on diagnosing and resolving common network problems. Learners explore troubleshooting approaches for TCP/IP, wireless connectivity, VPNs, routing, switching and firewall issues, alongside useful diagnostic tools. The course is particularly relevant to candidates who understand networking theory but want to become more confident applying it to workplace scenarios.
Its listing shows a 4.7/5 rating based on 476 ratings reported through Class Central. Although the course was released in 2021, many of its core diagnostic principles remain useful; learners should supplement it with current platform documentation where interfaces or tools have changed.
View the course on LinkedIn Learning
Final Thoughts
The 2026 US job market for CCNA and CompTIA Network+ candidates rewards more than certification knowledge alone. Employers need professionals who can troubleshoot connectivity problems, understand security fundamentals, support cloud infrastructure and communicate effectively with technical teams and business users.
CCNA can be particularly valuable for candidates pursuing Cisco-focused networking and junior network engineering roles, while Network+ provides a vendor-neutral foundation for IT support, network administration and infrastructure careers. Both can contribute to a wider professional development plan, but their effectiveness depends on the complementary skills and practical experience candidates build alongside them.
Cloud networking, Linux, Windows administration, network security, automation and monitoring are useful areas for further development. Practical labs, documented projects and focused online courses can help learners demonstrate these capabilities and prepare for the expectations of real IT roles.
For aspiring networking professionals in the United States, the most effective approach is to connect certification study with a clear career objective. By identifying the responsibilities of target roles, practising realistic troubleshooting scenarios and developing relevant complementary skills, candidates can build a stronger foundation for employment and future progression into network engineering, cloud infrastructure or cybersecurity.
