Computer Networking and Systems Administration Training
Modern computer networking training is about much more than plugging in routers. Career-focused programs can teach you how networks, operating systems, servers, virtual machines, cloud services, identity systems, security controls, and automation work together to keep an organization connected.
Networking and systems administration still overlap heavily in real-world education. A networking-focused program may emphasize routing, switching, wireless networks, and troubleshooting, while a systems-focused track may spend more time on Linux, Windows Server, identity, virtualization, and storage. Many current programs deliberately combine both areas because employers need people who understand how the pieces interact.
You can find short certificates, associate degrees, bachelor's programs, and certification-focused training. The best choice depends on your starting point, how quickly you want to enter IT, whether you want transferable college credit, and whether you are aiming first for support/technician work or longer-term administration and engineering roles.
- Compare networking certificates, associate degrees, bachelor's degrees, and certification prep
- See what a current networking program should teach
- Understand how online networking labs can work
- Compare Network+, CCNA, Microsoft, and Linux certification context
- See realistic entry-level career paths
- Review current pay and employment projections
Networking Schools
Sponsored Listings
Lincoln Tech
- Iselin (Edison), New Jersey
- Paramus, New Jersey
- Computer and Network Support Technician
ECPI University
- Orlando (Lake Mary)
- Atlanta
- Charlotte
- Greensboro
- Raleigh
- Charleston
- Greenville
- San Antonio
- Manassas (Northern VA)
- Newport News
- Richmond
- Virginia Beach
- Online
- Cloud Computing
- Cyber and Information Security Technology
Northbridge University
- DeLand
- Kissimmee
- Lakeland
- Orlando
- Pembroke Pines
- South Miami
- Tampa
- Information Technology with Emphasis in Cybersecurity
Porter and Chester Institute
- Bridgeport, Connecticut
- Worcester, Massachusetts
- Computer and Network Technology
What Does Networking Training Cover Today?
A good program should give you both durable fundamentals and enough exposure to current infrastructure to avoid graduating into a technical museum. The fundamentals still matter: TCP/IP, subnetting, switching, routing, wireless networking, DNS, DHCP, operating systems, troubleshooting, and security. But modern programs increasingly connect those skills to virtualization, cloud networks, identity systems, scripting, and automation.
Current U.S. programs provide useful examples of that blend. Connecticut State Community College's computer networking certificate combines networking with Linux, Windows Server, virtualization, and cloud computing. Madison College's Network Systems Administration associate degree includes Windows and Linux, Cisco networking, cloud computing, PowerShell and Python, automation, and an internship. GateWay Community College's 2026-27 Network and Systems Administration AAS consolidates several older Cisco, Linux, Microsoft, networking, and server-focused programs into one broader pathway.
Networking vs. systems administration
The Bureau of Labor Statistics groups network and computer systems administrators into one occupation, while also noting that workers may specialize in one side or the other. In practical terms:
| Area | Typical focus | Examples of skills |
|---|---|---|
| Networking | Moving data reliably between devices, sites, and networks | IP addressing, switching, routing, wireless, VLANs, firewalls, VPNs, network monitoring, troubleshooting |
| Systems administration | Keeping servers, operating systems, identity, storage, and shared services running | Linux, Windows Server, user/group administration, Active Directory, virtualization, storage, backups, patching, PowerShell |
| Shared infrastructure core | Connecting and operating systems across on-premises and cloud environments | DNS, DHCP, identity/access, virtualization, security, scripting, monitoring, documentation, cloud networking |
You do not need to pick one forever. Early training is often broad because effective troubleshooting requires understanding both the network path and the systems using it.
Which Networking Training Path Should You Choose?
There is no single best credential. A short, focused program can make sense for someone who already works in IT; a degree can make more sense for someone building a broader foundation or trying to satisfy employers that screen for college education.
| Path | Often best for | What you gain | What to watch |
|---|---|---|---|
| Certification-focused training | People who already have some IT knowledge or need a targeted skill upgrade | Focused preparation for a credential such as Network+ or CCNA | Usually little or no transferable academic credit; exam prep alone may be too narrow for a first IT education |
| College or career certificate | Career changers and students who want a shorter entry path | Technical coursework that may stack into a larger degree | Programs vary dramatically in length, lab depth, financial-aid eligibility, and transferability |
| Associate degree | Students who want a broader technical foundation and an applied college credential | Networking, systems, security, general education, and often internship/practicum options | An AAS is designed mainly for workforce entry; do not assume every course will transfer into every bachelor's program |
| Bachelor's degree | Students aiming for broader IT, infrastructure, engineering, or advancement options | More breadth, general education, advanced infrastructure topics, and often stronger access to employers that prefer degrees | More time and cost; program names may be broader, such as information technology or cloud and network engineering |
A degree and an industry certification are not interchangeable. A degree represents a broader academic program. A certification validates a narrower set of current technical skills. Many strong programs deliberately combine the two by building certification-aligned courses into a certificate or degree.
Modern Networking Program Checklist
Program names are messy, and vendor branding can age fast. The curriculum tells you more. Use this checklist when comparing schools.
Foundations a networking program should normally cover
- TCP/IP and the OSI model: Enough protocol knowledge to understand how traffic moves and where failures occur.
- IPv4 and IPv6: Addressing, subnetting, gateways, and practical network planning.
- Switching and routing: VLANs, trunks, routing concepts, and hands-on configuration.
- Wireless networking: Configuration, authentication, interference, and troubleshooting basics.
- Core network services: DNS, DHCP, name resolution, and common network services.
- Troubleshooting: Command-line tools, logs, packet analysis, and a repeatable diagnostic process.
- Security fundamentals: Firewalls, access controls, VPN concepts, hardening, least privilege, and secure administration.
Strong signs that a program is current
- Linux and Windows administration: Modern infrastructure rarely rewards knowing only one operating-system family.
- Virtualization: Virtual machines, virtual switches, resource allocation, and troubleshooting virtual infrastructure.
- Cloud fundamentals: Virtual networks, cloud identity, hybrid connectivity, and how cloud resources change traditional administration.
- Identity and access: Directory services, permissions, authentication, and current identity concepts such as Microsoft Entra ID where appropriate.
- Scripting and automation: PowerShell, Bash, Python, or another practical automation tool used to reduce repetitive work.
- Monitoring and recovery: Logs, performance monitoring, backups, recovery, and documentation.
- Substantial lab work: Real equipment, remote labs, simulators, emulators, virtual machines, or cloud labs where you actually configure and troubleshoot systems.
Useful specialization topics, not universal requirements
Advanced BGP, infrastructure as code, Ansible, Terraform, software-defined WANs, enterprise wireless design, containers, and advanced cloud architecture can be valuable. But an entry-level program is not automatically outdated because it does not cram every fashionable acronym into the catalog. The question is whether it teaches the fundamentals well and gives you a credible path into more advanced work.
Can Networking and Systems Administration Be Learned Online?
Yes, but inspect the lab model before you enroll. Online networking training can be genuinely hands-on when the program gives students access to virtual machines, cloud sandboxes, network simulators, emulators, or remotely hosted equipment.
For example, Madison College says its Network Systems Administration classes use an online lab environment that students can access from any computer. Cisco also provides tools such as Packet Tracer and Cisco Modeling Labs for building and troubleshooting virtual networks. Those approaches can let online students practice configuration repeatedly without waiting for a physical lab bench.
Campus programs still have an advantage when you want regular access to physical racks, cabling, switches, wireless hardware, and instructors standing beside you while something refuses to work for reasons known only to the networking gods. Online programs can compensate with stronger virtual-lab access, but you should ask exactly what you will configure yourself.
Questions to ask about online labs
- Do students configure networks themselves or mostly watch demonstrations?
- Are labs available outside scheduled class time?
- Does the school provide cloud/virtual lab access, or must you supply a powerful computer and build your own lab?
- Will you work with packet-capture tools and troubleshooting scenarios?
- Is any physical hardware work required on campus?
- Are internships or practicums available to online students?
Where Do Networking Certifications Fit?
Certifications can complement school, but they are not a magic employment coupon. Their value depends on your experience, the technologies an employer uses, and whether the credential matches the kind of work you want.
CompTIA Network+
CompTIA Network+ is vendor-neutral and covers networking concepts, implementation, operations, security, and troubleshooting. The current exam is N10-009. CompTIA's official exam objectives recommend 9 to 12 months of networking experience; that is a recommendation, not a formal prerequisite. Network+ can make sense when you want a broad foundation before specializing in a particular vendor.
Cisco CCNA
Cisco's CCNA goes deeper into enterprise networking and Cisco-oriented configuration while still covering network fundamentals, IP connectivity, security, and automation. As of September 5, 2026, the current 200-301 CCNA v1.1 exam remains available through February 2, 2027. Cisco says the refreshed CCNA v2.0 exam will go live February 3, 2027. Cisco lists no formal prerequisite, and the certification is valid for three years.
If you are comparing programs that advertise CCNA preparation, ask which exam blueprint the current course maps to and how the school plans to handle the February 2027 update.
Microsoft Windows Server credentials
If a school is still promoting MCSE or MCSA preparation as a current credential, that is a serious red flag. Microsoft retired the remaining MCSA, MCSD, and MCSE exams on January 31, 2021.
Microsoft's server-certification structure is changing again in 2026. The AZ-800 and AZ-801 exams associated with Windows Server Hybrid Administrator are scheduled to retire on September 30, 2026. Microsoft says that after those exams retire, AZ-802: Administering Windows Server will remain as the available path to earn its Windows Server Administrator Associate certification. That transition is a good reminder to judge a program by durable skills, not by how many vendor logos fit on a brochure.
Linux credentials
For students who want stronger systems-administration skills, Linux certification can be useful. Red Hat's RHCSA, earned through the EX200 exam, validates hands-on Red Hat Enterprise Linux administration. Whether you need it depends heavily on the environments and employers you are targeting.
Network+ vs. CCNA
There is no universal winner. Network+ is broader and vendor-neutral. CCNA is more Cisco-specific and generally goes deeper into enterprise networking configuration. Beginners sometimes use Network+ as a foundation before CCNA; other students go directly into CCNA-oriented coursework. A school should be able to explain why its certification alignment fits the program rather than simply promising that one badge guarantees a job.
Networking vs. Cybersecurity, Cloud Computing, and IT Support
These areas overlap because they share the same infrastructure. They are not the same educational task.
- Networking vs. cybersecurity: Networking students should learn secure configuration, firewalls, VPNs, access controls, and hardening. But programs centered on threat hunting, penetration testing, incident response, forensics, or security governance belong in cybersecurity training.
- Networking vs. cloud computing: Modern networking programs should expose you to virtual networks, hybrid connectivity, cloud identity, and cloud infrastructure. Programs centered on advanced cloud architecture, multi-cloud design, DevOps platforms, or cloud-native engineering belong in cloud computing training.
- Networking vs. computer support: Support roles often provide a practical entry point into infrastructure, but programs focused primarily on desktop hardware, end-user troubleshooting, and device repair are better matched to computer technician training.
- Networking vs. programming: Scripting matters because administrators automate repetitive work. Building software applications is a different goal and belongs in computer programming training.
What Jobs Can Networking Training Help You Pursue?
One of the easiest ways to get burned by IT marketing is to treat every job title as an entry-level outcome. Network administrator, systems administrator, network engineer, NOC technician, and support specialist are not nationally standardized steps on one ladder.
The BLS provides a useful reality check. Computer network support specialists typically need an associate degree, although some candidates qualify with a high school diploma plus relevant IT certifications. BLS also notes that network support specialists often work under network and computer systems administrators and that support specialists may advance into administrator roles.
For network and computer systems administrators, the BLS says a bachelor's degree is the typical entry-level education, while some employers accept a postsecondary certificate or associate degree. That means a certificate or AAS can absolutely be relevant, but it should not be sold as a guaranteed direct ticket to an autonomous administrator role.
An illustrative career path
A real career can skip steps, branch sideways, or start higher when you have strong internships, prior experience, military IT experience, or unusually strong labs. Still, this is a reasonable way to visualize one common progression:
- Entry infrastructure/support: computer network support specialist, network technician, NOC technician, technical support, or similar work
- Junior administration: junior network administrator, junior systems administrator, infrastructure support, or cloud operations support
- Administration: network administrator, systems administrator, or a hybrid infrastructure role
- Advanced specialization: network engineering/architecture, cloud infrastructure, cybersecurity, automation, consulting, or IT management
That is an example, not a national rule. The best program is one that gives you enough practical skill to compete for the next realistic step, not one that prints the fanciest job title beside its tuition form.
Networking Salaries and Job Outlook
The latest federal data tells a mixed but useful story. The BLS category for network and computer systems administrators is projected to decline as automation, DevOps overlap, and outsourced network services reshape some of the work. Computer network support specialists are projected to grow 1 percent, while computer network architects are projected to grow 8 percent.
| Occupation | 2025 median pay | 2025-35 projection | Typical entry education / experience |
|---|---|---|---|
| Computer network support specialists | $76,220 | +1% | Associate degree is typical; some qualify with high school plus relevant IT certifications |
| Network and computer systems administrators | $99,130 | -4%; about 13,400 openings per year | Bachelor's degree is typical; some employers accept a certificate or associate degree |
| Computer network architects | $134,050 | +8%; about 9,600 openings per year | Bachelor's degree plus 5 years or more of related work experience is typical |
Those are national medians, not starting salaries. Pay varies by location, industry, experience, credential mix, and job duties. Network architect wages are especially inappropriate to use as the expected outcome of a short networking certificate because the BLS classifies architecture as an experienced occupation.
The decline in the administrator category also does not mean networking is disappearing. BLS says these administrators will still be needed to maintain and upgrade networks, but some work is shifting to DevOps-focused developers, Networks-as-a-Service providers, and automation. That makes broad troubleshooting, scripting, cloud, and systems knowledge more valuable, not less.
How to Spot an Outdated Networking Program
Vendor products change too quickly for a useful program to freeze itself around one certification generation. Watch for warning signs such as:
- Advertising MCSE or MCSA preparation as if those credentials still exist
- Using old Cisco labels such as separate "CCNA Routing and Switching" tracks without explaining the current unified CCNA
- Teaching only Windows or only point-and-click server administration with no meaningful command-line work
- Little or no Linux exposure
- No virtualization or virtual networking
- No cloud or hybrid-infrastructure concepts at all
- No practical scripting or automation
- Labs that are mostly demonstrations instead of configuration and troubleshooting
- Old course descriptions that emphasize obsolete hardware or certification versions without current replacements
One old-looking catalog sentence does not automatically make a school bad. But several of these together should trigger harder questions before you spend money.
Cost, Accreditation, and Transferability
Networking program prices vary too much to justify one fake national average. A short certificate at a public college, a private career-school program, an associate degree, and an online bachelor's degree have completely different cost structures.
Compare the total cost to finish, not just advertised tuition. Ask about mandatory fees, books, required laptops, lab access, certification exam vouchers, retake fees, travel, and whether internship participation creates extra costs. Also confirm whether the specific program is eligible for the financial aid you expect to use; eligibility can differ between programs at the same institution.
Accreditation matters, but it is not a magic transfer stamp. The U.S. Department of Education explicitly notes that accreditation does not guarantee that another college will accept your credits. If transfer is important, ask the receiving school what it will accept and look for a written articulation agreement.
Programmatic accreditation such as ABET can be relevant to some computing programs, but it is not universal for career-focused networking education. For most students comparing networking certificates or applied associate degrees, the practical questions are whether the institution is appropriately accredited, whether the program has current curriculum and labs, whether credits stack or transfer where you need them to, and whether the school can show credible completion and employment information.
Questions to Ask Networking Schools
- Which current certification blueprints, if any, are your courses aligned with?
- How much configuration and troubleshooting do students perform themselves?
- Do labs use physical equipment, remote hardware, simulators, emulators, virtual machines, cloud sandboxes, or a combination?
- Will I work with both Linux and Windows administration?
- How do you teach virtualization, cloud networking, and hybrid infrastructure?
- Which scripting or automation tools are included?
- How often are course outlines reviewed for retired certifications and technology changes?
- Are certification exam vouchers included in tuition?
- Does the program include an internship, practicum, co-op, or employer project?
- What job titles have recent graduates actually obtained?
- If this is a certificate, does it stack into an associate degree?
- If this is an associate degree, which bachelor's programs have written transfer agreements?
- What costs are not included in the advertised tuition?
Find Networking and Systems Administration Programs
If the curriculum checks out and the program fits your career goal, the next useful step is comparing actual options. Use the school finder below to look for networking, network administration, systems administration, and related infrastructure programs available online or near you.
Sources
- U.S. Bureau of Labor Statistics, Network and Computer Systems Administrators, May 2025 wage data and 2025-35 projections.
- U.S. Bureau of Labor Statistics, Computer Support Specialists, May 2025 wage data and 2025-35 projections.
- U.S. Bureau of Labor Statistics, Computer Network Architects, May 2025 wage data and 2025-35 projections.
- Cisco, CCNA exam information and 2027 CCNA refresh details.
- CompTIA, Network+ N10-009 exam objectives.
- Microsoft Learn, Windows Server Administrator Associate, AZ-800 retirement notice, and MCSA/MCSE retirement information.
- Red Hat, Red Hat Certified System Administrator (RHCSA).
- U.S. Department of Education, Accreditation in the United States.