You finished AP Networking. Do not choose the next step by job title alone.
Start with the part of networking work you actually enjoyed. A student who liked diagnosing failed connections may enjoy a different next step from a student who liked security controls, routing decisions, wireless design, documentation, or helping users.
College Board describes AP Networking as preparation for networking, information technology, and related fields. The course develops four broad skill areas: connecting and configuring, securing, troubleshooting, and collaborating. Those are useful starting points for deciding what to do next—not promises that one AP course qualifies someone for a professional job.
What did you enjoy most in AP Networking?
| If you liked... | What that may tell you | Explore next | Useful next experience |
|---|---|---|---|
| Finding why a connection failed | You may enjoy evidence-driven support work. | Network support, systems support, network operations | Help-desk scenarios, troubleshooting labs, supervised IT support |
| Routing and switching | You may enjoy infrastructure and traffic-flow decisions. | Network administration, network engineering | Routing labs, VLAN design, CCST/CCNA pathway research |
| Security controls | You may enjoy reducing risk while preserving needed access. | Cybersecurity, security operations, network security | Firewall-policy labs, segmentation projects, security coursework |
| Wireless networking | You may enjoy designing reliable access for real users. | Network administration, wireless/network engineering | Coverage planning, channel/interference studies, WLAN labs |
| Network diagrams and design | You may enjoy turning requirements into systems. | Network engineering, systems engineering/architecture | Topology projects, addressing plans, design documentation |
| Command output and logs | You may enjoy reconstructing what happened from evidence. | NOC/SOC work, administration, information security | Log-analysis cases, command-line labs, incident timelines |
| Helping another person solve a problem | You may enjoy the technical + communication side of IT. | User support, technical support, systems support | Ticket writing, support documentation, supervised help desk |
Swipe horizontally to see the full table.
College Board specifically identifies career connections including computer network support specialist, network and computer systems administrator, computer systems engineer/architect, systems analyst, computer user support specialist, information security engineer, and information security analyst. Treat those as directions to investigate, not automatic job outcomes from one high-school course.
Choose what you liked and where you want to go next
Which college major fits what you liked in AP Networking?
Degree names vary by college. Read the actual required-course list instead of choosing by title alone.
Information Technology
Often a broad fit for students who enjoy systems, support, networking, administration, and applied technology. Check how much networking, cloud, security, scripting, and hands-on lab work the specific program requires.
Cybersecurity
A natural direction for students who liked vulnerabilities, segmentation, access control, secure protocols, monitoring, and investigating suspicious behavior. Expect to add security topics well beyond the AP Networking course.
Networking / Network Engineering
The most direct continuation for students who enjoyed routing, switching, wireless, addressing, network design, troubleshooting, and infrastructure.
Information Systems
Programs often connect technology with organizational needs. This can fit students who like technology but also care about business processes, users, systems analysis, and how organizations choose and manage technology.
Computer Science
Networking knowledge is useful, but computer science usually goes much deeper into programming, algorithms, data structures, computation, and software. Do not assume AP Networking and a CS major are the same kind of work.
Cloud / Systems Programs
Cloud services still depend on addressing, routing, DNS, security, access control, performance, and reliable connectivity. Networking can become the infrastructure foundation underneath later cloud study.
Before enrolling, compare your college's policy with our AP Networking college-credit guide and the institution's current catalog.
Should I take Network+, CCNA, or CCST after AP Networking?
College Board says the AP Networking Credential aligns with common industry certifications including CompTIA Network+, Cisco CCNA, and Cisco CCST: Networking. The word aligns matters. AP Networking does not automatically award any of those certifications, and the AP course should not be treated as a promise that a student is ready to pass a separate vendor exam without additional preparation.
| Path to investigate | Why an AP Networking student might look at it | What to do before committing |
|---|---|---|
| CompTIA Network+ | Broad networking knowledge can make a vendor-neutral certification path easier to understand. | Read the current official exam objectives and identify topics not covered deeply enough in your AP work. |
| Cisco CCST: Networking | Students interested in an early Cisco networking credential can compare their AP foundation with the current CCST requirements. | Check Cisco's current exam topics, lab expectations, price, and policies. |
| Cisco CCNA | Students who especially enjoyed routing, switching, network services, and infrastructure may want to investigate a deeper Cisco path. | Do not skip directly from “I passed AP Networking” to “I am ready for CCNA.” Compare objectives and build the missing hands-on depth first. |
Swipe horizontally to see the full table.
A sensible rule: choose a certification because it matches the next role or program you want—not because collecting certifications feels like the next required step.
For a deeper explanation of the difference between the AP credential and industry certifications, use our AP Networking Credential guide.
An internship or apprenticeship can answer questions a textbook cannot
College Board says AP Networking knowledge and skills align with internships and apprenticeships visible through the NICE Cybersecurity Apprenticeship Program Finder. That does not mean every AP Networking student automatically qualifies for every listing. It means the course connects to the skill territory those experiences can build on.
School IT department
Ask whether students can assist with approved, supervised tasks such as inventory, device setup, documentation, cable labeling, help-desk observation, or other work the district permits. Never test school systems without explicit authorization.
Local organizations
Libraries, nonprofits, community organizations, small businesses, and municipal programs may have technology support needs or job-shadowing opportunities. A teacher or counselor can help identify legitimate supervised programs.
Internships
Search for IT support, network operations, infrastructure, cybersecurity, data-center, systems, and technical-support internships rather than searching only for “networking intern.” Entry-level titles vary.
Apprenticeships
Investigate registered and cybersecurity/IT apprenticeship programs. Read the eligibility requirements carefully; age, graduation status, location, work authorization, and prior skills can matter.
Save evidence of your work before your class files disappear
A student portfolio does not need to expose a real school network. In fact, it should not. Build a sanitized portfolio using fictional, lab, or deliberately anonymized information.
- One topology diagram: show endpoints, switches, routers, wireless access, security boundaries, and important dependencies. Add a short explanation of why you designed it that way.
- One addressing plan: show subnets, gateways, host ranges, and the reasoning behind the plan.
- One troubleshooting report: symptom → evidence → boundary → next test → repair → verification.
- One security-control explanation: identify the vulnerability, select a control, explain why it fits, and show how you verified permitted and denied behavior.
- One performance investigation: compare a baseline with an incident and explain whether the evidence points to latency, loss, congestion, capacity, or another boundary.
- One reflection: describe a networking idea you misunderstood at first, the evidence that changed your thinking, and how you would approach the problem now.
Use our artifact-analysis guide and troubleshooting guide to strengthen the explanations that accompany your portfolio pieces.
My child liked AP Networking. What should we do this summer?
$0 route: build and document
Use a legal home/lab environment, browser simulations, packet-analysis samples, or virtual networking tools to complete a small project. The goal is not expensive equipment. The goal is to design something, test it, break something safely, repair it, and document the result.
College route: investigate programs
Compare required courses in networking, IT, cybersecurity, information systems, and computer science. Then check how a qualifying AP Networking score would actually apply to each program.
Certification route: compare objectives
Pick one certification worth investigating. Print or save its current official objectives. Mark what AP Networking already introduced, what needs deeper study, and what requires additional hands-on practice.
Experience route: talk to humans
Ask the school counselor, CTE coordinator, networking teacher, local community college, and legitimate employers about internships, apprenticeships, job shadowing, summer programs, or supervised IT experience.
A summer does not need to produce a stack of credentials. One well-documented project plus one useful conversation with a college instructor, IT professional, or internship supervisor can tell a student more about the next step than weeks of random online tutorials.
Build one small network and tell the story of what happened
Example: design a fictional small office with staff devices, guest Wi-Fi, printers, an internal service, Internet access, and a requirement that guests cannot reach staff resources. Create the topology and addressing plan. Explain the security boundary. Then introduce a safe lab fault—such as a wrong mask, incorrect VLAN assignment, DNS problem, or blocked service—and document how you found it.
Your final write-up should answer six questions: What was supposed to happen? What actually happened? What evidence narrowed the problem? What did you change? Why was that change justified? How did you prove the requirement worked afterward?
That is far more informative than a portfolio line that simply says “knowledge of networking.”
A practical plan for the first three months after AP Networking
Days 1–30: Preserve and choose
Save your best non-sensitive work. Write down the three topics you enjoyed most and the three you struggled with most. Investigate two college/program directions and one certification or experience path. Do not buy anything yet simply because the name sounds impressive.
Days 31–60: Build one deeper project
Choose a project that forces you to use several skills together: topology, addressing, connectivity, security, troubleshooting, documentation, and verification. Keep a work log instead of polishing only the final result.
Days 61–90: Put your work in front of another person
Ask a teacher, community-college instructor, mentor, internship supervisor, or working IT professional to look at your project and ask you questions about it. Notice which questions you cannot answer yet. Those gaps are your next study plan.
What AP Networking does not automatically give you
It does not automatically make you CCNA certified.
College Board says the credential aligns with certifications such as CCNA, Network+, and CCST. Alignment is not the same as earning them.
It does not guarantee a networking job.
Employers can consider education, experience, certifications, communication, age/work requirements, and organization-specific skills.
It does not guarantee three college credits everywhere.
College Board describes the possibility of up to three relevant credits; each institution controls its own policy.
It does not mean cybersecurity and networking are identical.
Networking is foundational to many security problems, but cybersecurity adds substantial material in risk, threats, defense, identity, applications, governance, and other areas.
It does not mean you should stop practicing after the AP Exam.
Technical skill fades when it becomes vocabulary only. Keep configuring, explaining, troubleshooting, documenting, and verifying.
If you are not sure what comes next, use this order
1. Identify what you enjoyed. Do not begin with a credential name.
2. Pick one next environment. College course, certification study, project, internship, apprenticeship, or supervised work.
3. Find the gap. Compare what that next environment expects with what you can currently demonstrate.
4. Build evidence. Complete a project, lab, course, or supervised experience that closes the gap.
5. Reassess. The goal is not to choose your entire career at 17. The goal is to make the next informed move.
Continue from the path you chose
What is confirmed and what still depends on the student's next institution or program
Confirmed by College Board: AP Networking launches nationally in 2027–28; it aligns closely with introductory collegiate networking; qualifying national exam scores earn the AP Networking Credential; credential skills include designing, configuring, documenting, troubleshooting, and protecting networks; the credential connects to multiple postgraduation education and career options; and it aligns with Network+, CCNA, and CCST: Networking pathways.
Not universal: college-credit treatment, admission to an internship or apprenticeship, certification readiness, hiring decisions, salaries, and whether a specific degree program will accept AP Networking toward a requirement.