Cisco and College Board Just Changed High School Tech Education Forever — Here’s What Teachers Need to Know

The College Board has officially added two new Advanced Placement courses to its lineup: AP Cybersecurity and AP Networking. Developed in direct partnership with Cisco Networking Academy, these courses represent the most significant expansion of career-connected learning in AP history — and they couldn’t have arrived at a better time.

 

For technology educators, this is a genuine inflection point, and for schools looking to give students the deepest possible foundation in these skills, real labs, using real/genuine Cisco hardware makes all the difference.

What Are These New AP Courses?

AP Cybersecurity

AP Cybersecurity is launching nationally for the 2026–2027 school year as part of the College Board’s new AP Career Kickstart initiative. During its 2025–2026 pilot, the course reached 3,100 students across 183 schools in 30 states — and the response from both teachers and students was overwhelmingly positive.

 

This is a yearlong course that gives students a broad introduction to the cybersecurity field. Students learn to think like defenders, covering:

 

• Common threats, vulnerabilities, and how they combine to create risk
• Defense-in-depth strategies used by real organizations
• Network security, device security, physical security, and data protection
• Incident detection, response, and risk management
• The ethics and societal impact of cybersecurity decisions

 

The course is built around Cisco Networking Academy’s curriculum and aligns with the NICE Cybersecurity Workforce Framework. No prior coding experience is required.

 

The first national AP Cybersecurity exam is scheduled for May 2027, administered through the College Board’s digital Bluebook platform.

AP Networking

AP Networking is currently in its final pilot phase for 2026–2027, with a full nationwide launch set for the 2027–2028 school year. This yearlong course trains students in the networking field and aligns closely with standard first-year collegiate networking courses.

 

Students develop problem-solving and communication skills by configuring, securing, and troubleshooting networks of increasing scale. The curriculum covers:

 

• Network hardware, logical and physical configuration
• Communication protocols and the OSI and TCP/IP models
• Enabling reliable, accurate, and secure data transmission between hosts
• Network segmentation, security controls, and monitoring
• Troubleshooting connectivity, verifying configuration, and managing congestion
• Real-world scenarios including streaming infrastructure, workplace collaboration, and resilient public networks

 

Scoring a qualifying grade on this exam can earn you college credit as well as the AP Networking Credential and eligibility for a voucher toward industry certifications like the CompTIA Network+ or Cisco Certified Support Technician (CCST) Networking Exam. [1, 2, 3] 

 

Can Students Earn College Credit?

Yes — and this is one of the most compelling aspects of both courses for families and school administrators.

 

AP Cybersecurity: Students with qualifying AP exam scores can earn college credit or placement in cybersecurity, information systems, or computer science courses at participating colleges and universities. The first formal credit policies from institutions are being released on a rolling basis starting in 2026, with the full list growing through 2027.

 

On top of college credit potential, qualifying students earn the AP Cybersecurity Credential — an employer-endorsed credential aligned with CompTIA Security+ and the Cisco Certified Support Technician (CCST): Cybersecurity certification. Students also receive an exam prep voucher for CompTIA Security+ exam prep, a $350 value.

 

AP Networking: Students with a qualifying score on the AP Networking Exam can earn up to 3 college credits applicable to community college degrees, four-year degrees, or certificate programs. The AP Networking Credential is explicitly aligned with CompTIA Network+, the Cisco Certified Support Technician (CCST): Networking, and the Cisco Certified Network Associate (CCNA) — the industry’s gold standard entry-level networking certification.

 

These are “stackable” credentials, meaning students can build on them throughout their education and career. A student who earns the AP Networking Credential in high school is already on the path toward CCNA — which commands significant salary premiums and opens doors to networking careers that otherwise require years of experience.

 

For students in California, both courses qualify under Area D (Science) of the UC and CSU A–G requirements, giving students a meaningful STEM credit toward college eligibility.

 

How Cisco Networking Academy Powers These Courses

Cisco’s role in these AP courses isn’t just a logo on a brochure. Cisco Networking Academy provides the actual instructional infrastructure that makes these courses teachable:

 

• Industry-aligned curriculum developed in partnership with college faculty and cybersecurity professionals
• Built-in hands-on labs designed to reinforce concepts through practical application
• Professional development for educators, including AP Summer Institutes, to help teachers who are new to technical subjects get up to speed
• Lesson plans, unit guides, and pilot resources available directly through AP Classroom

 

This is exactly the kind of career-connected learning pipeline the industry has been calling for. With more than 500,000 cybersecurity jobs listed in the U.S. in 2024–2025 alone — a 12% year-over-year increase — and only about 4% of high schoolers having had any access to cybersecurity education, these courses represent a structural shift in how the pipeline gets built.

 

You can learn more about the Cisco Networking Academy’s partnership with the College Board at netacad.com/ap-college-board.

 

Why Real Equipment Is the Best Classroom Investment You Can Make

Here is where we want to speak directly to educators and technology program administrators: the Cisco Networking Academy curriculum is excellent. The labs are well-designed. But there is a meaningful ceiling on what a student learns when every lab runs inside a simulator.

 

Packet Tracer and other simulation tools are valuable for concept introduction and the true beginner level basics. They are not a replacement for real equipment — and the difference in what students take away is significant.

Engagement That Doesn’t Come From a Screen

When a student picks up a Cisco router, patches cables into a switch stack, and physically builds the topology they’ve been studying on paper, something changes. The abstraction becomes concrete. The concepts stop being diagrams and start being things they’ve touched, configured, and broken — and fixed.

 

Teachers who run physical labs consistently report higher student engagement, more questions, higher knowledge/skill retention levels, and more students staying after class to keep experimenting. 

Knowledge Retention Through Real Troubleshooting

Simulation tools encounter many bugs and limitations. When something goes wrong in a simulator, it’s usually because the student made an error the software predicted. When something goes wrong on real hardware, the troubleshooting is genuinely open-ended.

 

A router that won’t come up because of a misconfigured serial interface, a switch that needs a password recovery, a cable that looks right but has the wrong pinout — these are the scenarios that build the diagnostic thinking that networking and cybersecurity professionals use every day. You cannot simulate your way to that skill set.

 

Research consistently supports this. Hands-on technical learning produces higher retention and deeper conceptual understanding than passive or simulation-based instruction. Students who have configured real Cisco IOS commands don’t just know the syntax — they understand why the syntax matters.

CyberPatriot and Competition Readiness

For schools running CyberPatriot teams, the connection to real equipment is even more direct. CyberPatriot’s network security challenges require students to understand how actual network devices behave under attack and misconfiguration. Teams that have worked with real hardware — understanding how Cisco IOS security features like access control lists, port security, and hardened management access actually function — consistently perform better than those who have only worked in simulated environments.

 

The AP Cybersecurity and AP Networking curricula map directly onto CyberPatriot skill areas. Running both programs in parallel, supported by a physical lab, creates a reinforcing loop where classroom learning immediately applies to competition preparation.

The CCNA Pathway Starts Here

Both AP courses are explicitly designed as on-ramps toward industry certification. AP Networking aligns with CCNA. AP Cybersecurity aligns with CCST, CompTIA Security+, and associate levels Cisco Security. Students who reach high school graduation having worked with real Cisco hardware are not starting from zero when they pursue these certifications — they’re accelerating through material they’ve already applied in the lab.

 

CertificationKits.com: Real Cisco Hardware, Built for the Classroom

At CertificationKits.com, we’ve been equipping Cisco certification candidates with real lab hardware since 2000. Our lab kits are purpose-built for exactly this kind of learning — and they’re a direct fit for schools implementing AP Networking, AP Cybersecurity, and CyberPatriot programs… or beyond.

 

Our CCNA Lab Kits give students hands-on access to real Cisco routers and switches, running real IOS, in the configurations they’ll encounter on AP exams, certification exams, and in their first real networking jobs. Every kit is tested, configured, and documented so educators can get students into the lab quickly, without a steep setup learning curve.

 

Whether you’re launching AP Networking, building out a CyberPatriot program, or simply upgrading from pure simulation to real-equipment instruction, we’re here to help you build the right lab for your students and your budget.

 

Browse our classroom lab kits at shop.certificationkits.com →

 

The Bottom Line for Educators

AP Cybersecurity and AP Networking are not niche electives. They are rigorous, college-credit-bearing courses backed by Cisco and the College Board, aligned with the certifications that the networking and security industries actually hire for, and designed to give students a credential pathway that starts in high school and carries through to their career.

 

Simulation is a starting point. Real equipment is where students become professionals.

 

If you’re implementing either of these AP courses at your school and want to talk through what a physical lab setup looks like — what equipment you need, what kit configurations make sense for your enrollment size, and what budget options are available — reach out to us directly at CertificationKits.com or contact us at Sales@CertificationKits.com.  CertificationKits also accepts purchase orders from educational institutions. We’ve been helping students and educators build these skills for over two decades, and we’d love to support your program.

 

Sources: Cisco Networking Academy (netacad.com/ap-college-board), College Board AP Central (apcentral.collegeboard.org), Cisco Blog (blogs.cisco.com/learning/cisco-partners-with-college-board-to-launch-ap-cybersecurity)

 

The post AP Cybersecurity & AP Networking: The High School Educator’s Guide to Cisco’s New AP Courses appeared first on CertificationKits.com.