Best fit
High school students enrolled in or preparing for AP Networking
AP Networking
AP Networking Tutoring
Prepare for AP Networking by configuring connections, securing them, and diagnosing what breaks — with evidence rather than guesswork.
AP Networking asks students to work the way a network technician does: set up a connection, prove it works, defend it, and explain a failure using what the tools actually report. This course builds those habits alongside the vocabulary and reasoning the College Board framework calls for.
Starting point
College Board states there are no specific course prerequisites for AP Networking
Session style
One-on-one or small group tutoring
Student outcome
Configure a connection and then prove it works rather than assuming it does
Course Overview
A hands-on AP course about the networks everything else runs on
AP Networking is a College Board AP Career Kickstart course. It becomes available nationally in the 2027-28 school year, with a third and final pilot running in 2026-27. Students work through four units that scale outward from a single device to the global internet.
Four units, widening scope
The framework moves from one device, to a shared home or small office network, to a segmented multi-device network, to the internet itself.
Skills, repeated everywhere
Connect and Configure, Secure, Troubleshoot, and Collaborate are practiced in every unit rather than taught once and set aside.
Evidence over recall
Answers are expected to rest on command output, addressing, logs, and configuration details rather than on definitions alone.
College and career aligned
College Board describes the course as equivalent to a one-semester college introduction to networking.
Official resources referenced
Student Fit
Who this course is for
- High school students enrolled in or preparing for AP Networking
- Students who like taking systems apart and finding out why something stopped working
- AP Cybersecurity students who want the network layer in more depth
- Students considering IT support, network engineering, systems administration, or security work
- Students who would rather reason from evidence than memorize definitions
Prerequisites
What students should know before starting
- College Board states there are no specific course prerequisites for AP Networking
- The framework does expect students to be willing to work both independently and in teams
- Basic computer literacy and comfort changing settings on a device are enough to start
- No programming background is required; this is not a coding course
Questions
Frequently asked questions
What is AP Networking?
It is a College Board AP Career Kickstart course in computer networking. Students configure and secure connections, then diagnose problems on devices and networks, working from realistic scenarios rather than from definitions alone.
When does AP Networking launch nationally?
College Board has said the course becomes available nationally beginning in the 2027-28 school year. A third and final pilot runs during 2026-27 at selected schools.
When is the first AP Networking Exam?
The first national exam is scheduled for May 2028, and it will be given fully digitally in Bluebook.
What is on the exam?
College Board has described two components: multiple-choice questions built on networking scenarios, and free-response questions using realistic networking artifacts and evidence. Question counts, timing, and section weights have not been published, so we do not quote any.
Does AP Networking require programming?
No. College Board states there are no specific course prerequisites, and the framework does not build the course around writing code. Students do work at the command line, which is a different skill.
How is it different from AP Computer Science Principles?
AP CSP surveys computing broadly, including programming, data, and the impacts of technology. AP Networking stays with the infrastructure: addressing, configuration, segmentation, routing, and keeping a network working.
How is it different from AP Cybersecurity?
The two overlap and complement each other. AP Cybersecurity asks how systems, applications, and data are defended across many settings. AP Networking asks how a network is designed, configured, and repaired, with security applied as one part of running it well.
Is the course hands-on?
Yes. The framework is organized around scenarios and student work products such as walkthroughs and documentation, and the exam free-response section uses realistic artifacts.
What is the AP Networking Credential?
College Board offers a credential to students who take a yearlong AP Networking course and earn a qualifying score on the exam. The qualifying score has not been published.
Does it lead to industry certifications?
College Board describes the credential as aligned with common industry certifications including CompTIA Network+, Cisco CCNA, and Cisco CCST Networking. Alignment is not the same as award: the course supports preparation toward those certifications but does not grant any of them.
Curriculum
AP Networking curriculum
The four official units widen in scope from a single device to the global internet. Topic placement below follows the published course framework.
1
Unit 1: Managing My Connections
Students start with one device they control: why it is slow, why it will not connect, and how to lock it down without breaking it.
- Structured troubleshooting
- CPU, memory, and storage symptoms
- Wireless connectivity
- Device configuration
- Vulnerabilities and hardening
- Verifying and documenting a fix
- Responsible AI assistance
2
Unit 2: Managing My Shared Connections
The scope widens to a small home or office network where several devices share one connection and one set of decisions.
- Small office and home networks
- Routers, switches, and access points
- IP and MAC addressing
- DHCP address assignment
- Wired against wireless choices
- Connectivity testing with ping and ipconfig
- Early firewall and segmentation ideas
3
Unit 3: Managing Many Connections
Students plan and build a larger network, then divide it deliberately so that traffic and trust do not spread further than intended.
- Planning a network from requirements
- Physical and logical topologies
- Subnetting an address space
- VLANs and segmentation
- Gateways and inter-network routing
- Firewall rules and filtering
- Diagrams and documentation
4
Unit 4: Managing Our Global Connections
The last unit reaches the internet: the models that describe it, the protocols that move data across it, and what it takes to keep a network dependable.
- Availability, integrity, and confidentiality
- The OSI and TCP/IP models
- Protocols including DNS, DHCP, TCP, UDP, and IP
- IPv6 addressing
- Routing and the path data takes
- Command-line tools including traceroute and tracert
- Monitoring, logs, redundancy, and capacity
Practice
Practice that looks like the work
Sessions centre on artifacts a technician would actually be handed: a diagram, an address plan, a rule table, a block of command output, a log excerpt.
Reading network diagrams
Interpreting IP configuration
Subnet planning
Firewall rule review
Command output analysis
Connectivity fault isolation
Segmentation decisions
Written troubleshooting documentation
Outcomes
By the end of this course, students will be able to
- Configure a connection and then prove it works rather than assuming it does
- Read an address, mask, and gateway together and say what a device can reach
- Divide a network with subnets or VLANs and justify where the boundaries fall
- Isolate a fault by ruling out layers in order instead of changing settings at random
- Choose a security control that fits the risk and does not break legitimate access
- Use AI assistance as a starting point and verify its suggestions independently
- Document a change clearly enough that someone else could repeat or reverse it
Learning Format
How sessions are structured
- One-on-one or small group tutoring
- Unit-by-unit review
- Scenario and artifact practice
- Command output drills
- Written free-response coaching
- Progress tracking
Why Code Scholars
Support that builds real understanding
Built From the Framework
Lessons follow the published four-unit structure and the four skill categories rather than a generic networking syllabus.
Evidence Habits
Students learn to point at the output, address, or rule that supports an answer, which is what the free-response section rewards.
Layered Diagnosis
A repeatable method for narrowing a fault replaces guess-and-check, and it transfers directly to certification study.
Honest About the Unknowns
Where College Board has not published exam details, we say so instead of inventing numbers.
Career Context
The course connects to IT support, networking, systems administration, and security pathways.
Confidence With Tools
Students become comfortable reading command output instead of finding it intimidating.
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