Best Computer Networking Schools by Graduate Salary & ROI (2026)

Why a Public Utah School Outranks a Private Tech Institute

Weber State’s #1 ranking isn't an accident; it’s a direct result of Utah's "Silicon Slopes" tech boom. The university's focus on applied learning creates a pipeline of graduates with the practical, hands-on networking and security skills that local tech firms desperately need. This tight industry alignment allows students to access high-paying jobs ($71,941/yr) while benefiting from affordable public tuition, delivering an exceptional 32.9x return on investment.

When a Famous Name Isn't Worth the Price

Don't let a prestigious nameplate fool you. While schools like Rochester Institute of Technology (#17) deliver the highest earnings in our rankings ($73,367/yr), its staggering four-year tuition of $228,064 crushes its financial value. The resulting 4.2x ROI proves that for this specific, skills-based field, a high-cost private degree can be a poor financial bet compared to top public options like Utah Valley University, which offers a 36.5x ROI.

The Ohio Blueprint: How One State Dominated the Rankings

The cluster of seven Ohio schools in the top 20, including five Ohio University regional campuses, reveals a deliberate state strategy. This isn't a coincidence; it's a model of accessible, standardized public education designed to fuel the state's growing "Silicon Heartland" tech economy. By offering a consistent, high-value program across multiple locations, Ohio ensures a steady supply of trained talent, resulting in strong, predictable outcomes for graduates with $61k+ earnings and a 30.1x ROI.

Your Real Job: Managing the AI That Does Your Old Job

The 59% AI risk score means the entry-level job you're training for is already changing. AI tools now automate routine tasks like network monitoring, basic scripting, and initial threat detection. Your future value won't be in doing that work, but in orchestrating it—designing the systems AI operates, validating its findings, and making the critical judgment calls during a system-wide failure that an algorithm can't.