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Key takeaway: An online technology degree teaches applied computing -- IT operations, networking, systems administration, cybersecurity, and cloud infrastructure -- and is offered at the certificate, associate, bachelor's, and master's levels by accredited schools nationwide. College Scorecard data shows graduates of bachelor's-level technology programs reported median earnings of $56,372 one year after completion, rising to $83,443 by year five (U.S. Department of Education College Scorecard, data generated June 2026). Compare accredited online programs below.
An online technology degree teaches the applied computing skills used to deploy, manage, secure, and optimize digital systems. Unlike research-oriented computer science programs, technology degrees emphasize real-world implementation across IT operations, networking, systems management, cybersecurity, and cloud deployment, and they routinely integrate certification preparation for credentials like CompTIA, AWS, Cisco, and Microsoft. This guide is the hub for the program: use it to compare degree levels, browse concentrations, review verified earnings and debt data, and link out to deeper pages on careers, salaries, accreditation, and cost.
These accredited schools offer online programs, report technology completions, and are ordered by our independent BOC Score. Request information to compare programs, costs, and formats.
Every school list on this site is ordered by the BOC Score, computed from the most recent school-level data published by the U.S. Department of Education (College Scorecard and IPEDS). To qualify, a school must be currently operating and accredited by an agency recognized by the U.S. Department of Education. Each eligible school is then scored on five measures, percentile-ranked against schools at the same credential level:
Schools without enough outcome data appear after ranked schools, without a score. Advertising never affects these rankings. Read the full methodology.
Source:IPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:Accreditor: Southern Association of Colleges and Schools Commission on CollegesIPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:Accreditor: Western Association of Schools and Colleges Senior Colleges and University CommissionIPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Can You Get a Technology Degree Online? explains how accredited online technology programs work, including specializations, cost, and salary outcomes.
Browse technology programs by state ->
An online technology degree is an academic program focused on applied computing and hands-on IT skills used to manage, secure, and optimize digital systems. Programs emphasize practical implementation over theoretical research, and coursework typically maps to recognized industry certifications. According to College Scorecard data, roughly 70 to 75 percent of completions in these programs are awarded through distance education, which makes technology one of the more online-friendly fields (U.S. Department of Education College Scorecard, data generated June 2026).
Technology degrees emphasize IT operations, network administration, systems management, and certification readiness. Computer science programs focus on software development, algorithms, and computational theory. In short, technology graduates manage and secure existing systems, while computer science graduates more often build new software from the ground up. Many students who want a hands-on, infrastructure-focused career choose technology; those drawn to programming theory and algorithm design lean toward computer science. For a side-by-side breakdown of curriculum, careers, and earnings between the two paths, see IT vs Computer Science Degree.
Online technology credentials span certificates, associate degrees, bachelor’s degrees, and master’s degrees. Associate programs typically require 60 to 64 credits, bachelor’s programs require 120 to 128 credits, and master’s programs require 30 to 36 credits. Certificates are shorter, skill-focused credentials that can stand alone or stack toward a degree. See the full breakdown in the degree levels section below.
Common certifications include CompTIA A+, Network+, and Security+; Cisco CCNA; AWS Certified Cloud Practitioner and Solutions Architect; Microsoft Azure Fundamentals and Administrator; CISSP for security professionals; and LPIC-1 for Linux administration. These credentials are recognized industry-wide and are often integrated directly into program coursework or offered as exam-prep electives.
Cost varies widely by level and institution. According to College Scorecard, median federal debt at completion is about $9,105 for certificate earners, $14,321 for associate graduates, and $22,796 for bachelor’s graduates (data generated June 2026). Many online programs charge the same per-credit rate regardless of residency. See the cost and financial aid section and our affordable technology programs page for ways to lower net price.
Yes. Online and on-campus technology programs share the same learning objectives, accreditation standards, and degree titles, and accredited transcripts generally do not distinguish delivery format. Technology is especially well-suited to online delivery because the virtual lab environments used in coursework are the same cloud consoles, terminals, and simulation tools used in professional IT work. See online vs on-campus technology for a fuller comparison.
Technology curricula build from infrastructure fundamentals up through specialized, applied coursework. A typical sequence moves through:
Most programs let you focus through a concentration – information technology, cybersecurity, cloud computing, network administration, data analytics, or web development – and align that track with industry certifications. Coursework leans heavily on project-based assignments and hands-on virtual labs rather than exams alone.
Beyond the technical core, most accredited programs also build general-education and professional skills: technical writing, project management, ethics, and communication. These rounding-out courses matter more than students expect, because technology roles increasingly require translating technical detail for non-technical stakeholders, documenting systems clearly, and managing projects across teams. A bachelor’s program devotes roughly a third of its credits to general education, a third to the technology core, and a third to a concentration and electives.
What separates technology from adjacent computing degrees is the emphasis on the systems that keep organizations running rather than the software that gets built. You spend less time on data structures and algorithm complexity and more time on configuring servers, hardening networks, automating deployments, and responding to incidents. If you want to see exactly how a program sequences these topics term by term, the technology curriculum page maps a representative course plan, and the online course formats page explains how labs and lectures are delivered online.
Technology is one of the few fields where credentials at every level lead to real roles, from a stackable certificate to a graduate degree. The table below uses verified outcome data from the U.S. Department of Education College Scorecard (data generated June 2026); earnings are reported as the median for graduates one year and five years after completion, and debt is the median federal loan balance at graduation.
| Level | Median earnings (1 yr) | Median earnings (5 yr) | Median debt | Guide |
|---|---|---|---|---|
| Certificate | $46,815 | $57,494 | $9,105 | Certificates |
| Associate | $43,896 | $52,772 | $14,321 | Associate |
| Bachelor’s | $56,372 | $83,443 | $22,796 | Bachelor’s |
Source: U.S. Department of Education, College Scorecard1, data generated June 2026.
Online technology certificates are short, focused credentials – often built around a single skill area such as cybersecurity, cloud, or networking. They suit career-changers and working professionals who want certification-aligned training without committing to a full degree. College Scorecard reports median earnings of $46,815 one year after completion for certificate holders, rising to $57,494 by year five, with median debt of just $9,1051. About 75 percent of technology certificate completions are delivered online.
An online associate in technology typically requires 60 to 64 credits (about two years full-time) and opens entry-level roles in help-desk support, network support, and junior systems administration. Associate graduates reported median earnings of $43,896 one year out and $52,772 at five years, with median debt of $14,3211. Many associate credits transfer into a bachelor’s program, making this a cost-effective on-ramp.
The online bachelor’s in technology is the most common entry point for analyst, administrator, and developer roles. It usually requires 120 to 128 credits (about four years full-time) and offers the strongest earnings lift in the field: a median of $56,372 one year after graduation and $83,443 by year five, the highest five-year figure among the levels with robust reporting1. Median debt is $22,796.
An online master’s in technology typically requires 30 to 36 credits and targets management, architecture, and senior security roles. Graduate technology programs are heavily online – College Scorecard shows over 80 percent of doctoral-level completions delivered through distance education1. A master’s is most valuable for professionals who already have field experience and want to move into leadership or specialized architecture work. Common graduate tracks include information security, cloud architecture, IT management, and data systems. Because many master’s students are already working in the field, programs are frequently designed to be completed part-time over two years while employed, and some employers will subsidize tuition for relevant graduate study.
Not sure which level fits your goals? The is a technology degree worth it page weighs cost, time, and earnings by level.
Most technology programs let you specialize through a concentration, which shapes your upper-level electives and certification path. Browse the full list on the technology concentrations hub, or start with one of the most common tracks:
A concentration supplements the technology core rather than replacing it: you still complete foundational networking, systems, and security coursework, then apply those skills in a focused area. Choosing a concentration early helps you align electives with the certifications that matter for your target role – for example, pairing a cybersecurity track with Security+ and CISSP prep, or a cloud track with AWS Solutions Architect prep. If you are undecided, a general information technology track keeps the most doors open while you explore.
Technology is among the most online-ready fields in higher education. College Scorecard data shows that roughly 70 to 75 percent of certificate and associate completions, and nearly 70 percent of bachelor’s completions, are delivered through distance education (data generated June 2026)1. The reason is practical: the tools you learn on are already cloud-based. Instead of a physical lab full of routers and servers, students work in virtual machines, cloud sandboxes, and browser-based terminals that mirror real enterprise environments.
A typical online program blends a few formats:
Because the lab environment travels with you, online technology students generally get the same applied experience as on-campus peers. Compare delivery and pacing in detail on the online vs on-campus technology, accelerated, part-time, and self-paced pages.
Technology graduates work across virtually every industry that depends on IT infrastructure, security, and data. Support and help-desk roles are accessible with an associate degree; analyst, administrator, and developer roles generally require a bachelor’s; and management and architecture roles typically require a bachelor’s plus experience. According to the Bureau of Labor Statistics, the occupations most closely tied to technology degrees include:
These roles are in demand across nearly every sector – healthcare, finance, government, manufacturing, retail, and education all run on technology teams – which gives graduates geographic and industry flexibility that many fields lack. The table below pulls current median wages directly from Bureau of Labor Statistics data at build time:
Career progression in technology tends to follow a predictable arc. Many graduates start in support or operations – help desk, network support, or junior systems administration – where they build broad exposure to an organization’s stack. From there, the path branches: some move into administration and architecture (managing networks, servers, and cloud infrastructure), some into security (analyst, then engineer, then architect), and some into development or analytics. With a few years of experience and the right certifications, mid-career professionals often move into management roles overseeing IT teams and budgets. Because the field rewards demonstrated skill, certifications and a portfolio of projects can matter as much as the degree itself when advancing.
For a full breakdown of pay by role, region, and degree level, see the technology salary guide. To explore day-to-day responsibilities, required credentials, and advancement paths for each occupation, see the technology careers page. We summarize earnings here and keep the detailed analysis on those pages so you can compare roles side by side.
The total cost of an online technology degree depends on the level, the institution, and how many credits you transfer in. College Scorecard’s median federal debt figures give a realistic picture of what graduates actually borrow: about $9,105 for certificate earners, $14,321 for associate graduates, and $22,796 for bachelor’s graduates (data generated June 2026)1. Many online programs charge a flat per-credit rate regardless of state residency, which can make out-of-state public universities more competitive than their sticker price suggests.
To bring net cost down:
Looking at the College Scorecard numbers together tells a clear value story. Bachelor’s graduates carry more debt than associate or certificate holders – a median of $22,796 – but they also reach the highest earnings, a median of $83,443 five years out1. That gap between the bachelor’s five-year median and the associate five-year median ($52,772) is substantial and tends to widen over a career. For students who can complete a four-year degree, the data suggests the additional borrowing is generally well-matched to the additional earnings. For those who need to start earning sooner, a certificate or associate degree – with much lower debt – provides a faster, lower-risk entry that can later stack toward a bachelor’s.
For the broader value question – whether the earnings lift justifies the cost and time for your situation – see is a technology degree worth it.
Accreditation is the single most important quality signal when choosing a program. Always confirm institutional accreditation through the U.S. Department of Education database before enrolling – it determines whether your credits transfer, whether you qualify for federal aid, and whether employers recognize the degree.
Beyond institutional accreditation, two programmatic signals matter in technology:
For a deeper explanation of what each accreditor evaluates and how to verify it, see technology accreditation explained.
A practical warning: avoid programs that are not institutionally accredited by a recognized agency, regardless of how polished their marketing looks. Credits from unaccredited schools rarely transfer, may not qualify for federal financial aid, and can be rejected by employers and graduate programs. The verification step takes only a minute in the Department of Education database and protects both your money and your time.
Programs that integrate hands-on labs and industry certification preparation provide the strongest career launch. When you request information from the schools in the comparison tool above, ask specifically about the virtual lab platform, which certifications the curriculum prepares you for, transfer-credit policies, and what career-services support looks like for online students. Those four answers separate a strong program from an average one more reliably than rankings do.
Technology or computer science? Choose technology for applied IT operations, systems management, and certification-aligned coursework; choose computer science for software development, algorithms, and computational theory. Our IT vs Computer Science Degree comparison breaks the decision down by coursework, careers, and salary. If you are still comparing whole fields rather than programs, weighing technology against an online business administration degree can help clarify whether you want a technical or a management-oriented path.
