2026 Accredited Online Engineering Technology Degree Programs With No GRE or GMAT Requirements

The short answer is that many online undergraduate engineering technology programs do not use the GRE or GMAT at all, while a smaller group of online master's programs have made graduate testing optional or unnecessary. Because policies can change, applicants should verify the current admissions page and ask whether "not required" means test-free, test-optional, or waiver-based.

The table below summarizes examples of accredited U.S. online engineering technology or closely related applied technology programs that are commonly relevant to students searching for no-GRE or no-GMAT pathways. Use it as a starting point, not as a substitute for confirming current admissions requirements with the school.

A useful way to read this list is by degree level. If you are applying to a bachelor's program, the absence of GRE or GMAT requirements is normal. If you are applying to a master's program, a no-GRE policy is more meaningful because it removes a traditional graduate admissions screen.

Engineering technology programs have moved away from standardized graduate tests for practical reasons. Online programs often serve working adults who can demonstrate readiness through transcripts, applied experience, employer-backed projects, technical portfolios, or prior credentials instead of a single exam score.

The trend is also visible in other professional online degrees. For example, many schools now promote MBA no GRE or no-GMAT pathways because adult learners often have stronger evidence of readiness in their work history than in a test taken years after college.

For engineering technology, the shift makes particular sense because the field is applied. Programs want students who can connect theory to systems, equipment, production environments, quality control, automation, electronics, or technical management. A strong undergraduate record in math, science, engineering technology, or a related technical field may tell the admissions committee more than a general graduate exam.

Cost is another reason. The GRE General Test is listed at $220 in the U.S., and the GMAT exam is commonly listed at $275. For applicants already paying transcript fees, application fees, and tuition deposits, skipping a test can make applying faster and less expensive without necessarily lowering academic expectations.

When GRE or GMAT scores are removed, the rest of the application matters more. Admissions teams usually look for evidence that the student can handle technical coursework, manage online learning, and apply concepts in real-world engineering technology settings.

The table below compares the admissions signals that often matter most by degree level. This helps applicants decide where to strengthen their file before submitting an application.

Applicants can strengthen a no-test application by making the file specific rather than generic. Before applying, focus on the evidence schools can evaluate directly.

1. Review every prerequisite and identify missing math, science, computing, or technical courses before the deadline.
2. Update your résumé with measurable technical responsibilities, such as equipment supported, processes improved, safety systems maintained, or software used.
3. Use the statement of purpose to explain why engineering technology is the right fit instead of writing a broad career essay.
4. Choose recommenders who can speak to technical problem-solving, reliability, project work, or leadership rather than only personal character.
5. If your GPA is below the preferred range, address the issue directly and point to later coursework, certifications, or work performance that shows improvement.

No-GRE or no-GMAT programs are not automatically easier to enter. They are usually easier to apply to because one barrier is removed, but selectivity depends on GPA standards, prerequisite depth, capacity, faculty review, and the strength of the applicant pool.

It is also important to understand the language schools use. The table below explains the difference between common test policies and how each affects your strategy.

Submitting optional scores may make sense if your undergraduate GPA is weak, your technical prerequisites are old, or you are changing fields and need another way to show quantitative readiness. It usually makes less sense if your scores are average, your application is already strong, or the program states that scores receive little weight.

Skipping the GRE or GMAT does not, by itself, reduce academic quality or accreditation status. Accreditation is based on institutional review, program outcomes, faculty qualifications, curriculum, student support, assessment, and continuous improvement processes, not on whether applicants submit standardized test scores.

Engineering technology applicants should understand two types of accreditation. Institutional accreditation applies to the college or university and is essential for federal financial aid eligibility and transfer credibility. Programmatic accreditation, such as ABET Engineering Technology Accreditation Commission accreditation or ATMAE accreditation, may apply to specific engineering technology programs and can matter for employers, graduate study, or licensing-related pathways.

Before enrolling, use this accreditation checklist to avoid confusing a legitimate online program with a weak or unrecognized credential.

• Confirm the university is institutionally accredited by an agency recognized by the U.S. Department of Education or the Council for Higher Education Accreditation.
• Check whether the exact online degree and concentration are covered by any programmatic accreditation the school advertises.
• Ask whether online students complete the same outcomes, labs, projects, and assessments as campus students when both formats exist.
• Review state authorization if you live outside the school's home state, especially for programs with labs, internships, or proctored requirements.
• Be cautious if a school claims accreditation but does not name the accrediting agency or if the program page uses vague wording such as "accredited curriculum" without details.

Employers generally care more about the institution, the degree level, your technical skills, and your experience than whether you took a graduate admissions test. The bigger risk is not skipping the GRE; it is choosing a program whose accreditation, curriculum, or student outcomes do not fit your goals.

No-GRE and no-GMAT online engineering technology programs are especially useful for students whose strongest qualifications are practical, technical, or career-based. The format can also help applicants who need to keep working while earning a credential.

These programs tend to fit several applicant profiles particularly well. The goal is not just admission convenience, but alignment between your background and the program's applied focus.

• Working technicians, technologists, and operators who want to move into engineering support, quality, automation, manufacturing, or technical management roles.
• Military-affiliated students with technical training who want an accredited degree pathway that may award transfer credit or evaluate prior learning.
• Community college graduates with an associate degree in engineering technology, electronics, manufacturing, drafting, robotics, or industrial technology.
• Adult learners who have been away from school long enough that standardized test preparation would delay enrollment without adding much evidence of readiness.
• Graduate applicants with strong professional experience but limited interest in research-intensive engineering master's programs.

The same logic appears in other online graduate fields designed for adult learners, including accelerated masters in psychology pathways where schools often emphasize prior coursework, fit, and career goals rather than only test scores.

However, a no-test engineering technology program may not be the best choice for every student. If your goal is a highly theoretical engineering research doctorate, a thesis-heavy engineering master's, or a pathway with strict licensure expectations, compare curriculum depth carefully before prioritizing admissions flexibility.

Tuition varies widely because online engineering technology programs may be public, private nonprofit, private for-profit, undergraduate, graduate, full degree, or degree-completion programs. A no-GRE policy may save application costs, but it does not automatically make a program affordable.

College Board's 2024 Trends in College Pricing reported these average published tuition and fee benchmarks for full-time undergraduates, which can help students understand the broader cost environment before comparing online rates.

• Public four-year in-state average: $11,610
• Public four-year out-of-state average: $30,780
• Private nonprofit four-year average: $43,350

Online engineering technology students should compare total cost, not only tuition per credit. Technology fees, online course fees, lab kits, proctoring, software, textbooks, transfer-credit limits, and required campus visits can change the real price of attendance.

The table below highlights cost factors that commonly affect online engineering technology programs. Use these categories when asking schools for a total program estimate.

Students planning to continue beyond a master's degree should also think long term. Comparing graduate costs now can make later options, such as cheapest accredited online doctoral programs, easier to evaluate if career goals shift toward leadership, teaching, or applied research.

Engineering technology degrees usually prepare students for applied technical roles rather than the same design-heavy path as traditional engineering degrees. Graduates may work with systems implementation, troubleshooting, manufacturing processes, quality assurance, electronics, automation, technical sales, project coordination, or operations support.

BLS May 2024 data reported a $97,310 median annual wage for architecture and engineering occupations overall. That figure is not a promise for engineering technology graduates, but it shows why choosing a credible program with relevant technical skills can matter in a labor market that rewards applied STEM competence.

The table below connects common career directions to the type of preparation students should look for in an online engineering technology program.

Students comparing long-term value should look beyond a single occupation title. Resources that analyze bachelor's degrees job outlook can help you compare engineering technology with other degree options by wages, demand, and career flexibility.

AI, automation, and data-enabled manufacturing are also changing expectations. Programs that include controls, sensors, digital manufacturing, analytics, CAD, quality systems, or programming may offer better alignment with current technical workplaces than programs built around older, narrowly defined coursework.

The most common application mistakes happen when students treat "no GRE" as the main feature instead of one admissions detail. A program can be test-free and still be selective, expensive, poorly matched to your goals, or missing the specialization you need.

Before submitting applications, watch for these mistakes because each one can reduce admission chances or lead to a poor enrollment decision.

• Assuming no-GRE means easy admission instead of preparing a strong transcript, résumé, statement, and recommendation package.
• Ignoring prerequisites and applying before completing required math, science, computing, or technical coursework.
• Choosing a program only because it skips the GRE or GMAT while overlooking accreditation, curriculum, faculty expertise, and student support.
• Using a generic personal statement that does not explain why engineering technology, why the concentration, and why the online format fit your goals.
• Failing to document technical work experience clearly, especially if your GPA is not your strongest qualification.
• Not confirming whether a test waiver is automatic, conditional, temporary, or dependent on GPA, prior degree, or professional experience.
• Comparing tuition per credit without calculating total credits, fees, transfer limits, lab costs, and time to completion.
• Assuming employers will view all online engineering technology degrees the same, regardless of accreditation, curriculum, or hands-on learning design.

A stronger approach is to build an application around evidence. Show that you have the academic foundation, technical maturity, and career purpose to succeed in an applied engineering technology curriculum.

The best no-GRE or no-GMAT program is not simply the one with the fastest application. It is the one that combines recognized accreditation, appropriate curriculum depth, manageable cost, flexible delivery, and outcomes aligned with your career goal.

Use this comparison process before applying. It will help you separate admissions convenience from long-term value.

1. Start with accreditation by verifying institutional accreditation and any programmatic accreditation tied to the exact degree and concentration.
2. Match the curriculum to your goal, such as electronics, industrial technology, automation, mechanical systems, quality, or technical leadership.
3. Confirm prerequisites and ask whether you can complete missing courses before or after admission.
4. Request a transfer-credit evaluation if you have an associate degree, military training, certifications, or prior technical coursework.
5. Ask how online labs work, including whether they use lab kits, simulations, remote access, local facilities, or short residencies.
6. Compare total program cost, including fees, materials, software, credits required, and expected time to completion.
7. Review student support, including advising, tutoring, career services, faculty access, and help for online learners.
8. Ask admissions whether GRE or GMAT scores are not required, optional, or waived only under specific conditions.

Program comparison also depends on field-specific standards. For instance, students evaluating online SLP master's programs must think heavily about clinical and licensure requirements, while engineering technology students should focus more on technical labs, applied projects, accreditation, and employer relevance.

If two programs are similar, choose the one that gives you clearer answers about transfer credits, hands-on learning, faculty support, and career alignment. A no-test policy is valuable, but it should support a good decision rather than replace one.

• 2025 Most Affordable Bachelor's in Engineering Online https://www.onlineu.com/most-affordable-colleges/engineering-degrees
• Find Programs - ABET https://www.abet.org/accreditation/find-programs/
• The Career Advantage https://www.letu.edu/academics/engineering/the-career-advantage.html
• 2025's Best Online Master’s Programs: No GRE Required https://www.onlinemastersdegrees.org/best-programs/no-gre/
• GMAT or GRE or EA? https://www.mbamission.com/blog/gmat-gre-or-ea-which-exam-should-you-take-for-business-school/
• Best Online Engineering Schools in North Carolina (NC) https://www.onlineengineeringprograms.com/usa/north-carolina
• Best Tuition Free Colleges - OnlineDegree.com https://www.onlinedegree.com/article/best-free-tuition-colleges/