Choosing an accredited program is an important consideration when pursuing an online engineering degree. ABET accredits individual engineering, engineering technology, computing, and applied and natural science programs that meet its established quality standards. Since education is a major investment, finding a program that aligns with your academic and career goals is essential.
This guide explains how ABET accreditation works and highlights online ABET-accredited programs across several disciplines and degree levels.
- ABET-Accredited Engineering Degree Overview
- What Are ABET Accredited Programs?
- What Online Engineering Degrees Are ABET Accredited?
- How to Confirm an Engineering Program Is ABET Accredited
- Understanding ABET’s Four Commissions: Which Applies to Your Program?
- 2026 Online ABET-Accredited Program Examples
- Benefits of Earning an Accredited Engineering Degree
- Does an ABET Accredited Program Better Prepare Me to Become a Licensed Engineer?
- Does Your Master’s Need to Be ABET-Accredited for the PE?
- How Do Online Engineering Programs Handle Lab Work?
- What Can You Do With an ABET-Accredited Degree?
- ABET-Accredited Degree Salary and Job Outlook
- How Much Does an ABET-Accredited Engineering Degree Cost?
- Engineering Degree Scholarship Information
- ABET-Accredited Degree Requirements
- Common Courses in ABET-Accredited Degree Programs
- How Long Does It Take to Complete an ABET-Accredited Degree Program?
- Frequently Asked Questions (FAQ)
- ABET-Accredited Online Programs
ABET-Accredited Engineering Degree Overview
Before exploring specific program options, it’s important to understand what ABET accreditation means and why it matters.
What Are ABET Accredited Programs?
Accreditation is a quality-review process used to evaluate whether an educational program meets established standards. ABET accredits individual college and university programs rather than entire institutions.
ABET focuses on postsecondary programs in engineering, engineering technology, computing, and applied and natural sciences. Its accreditation work is organized through four commissions: the Applied and Natural Science Accreditation Commission (ANSAC), Computing Accreditation Commission (CAC), Engineering Accreditation Commission (EAC), and Engineering Technology Accreditation Commission (ETAC).
Rather than focusing only on what a program teaches, ABET also evaluates whether graduates achieve defined learning outcomes and whether the program has processes in place to support continuous improvement.
What Online Engineering Degrees Are ABET Accredited?
ABET accredits online programs across engineering, engineering technology, computing, and applied and natural science disciplines. Delivery formats vary: some programs can be completed entirely online, while others combine online coursework with in-person labs, residencies, or other requirements.
Because delivery formats can change, confirm both the program’s current ABET accreditation and its in-person requirements before applying.
Online ABET-Accredited Bachelor’s Degrees
Students can find online engineering bachelor’s degrees and other ABET-accredited bachelor’s programs in fields such as:
- Electrical Engineering
- Computer Engineering
- Software Engineering
- Mechanical Engineering
- Engineering Management
- Engineering Technology
- Computer Science and Information Technology
The type of ABET accreditation matters. Traditional engineering programs are generally accredited through the Engineering Accreditation Commission (EAC), engineering technology programs through the Engineering Technology Accreditation Commission (ETAC), and computing programs through the Computing Accreditation Commission (CAC).
Hybrid ABET-Accredited Degrees
Some programs combine online coursework with required in-person experiences such as laboratory sessions, campus visits, or intensives. These requirements depend on the individual program rather than simply the engineering discipline.
Students should therefore check the school’s current delivery requirements instead of assuming that a degree labeled “online” can be completed without traveling to campus.
ABET-Accredited Online Master’s Degrees
ABET accreditation is less common among online engineering master’s degrees than at the bachelor’s level, and ABET-accredited master’s programs are not all engineering degrees. Examples include:
- Systems Engineering — EAC: Systems engineering programs accredited by the Engineering Accreditation Commission are engineering programs focused on the design, integration, and management of complex systems.
- Occupational Safety Management — ANSAC: Programs accredited through the Applied and Natural Science Accreditation Commission prepare students for work in areas such as occupational safety, risk assessment, and hazard control. They are ABET-accredited, but they are not engineering programs.
- Industrial Hygiene — ANSAC: Industrial hygiene programs may also be accredited through ANSAC. These programs focus on identifying, evaluating, and controlling workplace hazards and likewise should not be described as engineering degrees.
ABET accredits engineering programs at both the bachelor’s and master’s levels through EAC, while ANSAC separately accredits applied and natural science programs at the associate, bachelor’s, and master’s levels.
Key Considerations for Online ABET-Accredited Programs
- Confirm the specific program, not simply the university, is ABET-accredited.
- Check which ABET commission accredits it.
- Verify whether the program can be completed entirely online or includes in-person requirements.
- For master’s programs, do not assume that ABET accreditation means the degree is an engineering degree.
Understanding these distinctions can help you compare online programs based on both their academic field and the type of ABET accreditation they hold.
How to Confirm an Engineering Program Is ABET Accredited
ABET accreditation applies to individual academic programs, not entire colleges or universities. Before applying, verify the accreditation status of the exact program you are considering.
- Search ABET’s Accredited Program Database
The most reliable starting point is ABET’s Accredited Program Search. Search by institution, program name, degree level, or other available criteria. - Confirm the Exact Program Name
A university may offer several engineering, engineering technology, or computing programs, and they may not all hold the same accreditation. Make sure the program listed by ABET matches the degree you plan to pursue. - Check the Accrediting Commission
Note whether the program is accredited through EAC, ETAC, CAC, or ANSAC. The commission helps indicate whether ABET classifies the program as engineering, engineering technology, computing, or applied and natural science. - Review the University’s Program Page
The school’s website can provide additional details about delivery format, curriculum, accreditation dates, and whether an online program has any in-person requirements. - Contact the School if Anything Is Unclear
If the ABET record and university website do not clearly answer your questions, contact the program or admissions office directly before applying.
Checking both the ABET listing and the university’s current program information can help you confirm that the degree matches your academic, career, and licensure goals.
Understanding ABET’s Four Commissions: Which Applies to Your Program?
ABET accreditation is carried out through four commissions, each responsible for a different group of academic programs. Knowing the commission can help you understand what type of program you are considering.
1. EAC – Engineering Accreditation Commission
- Focus: Engineering disciplines such as mechanical, electrical, civil, and aerospace engineering
- Degree Levels: Bachelor’s and master’s degrees
- Program Type: Programs leading to the professional practice of engineering
2. ETAC – Engineering Technology Accreditation Commission
- Focus: Engineering technology programs
- Degree Levels: Associate and bachelor’s degrees
- Program Type: Programs emphasizing the professional practice of engineering technology, including areas such as construction, manufacturing, product design, testing, and technical services
3. CAC – Computing Accreditation Commission
- Focus: Computing, computational, information, and informatics disciplines
- Degree Levels: Associate, bachelor’s, and master’s degrees
- Program Type: Programs such as computer science, information technology, cybersecurity, and related computing fields
4. ANSAC – Applied and Natural Science Accreditation Commission
- Focus: Applied and natural science disciplines
- Degree Levels: Associate, bachelor’s, and master’s degrees
- Program Type: Programs such as industrial hygiene, environmental health, and other applied science fields
Why the Commission Matters
The commission identifies the academic area in which a program is accredited. An EAC-accredited program is an engineering program, while ETAC, CAC, and ANSAC accreditation applies to engineering technology, computing, and applied or natural science programs, respectively.
That distinction becomes especially important when comparing programs for career or licensure purposes.
2026 Online ABET-Accredited Program Examples
The programs below illustrate the range of ABET-accredited degrees available online, including engineering, engineering technology, and applied science options.
| University and program | Why you might choose it | ABET commission |
| Air Force Institute of Technology – Master of Science in Systems Engineering | Graduate-level systems engineering with an emphasis on complex defense and government systems; primarily serves military and government students. | EAC |
| Arizona State University – Bachelor of Science in Engineering in Electrical Engineering | Broad electrical engineering curriculum covering areas such as circuits, electronics, signal processing, embedded systems, and power and energy systems. | EAC |
| University of Arkansas Grantham – Bachelor of Science in Electronics Engineering Technology | Fully online engineering technology program with an applied focus on electronics, circuits, control systems, communications, and microprocessors. | ETAC |
| Bowling Green State University – Bachelor of Science in Technology in Quality Systems | Online degree-completion option focused on quality improvement, Lean systems, Six Sigma, auditing, and quantitative methods. | ETAC |
| Daytona State College – Bachelor of Science in Engineering Technology | Applied engineering technology degree suited to students interested in manufacturing, process improvement, technical operations, or project-oriented roles. | ETAC |
| Embry-Riddle Aeronautical University – Worldwide – Bachelor of Science in Engineering Technology | Fully online program with virtual labs, a capstone, and concentration options tied to fields such as aviation safety, logistics, project management, and autonomous systems. | ETAC |
| Excelsior University – Bachelor of Science in Electrical Engineering Technology | Electrical engineering technology curriculum with concentration options in electronics or power systems and an emphasis on applied technical skills. | ETAC |
| Kennesaw State University – Bachelor of Science in Industrial Engineering Technology | Focuses on areas such as process improvement, logistics, quality, materials management, workplace design, and project management. | ETAC |
| National University – Bachelor of Science in Electrical and Computer Engineering | Combines electrical and computer engineering topics, including circuits, digital systems, computer architecture, communications, and embedded systems. | EAC |
| West Virginia University – Master of Science in Safety Management | Graduate option for students interested in workplace safety, hazard control, accident investigation, and safety management rather than traditional engineering practice. | ANSAC |
Benefits of Earning an Accredited Engineering Degree
ABET accreditation indicates that a program has met established quality standards for its discipline. For students, that can provide added confidence that the curriculum and learning outcomes have been reviewed against standards developed with input from academic and industry professionals.
Accreditation can also matter after graduation. Some employers specifically seek graduates of ABET-accredited programs, and ABET accreditation may be important for professional licensure, registration, or certification in certain fields.
For students considering engineering licensure in particular, the type of ABET accreditation matters. EAC-accredited engineering programs generally provide the most direct educational pathway toward PE licensure, while eligibility for graduates of ETAC-accredited engineering technology programs varies by state.
Does an ABET Accredited Program Better Prepare Me to Become a Licensed Engineer?
For students who plan to pursue a Professional Engineer (PE) license, an EAC-accredited engineering degree generally provides the most direct educational path.
The Fundamentals of Engineering (FE) exam is typically the first step toward PE licensure. NCEES says the exam is designed primarily for students and recent graduates of EAC/ABET-accredited undergraduate engineering programs.
An EAC-accredited bachelor’s degree satisfies the standard educational pathway used by licensing jurisdictions across the United States, although each jurisdiction sets its own examination, experience, and application requirements. Graduates of ETAC-accredited bachelor’s programs may also qualify in many states, but not all.
ABET does not issue engineering licenses, and state licensing boards ultimately determine eligibility. In jurisdictions that allow applicants without an ABET-accredited engineering degree, additional education or work experience may be required.
For students who know PE licensure is part of their career plan, choosing an EAC-accredited engineering program can simplify the education portion of that process.
Does Your Master’s Need to Be ABET-Accredited for the PE?
Usually, no. If you already earned a bachelor’s degree from an EAC/ABET-accredited engineering program, your master’s degree generally does not also need ABET accreditation for PE licensure.
An EAC-accredited master’s degree can be more important for applicants whose bachelor’s degree was not EAC-accredited. NCEES states that graduates of EAC/ABET-accredited master’s programs in engineering can satisfy its recommended educational standard without remedial coursework because those graduate programs must ensure students meet the underlying engineering and science requirements associated with EAC accreditation.
Applicants with a non-EAC bachelor’s degree and a non-EAC master’s degree in engineering may still qualify, but their transcripts may need to be evaluated and any educational deficiencies addressed.
Because each state or territory sets its own PE licensure requirements, check the rules of the licensing board where you plan to apply.
How Do Online Engineering Programs Handle Lab Work?
Hands-on experience is a critical component of engineering education, and online ABET-accredited programs have developed innovative methods to ensure students meet laboratory requirements. Here’s how lab work is typically managed in online engineering programs:
- At-Home Lab Kits
- Some programs provide students with specialized lab kits that include the necessary equipment, materials, and instructions to complete experiments at home. These kits allow students to conduct practical exercises independently while meeting course requirements.
- Virtual Simulations
- Many online engineering programs utilize interactive simulation software that mimics real-world lab environments. These platforms provide realistic scenarios for designing circuits, testing materials, or analyzing mechanical systems.
- On-Campus Intensives
- Certain programs may require students to attend short-term, on-campus lab sessions, often referred to as intensives or residencies. These focused experiences are designed to provide hands-on training in areas that cannot be replicated virtually.
- Partnerships with Local Institutions
- Some online programs partner with local colleges or laboratories, allowing students to complete their lab work in person at an approved facility.
By combining these approaches, online ABET-accredited engineering programs ensure students gain the practical skills required for success in their field.
What Can You Do With an ABET-Accredited Degree?
Career options depend heavily on the type of program you complete. Because ABET accredits engineering, engineering technology, computing, and applied and natural science programs, graduates may pursue very different roles.
Depending on your degree and specialization, possible career paths include:
- Engineering: Electrical engineer, civil engineer, mechanical engineer, industrial engineer, computer hardware engineer
- Engineering Technology: Electrical or electronic engineering technologist, industrial engineering technologist, engineering technician
- Computing and IT: Software developer, information security analyst, computer systems analyst, network or systems administrator
- Applied and Natural Science: Occupational safety specialist, industrial hygienist, environmental health and safety professional
- Technical Management: Engineering manager, project manager, systems engineer
The degree title and curriculum matter more than ABET accreditation alone when determining which occupations you may qualify for. For example, an ETAC-accredited engineering technology degree prepares students for a different range of roles than an EAC-accredited engineering degree, even though both programs are accredited by ABET.
The U.S. Bureau of Labor Statistics groups engineering occupations and engineering technologist and technician occupations separately, reflecting some of those differences in typical job duties and entry-level education.
ABET-Accredited Degree Salary and Job Outlook
ABET-accredited programs can lead to careers in engineering, computing, engineering technology, applied science, and related technical fields. Because those paths lead to different occupations, there is no single salary or employment outlook that applies to all ABET-accredited degrees.
Depending on the program, graduates may pursue:
- Engineering careers in fields such as civil, electrical, mechanical, chemical, or industrial engineering.
- Computing careers in areas such as software development, cybersecurity, information technology, and computer systems.
- Engineering technology careers as technologists, technicians, or other technical professionals. Career options may depend on the degree level and specialization.
- Applied science and safety careers, including occupational health and safety roles associated with some ANSAC-accredited programs.
The U.S. Bureau of Labor Statistics (BLS) reports salary and employment projections by occupation rather than by accreditation status. The examples below illustrate the range of outcomes associated with fields represented among ABET-accredited programs.
| Career path and occupation | 2025 median annual wage | Projected growth, 2025–35 | BLS outlook |
| Engineering | |||
| Architecture and engineering occupations | $99,520 | 6.8% | Much faster than average |
| Civil engineers | $100,840 | 6% | Faster than average |
| Electrical and electronics engineers | $125,040 | 8% | Much faster than average |
| Computing | |||
| Computer occupations | $109,470 | 6% | Faster than average |
| Information security analysts | $129,180 | 21% | Much faster than average |
| Software developers, quality assurance analysts, and testers | $134,040 | 10% | Much faster than average |
| Network and computer systems administrators | $99,130 | -4% | Decline |
| Engineering technology | |||
| Electrical and electronic engineering technologists and technicians | $78,190 | 2% | Slower than average |
| Mechanical engineering technologists and technicians | $74,510 | 1% | Slower than average |
| Industrial engineering technologists and technicians | $66,120 | 3% | About as fast as average |
| Applied science and safety | |||
| Occupational health and safety specialists | $90,150 | 18% | Much faster than average |
These figures show why the field and occupation associated with a degree matter more than ABET accreditation alone when comparing potential salaries and job prospects.
How Much Does an ABET-Accredited Engineering Degree Cost?
The cost of an online ABET-accredited degree can vary considerably depending on the school, degree level, tuition model, residency status, and required fees.
When comparing programs, pay attention to:
- Tuition structure: Schools may charge per credit, per term, or use a flat-rate model.
- Residency: Some universities charge different online tuition rates for in-state and out-of-state students.
- Program fees: Engineering and technology programs may add college, lab, or course-specific fees.
- In-person requirements: Travel, lodging, or campus-based labs can increase the total cost of an otherwise online degree.
- Transfer credit: Students who can apply previous coursework toward the degree may substantially reduce the number of credits they need to pay for.
For example, ASU Online lists base undergraduate tuition of $580 per credit for 2026–27. Online engineering students also pay an Undergraduate College Fee of $140 per credit, plus other required fees, so the published base tuition alone does not represent the full cost.
Online study may reduce expenses such as housing and commuting, but it does not necessarily mean lower tuition. The most useful comparison is the total cost required to complete the degree, not just the advertised per-credit rate.
Engineering Degree Scholarship Information
Many scholarship opportunities are available to engineering students, but finding them requires some research. Most schools offer scholarships directly to their students, particularly for those pursuing high-demand fields like engineering.
In addition to school-based options, numerous external scholarships are available. Some are based on academic achievement, while others consider financial need, background, or specific attributes.
Taking the time to explore your options can help reduce educational costs and make earning your engineering degree more affordable.
ABET-Accredited Degree Requirements
Degree requirements vary by school, program, and field, but many ABET-accredited programs follow some common patterns.
- Bachelor’s Degree: Typically requires at least 120 credits.
- Master’s Degree: Often requires 30 to 45 credits, depending on the program and specialization.
- Associate Degree: Usually requires about 60 credits.
Most programs include a mix of:
- General Education Courses – Subjects such as English, humanities, and mathematics that provide a broad academic foundation.
- Major-Specific Courses – Coursework focused on the student’s discipline, such as engineering, engineering technology, computing, or applied science.
- Electives – Additional courses that support the major or allow students to explore related areas.
- Capstone Projects or Theses – Common in many bachelor’s and master’s programs as a way to demonstrate advanced knowledge and applied problem-solving.
Some programs also require students to earn a minimum grade in core courses before progressing to more advanced coursework or graduating.
Common Courses in ABET-Accredited Degree Programs
Course requirements vary substantially by discipline, degree level, and program type. Still, many ABET-accredited programs include coursework in areas such as:
- Mathematics and Data Analysis – Calculus, statistics, linear algebra, or engineering data analysis
- Programming and Computing – Programming languages, software tools, or computational methods
- Design and Problem-Solving – Courses that emphasize analysis, design, testing, and applied problem-solving
- Discipline-Specific Technical Courses – Subjects such as electronics, control systems, materials science, thermodynamics, cybersecurity, or database management, depending on the program
- Laboratory or Applied Work – Hands-on, virtual, or project-based experiences tied to the field of study
- Capstone or Senior Projects – Culminating work that applies knowledge from across the curriculum
Engineering programs generally require substantial math and science preparation, while computing, engineering technology, and applied science programs may emphasize different technical foundations.
Because ABET accredits programs across several fields, the best way to understand a curriculum is to compare the required courses for the specific degree you are considering.
How Long Does It Take to Complete an ABET-Accredited Degree Program?
Completion time depends on the degree level, program structure, transfer credit, and whether you study full time or part time.
- Bachelor’s Degree: Commonly takes about four years of full-time study. Transfer students or degree-completion students may finish sooner, depending on how many credits apply to the program.
- Master’s Degree: Often takes about one to three years, depending on the number of required credits and whether you enroll full time or part time.
- Associate Degree: Typically takes about two years of full-time study.
- Combined Bachelor’s/Master’s Programs: Accelerated pathways may allow students to begin graduate coursework before completing the bachelor’s degree and earn both degrees in about five years, though structures vary by institution.
- Part-Time Study: Taking a reduced course load can extend the timeline but may make the program easier to balance with work or other responsibilities.
Some online programs are designed specifically for working adults and may use shorter academic terms or flexible enrollment schedules. The most reliable estimate is the school’s published program map based on your expected course load and transfer credits.
Frequently Asked Questions (FAQ)
Is ABET accreditation required for engineering jobs?
Not always. Many engineering jobs do not legally require an ABET-accredited degree, although some employers may prefer or require one. Accreditation becomes especially important for students who plan to pursue PE licensure, because state licensing boards commonly use ABET-accredited education as part of their eligibility requirements.
What’s the difference between EAC, ETAC, CAC, and ANSAC accreditation?
- EAC: Accredits engineering programs at the bachelor’s and master’s levels.
- ETAC: Accredits engineering technology programs at the associate and bachelor’s levels.
- CAC: Accredits computing programs at the associate, bachelor’s, and master’s levels.
- ANSAC: Accredits applied and natural science programs at the associate, bachelor’s, and master’s levels.
The commission tells you what type of program ABET has accredited, which can matter when comparing curricula, career paths, and licensure options.
Are online ABET-accredited programs respected by employers?
ABET applies its accreditation standards to programs regardless of delivery format. An online program that holds ABET accreditation has undergone the same accreditation process for its commission as other accredited programs in that field.
Employer preferences still vary by occupation and organization, so accreditation is one factor among several when evaluating a degree.
Can I take the FE exam without an ABET-accredited degree?
Possibly. The FE exam is designed primarily for students and recent graduates of EAC/ABET-accredited undergraduate engineering programs, but exam eligibility is determined by the licensing jurisdiction. Some states allow candidates from other educational backgrounds to sit for the exam or pursue licensure under alternative requirements.
If you plan to pursue PE licensure, check the requirements of the state or territory where you intend to apply.
ABET-Accredited Online Programs
The following table lists U.S.-based programs included in ABET’s online-program search as of October 2026. Because ABET accredits programs in engineering, engineering technology, computing, and applied and natural sciences, the list includes programs accredited by EAC, ETAC, CAC, and ANSAC.
The Commission column identifies the ABET commission responsible for each program.
| School Name | Location | Website | Program Name | Degree Level | Accredited By |
| Air Force Institute of Technology | WPAFB, Ohio | www.afit.edu | Systems Engineering | Masters | EAC |
| The University of Alabama in Huntsville | Huntsville, Alabama | www.uah.edu | Engineering Technology | Bachelors | ETAC |
| The University of Arizona Global Campus | Chandler, Arizona | https://www.uagc.edu/ | Information Technology | Bachelors | CAC |
| The University of Arizona Global Campus | Chandler, Arizona | https://www.uagc.edu/ | Cyber and Data Security Technology | Bachelors | CAC |
| Arizona State University | Tempe, Arizona | www.asu.edu | Computer Science | Bachelors | CAC |
| Arizona State University | Tempe, Arizona | www.asu.edu | Information Technology | Bachelors | CAC |
| Arizona State University | Tempe, Arizona | www.asu.edu | Biomedical Engineering | Bachelors | EAC |
| Arizona State University | Tempe, Arizona | www.asu.edu | Electrical Engineering | Bachelors | EAC |
| Arizona State University | Tempe, Arizona | www.asu.edu | Mechanical Engineering | Bachelors | EAC |
| Arizona State University | Tempe, Arizona | www.asu.edu | Software Engineering | Bachelors | EAC |
| Arizona State University | Tempe, Arizona | www.asu.edu | Engineering Management | Bachelors | EAC |
| The University of Arizona | Tucson, Arizona | www.arizona.edu | Software Engineering | Bachelors | EAC |
| University of Arkansas at Little Rock | Little Rock, Arkansas | ualr.edu | Cybersecurity | Bachelors | CAC |
| University of Arkansas Grantham | Little Rock, Arkansas | www.uagrantham.edu | Electronics Engineering Technology | Bachelors | ETAC |
| Austin Peay State University | Clarksville, Tennessee | www.apsu.edu | Computer Information Systems | Bachelors | CAC |
| Austin Peay State University | Clarksville, Tennessee | www.apsu.edu | Computer Information Technology | Bachelors | CAC |
| Azusa Pacific University | Azusa, California | www.apu.edu | Engineering | Bachelors | EAC |
| Bowie State University | Bowie, Maryland | www.bowiestate.edu | Computer Technology | Bachelors | CAC |
| Bowling Green State University | Bowling Green, Ohio | http://www.bgsu.edu | Quality Systems | Bachelors | ETAC |
| Capella University | Minneapolis, Minnesota | Information Technology | Bachelors | CAC | |
| Capitol Technology University | Laurel, Maryland | captechu.edu | Computer Engineering | Bachelors | EAC |
| University of Central Missouri | Warrensburg, Missouri | www.ucmo.edu | Industrial Hygiene | Masters | ANSAC |
| University of Central Missouri | Warrensburg, Missouri | www.ucmo.edu | Occupational Safety Management | Masters | ANSAC |
| University of Cincinnati | Cincinnati, Ohio | www.uc.edu | Information Technology | Bachelors | CAC |
| University of Cincinnati | Cincinnati, Ohio | www.uc.edu | Cybersecurity | Bachelors | CAC |
| University of Cincinnati | Cincinnati, Ohio | www.uc.edu | Information Technology | Associates | CAC |
| Coastal Carolina University | Conway, South Carolina | www.coastal.edu | Information Technology | Bachelors | CAC |
| Colorado Technical University | Colorado Springs, Colorado | www.coloradotech.edu | Computer Engineering | Bachelors | EAC |
| Dakota State University | Madison, South Dakota | www.dsu.edu | Computer Science | Bachelors | CAC |
| Daytona State College | Daytona Beach, Florida | http://www.daytonastate.edu/ | Information Technology | Bachelors | CAC |
| Daytona State College | Daytona Beach, Florida | http://www.daytonastate.edu/ | Engineering Technology | Bachelors | ETAC |
| DeVry University (includes all institution locations with ABET-accredited programs) | Lisle, Illinois | www.devry.edu | Information Technology and Networking | Bachelors | CAC |
| DeVry University (includes all institution locations with ABET-accredited programs) | Lisle, Illinois | www.devry.edu | Software Development | Bachelors | CAC |
| DeVry University (includes all institution locations with ABET-accredited programs) | Lisle, Illinois | www.devry.edu | Computer Information Systems | Bachelors | CAC |
| DeVry University (includes all institution locations with ABET-accredited programs) | Lisle, Illinois | www.devry.edu | Information Technology and Networking | Associates | CAC |
| DeVry University (includes all institution locations with ABET-accredited programs) | Lisle, Illinois | www.devry.edu | Engineering Technology | Bachelors | ETAC |
| DeVry University (includes all institution locations with ABET-accredited programs) | Lisle, Illinois | www.devry.edu | Engineering Technology | Associates | ETAC |
| East Carolina University | Greenville, North Carolina | www.ecu.edu | Occupational Safety | Masters | ANSAC |
| Eastern Kentucky University | Richmond, Kentucky | www.eku.edu | Fire Protection and Safety Engineering Technology | Bachelors | ETAC |
| ECPI University | Virginia Beach, Virginia | www.ecpi.edu | Electronic Systems Engineering Technology | Bachelors | ETAC |
| ECPI University | Virginia Beach, Virginia | www.ecpi.edu | Mechanical Engineering Technology | Bachelors | ETAC |
| Embry-Riddle Aeronautical University – Worldwide | Daytona Beach, Florida | https://worldwide.erau.edu/ | Associate of Science in Engineering Fundamentals | Associates | ANSAC |
| Embry-Riddle Aeronautical University – Worldwide | Daytona Beach, Florida | https://worldwide.erau.edu/ | Master of Science in Occupational Safety Management | Masters | ANSAC |
| Embry-Riddle Aeronautical University – Worldwide | Daytona Beach, Florida | https://worldwide.erau.edu/ | Engineering | Bachelors | EAC |
| Embry-Riddle Aeronautical University – Worldwide | Daytona Beach, Florida | https://worldwide.erau.edu/ | Engineering Technology | Bachelors | ETAC |
| Excelsior University | Albany, New York | www.excelsior.edu | Information Technology | Bachelors | CAC |
| Excelsior University | Albany, New York | www.excelsior.edu | Electrical Engineering Technology | Bachelors | ETAC |
| Excelsior University | Albany, New York | www.excelsior.edu | Nuclear Engineering Technology | Bachelors | ETAC |
| Ferris State University | Big Rapids, Michigan | www.ferris.edu | Information Security and Intelligence | Bachelors | CAC |
| Florida A&M University | Tallahassee, Florida | www.famu.edu | Facility Management | Masters | ANSAC |
| Florida International University | Miami, Florida | www.fiu.edu | Information Technology | Bachelors | CAC |
| Florida International University | Miami, Florida | www.fiu.edu | Computer Engineering | Bachelors | EAC |
| Florida International University | Miami, Florida | www.fiu.edu | Electrical Engineering | Bachelors | EAC |
| Florida State University | Tallahassee, Florida | www.fsu.edu | Computer Science | Bachelors | CAC |
| Indiana Institute of Technology | Fort Wayne, Indiana | www.indianatech.edu | Electrical Engineering Technology | Associates | ETAC |
| Kennesaw State University | Kennesaw, Georgia | www.kennesaw.edu | Industrial Engineering Technology | Bachelors | ETAC |
| Kennesaw State University | Kennesaw, Georgia | www.kennesaw.edu | Computer Science | Bachelors | CAC |
| Kennesaw State University | Kennesaw, Georgia | www.kennesaw.edu | Information Technology | Bachelors | CAC |
| Kennesaw State University | Kennesaw, Georgia | www.kennesaw.edu | Computer Game Design and Development | Bachelors | CAC |
| Kennesaw State University | Kennesaw, Georgia | www.kennesaw.edu | Information Technology | Masters | CAC |
| Kennesaw State University | Kennesaw, Georgia | www.kennesaw.edu | Software Engineering | Bachelors | EAC |
| University of Maine | Orono, Maine | www.umaine.edu | Surveying Engineering Technology | Bachelors | ETAC |
| Middle Georgia State University | Macon, Georgia | www.mga.edu | Information Technology | Bachelors | CAC |
| National University | San Diego, California | http://www.nu.edu | Computer Science | Bachelors | CAC |
| National University | San Diego, California | http://www.nu.edu | Electrical and Computer Engineering | Bachelors | EAC |
| Naval Postgraduate School | Monterey, California | www.nps.edu | Systems Engineering | Masters | EAC |
| New Mexico State University | Las Cruces, New Mexico | www.nmsu.edu | Information and Communication Technology | Bachelors | CAC |
| City University of New York, Graduate School of Public Health and Health Policy | New York, New York | sph.cuny.edu | Environmental and Occupational Health Science | Masters | ANSAC |
| North Carolina Agricultural and Technical State University | Greensboro, North Carolina | www.ncat.edu | Information Technology | Bachelors | CAC |
| North Carolina Agricultural and Technical State University | Greensboro, North Carolina | www.ncat.edu | Electronics Technology | Bachelors | ETAC |
| North Dakota State University | Fargo, North Dakota | www.ndsu.edu | Electrical Engineering | Bachelors | EAC |
| North Dakota State University | Fargo, North Dakota | www.ndsu.edu | Computer Engineering | Bachelors | EAC |
| University of North Dakota | Grand Forks, North Dakota | www.und.edu | Computer Science | Bachelors | CAC |
| University of North Dakota | Grand Forks, North Dakota | www.und.edu | Electrical Engineering | Bachelors | EAC |
| University of North Dakota | Grand Forks, North Dakota | www.und.edu | Biomedical Engineering | Bachelors | EAC |
| Oakland University | Rochester Hills, Michigan | www.oakland.edu | Safety Management | Masters | ANSAC |
| Oakland University | Rochester Hills, Michigan | www.oakland.edu | Environmental Health and Safety | Bachelors | ANSAC |
| Oklahoma State University | Stillwater, Oklahoma | go.okstate.edu | Fire Protection and Safety Engineering Technology | Bachelors | ETAC |
| Old Dominion University | Norfolk, Virginia | www.odu.edu | Computer Science | Bachelors | CAC |
| Old Dominion University | Norfolk, Virginia | www.odu.edu | Computer Engineering | Bachelors | EAC |
| Pennsylvania Western University | California, Pennsylvania | www.pennwest.edu | Computer Information Systems | Bachelors | CAC |
| Polytechnic University of Puerto Rico | San Juan, Puerto Rico | www.pupr.edu | Computer Science | Bachelors | CAC |
| Polytechnic University of Puerto Rico | San Juan, Puerto Rico | www.pupr.edu | Industrial Engineering | Bachelors | EAC |
| Polytechnic University of Puerto Rico | San Juan, Puerto Rico | www.pupr.edu | Environmental Engineering | Bachelors | EAC |
| Polytechnic University of Puerto Rico | San Juan, Puerto Rico | www.pupr.edu | Computer Engineering | Bachelors | EAC |
| Polytechnic University of Puerto Rico | San Juan, Puerto Rico | www.pupr.edu | Biomedical Engineering | Bachelors | EAC |
| Purdue University Global | West Lafayette, Indiana | https://www.purdueglobal.edu/ | Information Technology | Bachelors | CAC |
| Purdue University Global | West Lafayette, Indiana | https://www.purdueglobal.edu/ | Cybersecurity | Bachelors | CAC |
| Regent University | Virginia Beach, Virginia | Regent.edu | Cybersecurity | Bachelors | CAC |
| Regis University | Denver, Colorado | www.regis.edu | Computer Information Systems | Bachelors | CAC |
| Regis University | Denver, Colorado | www.regis.edu | Information Technology | Bachelors | CAC |
| Regis University | Denver, Colorado | www.regis.edu | Computer Science | Bachelors | CAC |
| Rensselaer Polytechnic Institute | Troy, New York | www.rpi.edu | Electrical Engineering | Bachelors | EAC |
| Rensselaer Polytechnic Institute | Troy, New York | www.rpi.edu | Industrial and Management Engineering | Bachelors | EAC |
| University of South Carolina | Columbia, South Carolina | www.sc.edu | Integrated Information Technology | Bachelors | CAC |
| South College | Knoxville, Tennessee | www.south.edu | Bachelor of Science in Electrical Engineering Technology | Bachelors | ETAC |
| Southern Illinois University Carbondale | Carbondale, Illinois | www.siu.edu | Electrical Engineering Technology | Bachelors | ETAC |
| University of Southern Mississippi | Hattiesburg, Mississippi | www.usm.edu | Industrial Engineering Technology | Bachelors | ETAC |
| St. Cloud State University | St. Cloud, Minnesota | www.stcloudstate.edu | Computer Science | Bachelors | CAC |
| St. Cloud State University | St. Cloud, Minnesota | www.stcloudstate.edu | Information Systems | Bachelors | CAC |
| St. Cloud State University | St. Cloud, Minnesota | www.stcloudstate.edu | Software Engineering | Bachelors | EAC |
| Stony Brook University | Stony Brook, New York | www.stonybrook.edu | Electrical Engineering | Bachelors | EAC |
| Syracuse University | Syracuse, New York | www.syr.edu | Environmental Engineering | Bachelors | EAC |
| Texas A&M University | College Station, Texas | www.tamu.edu | Multidisciplinary Engineering Technology | Bachelors | ETAC |
| Thomas Edison State University | Trenton, New Jersey | tesu.edu | Nuclear Energy Engineering Technology | Bachelors | ETAC |
| Thomas Edison State University | Trenton, New Jersey | tesu.edu | Electronics Systems Engineering Technology | Bachelors | ETAC |
| Walden University | Minneapolis, Minnesota | www.waldenu.edu | Information Technology | Bachelors | CAC |
| Weber State University | Ogden, Utah | www.weber.edu | Computer Science | Bachelors | CAC |
| University of West Georgia | Carrollton, Georgia | www.westga.edu | Computing | Bachelors | CAC |
| West Texas A&M University | Canyon, Texas | www.wtamu.edu | Computer Information Systems | Bachelors | CAC |
| West Virginia University | Morgantown, West Virginia | www.wvu.edu | Safety Management | Masters | ANSAC |
| Western Governors University | Salt Lake City, Utah | www.wgu.edu | Computer Science | Bachelors | CAC |
| Western Governors University | Salt Lake City, Utah | www.wgu.edu | Cybersecurity and Information Assurance | Bachelors | CAC |
