Online ABET-Accredited Engineering Degree Guide

Choosing an accredited program is crucial when pursuing an online engineering degree. The Accreditation Board for Engineering and Technology (ABET) ensures programs meet industry standards and prepare graduates for engineering careers. Since education is a major investment, finding a school that aligns with your goals is essential. This guide outlines ABET-accredited online engineering programs to help you make an informed decision.

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 designation that indicates a university or program meets established quality standards. It assures students, employers, and the public that an institution provides a credible education. To earn accreditation, both the institution and its programs undergo a thorough evaluation process.

ABET is a non-profit accreditation board that specializes in accrediting post-secondary STEM programs. While ABET does not accredit entire universities, it evaluates individual programs offered by accredited institutions.

ABET operates through four commissions, each focused on a specific area: Applied and Natural Science, Computing, Engineering, and Engineering Technology. Each commission is composed of technical professionals with industry experience, ensuring programs are assessed according to real-world standards.

Rather than focusing solely on what is taught, ABET emphasizes what students learn, ensuring graduates gain the skills and knowledge needed to succeed in their field.

What Online Engineering Degrees Are ABET Accredited?

While ABET-accredited engineering programs are available online, the type of degree and delivery format can vary. Some programs are fully online, while others may require in-person components such as labs or short residencies. Below is an overview of common options:

Fully Online ABET-Accredited Bachelor’s Degrees

Several ABET-accredited bachelor’s degrees are widely available in fully online formats, offering flexible pathways to engineering careers. Common options include:

• Electrical Engineering – A well-established option with multiple fully online programs available.
  
• Computer Engineering – Commonly offered online with strong career opportunities in hardware design and system integration.
  
• Software Engineering – Fully online options are available, often blending coding, design, and software development skills.
  
• Industrial Engineering – While some fully online programs exist, availability is more limited. Be sure to verify program details before applying.
  
• Engineering Management – Online options are relatively common, though this program often emphasizes management concepts over hands-on technical work.
  

Hybrid ABET-Accredited Degrees

Certain engineering disciplines are less commonly available in fully online formats. Instead, these programs may offer hybrid options that combine online coursework with in-person labs or short residencies:

• Mechanical Engineering – Often available as a hybrid program with required in-person lab sessions.
  
• Civil Engineering – Rarely available fully online, though some hybrid options are emerging.
  
• Aerospace Engineering – Few online options exist, and most are hybrid programs requiring some on-campus coursework.
  

Note: Hybrid options for civil and aerospace engineering are still relatively uncommon, so prospective students should carefully research availability.

ABET-Accredited Online Master’s Degrees

ABET accreditation for master’s programs is less common than at the bachelor’s level, but several recognized options are available. Verified ABET-accredited online master’s programs include:

• Systems Engineering – Focuses on designing and managing complex systems across industries such as defense, aerospace, and manufacturing.
  
• Occupational Safety Management / Safety Management – Prepares students for leadership roles in workplace safety, risk assessment, and regulatory compliance.
  
• Industrial Hygiene – Emphasizes the identification and control of environmental hazards to protect worker health and safety.
  

These programs are designed to develop advanced technical expertise and leadership skills, preparing graduates for specialized roles in their respective fields.

Key Considerations for Online ABET-Accredited Programs

• Always verify whether an online program is fully remote or requires in-person labs or short residencies.
  
• For master’s degrees, confirm ABET accreditation status directly with the institution, as accreditation is less standard at the graduate level.
  

By understanding these distinctions, students can confidently explore engineering programs that match their career goals and learning preferences.

How to Confirm an Engineering Program is ABET Accredited

Ensuring your chosen engineering program is ABET-accredited is crucial for verifying the quality and credibility of your education. Follow these steps to confirm a program’s accreditation status:

1. Visit the Official ABET Website
   
   • The most reliable way to verify accreditation is by visiting ABET’s official website. The site offers a comprehensive Accredited Program Search tool that allows you to search by school name, program type, and location.
     
2. Check the University’s Website
   
   • Accredited institutions often prominently display ABET accreditation details on their engineering department or program pages. Look for official ABET logos or direct statements confirming accreditation status.
     
3. Contact the School Directly
   
   • If you cannot confirm ABET accreditation online, contact the school’s admissions office or engineering department directly. They can provide official documentation or guidance.
     
4. Verify Program Details
   
   • Confirm that the specific engineering discipline (e.g., mechanical, electrical) is listed as ABET-accredited. Accreditation is granted to individual programs, not the institution as a whole.
     

Taking these steps ensures that your chosen program meets the industry’s rigorous standards and prepares you for a successful engineering career.

Representative Online ABET-Accredited Engineering Programs

To help you better understand the variety of options available, we’ve highlighted ten online ABET-accredited engineering programs. This selection is designed to showcase a cross-section of institutions, including large public universities, smaller schools, and programs with unique features. Whether you’re seeking affordability, flexibility, or specialized coursework, these examples can provide insight into the range of choices available.

1. Air Force Institute of Technology – Master’s in Systems Engineering

The Graduate Systems Engineering (GSE) program at the Air Force Institute of Technology (AFIT) prepares students to manage and develop complex defense systems. The program emphasizes modern digital techniques such as Model-Based Systems Engineering (MBSE) using System Modeling Language (SysML). Students gain practical expertise through coursework in systems architecture, technical evaluation, and engineering management. The program is designed to meet the evolving needs of the Department of Defense, Air Force, and Space Force.

2. Arizona State University – Bachelor’s in Electrical Engineering

Arizona State University’s Bachelor of Science in Engineering (BSE) in Electrical Engineering offers a comprehensive curriculum focused on developing technical skills in electric power systems, electronics, antennas, semiconductor devices, and signal processing. Students can specialize in electric power and energy systems to prepare for industry-specific roles. The program integrates practical labs with industry-standard design and simulation tools to ensure graduates are job-ready.

3. University of Arkansas Grantham – Bachelor’s in Electronics Engineering Technology

The Bachelor of Science in Electronics Engineering Technology at UA Grantham provides students with a comprehensive education in electronic systems, digital technologies, and engineering principles. The program integrates core engineering courses, such as circuit analysis, signals and systems, and electromagnetic fields, with practical applications in control systems, communication systems, and microcontrollers.

Students gain hands-on experience through simulation software, hardware tools, and lab components that focus on real-world scenarios. The program also emphasizes programming languages like C++ to develop skills in embedded systems. A capstone project allows students to apply their knowledge in practical settings.

4. Bowling Green State University – Bachelor’s in Quality Systems

The Bachelor of Science in Technology with a major in Quality Systems at Bowling Green State University is designed as a degree-completion program. Students with an associate degree, industry experience, or quality certifications can apply. The program emphasizes flexibility, featuring fully online courses that allow students to learn at their own pace.

The curriculum integrates science, mathematics, engineering, and technology with specialized topics such as Lean Systems, Six Sigma, Quality Auditing, and Quantitative Tools for Quality. The program follows a team-based learning model that mirrors real-world quality improvement practices.

Graduates are prepared for high-demand careers in diverse industries such as manufacturing, healthcare, government, and finance, with potential certification paths like Certified Quality Engineer, Six Sigma Green Belt, and Quality Technician.

5. Daytona State College – Bachelor’s in Engineering Technology

The Bachelor of Science in Engineering Technology (BSET) at Daytona State College prepares students for dynamic careers in engineering and technology. The curriculum combines foundational engineering principles with industry-relevant skills, ensuring graduates are equipped to manage real-world technical challenges.

The program emphasizes professional development, adaptability, and lifelong learning. Graduates are prepared for roles in diverse industries with technical and leadership skills tailored to modern engineering environments.

6. Embry-Riddle Aeronautical University – Worldwide – Bachelor’s in Engineering Technology

The Bachelor of Science in Engineering Technology at Embry-Riddle Aeronautical University offers a flexible, fully online curriculum that equips students with essential technical skills for careers in aerospace, electrical, mechanical, and systems engineering. With opportunities for research projects, virtual labs, and a capstone course, students graduate with both theoretical knowledge and practical experience.

The program emphasizes technical skills, teamwork, communication, and the ability to conduct research and data analysis. Graduates are prepared to solve engineering problems, design systems, and manage technical projects.

7. Excelsior University – Bachelor’s in Electrical Engineering Technology

The Bachelor of Science in Electrical Engineering Technology at Excelsior University equips students with technical knowledge and practical skills to excel in industries such as electronics, electrical power, semiconductors, and computer systems. The program combines a strong foundation in engineering technology concepts with specialized training in electronics or power systems. Students gain hands-on experience through project-based learning to develop skills in designing, testing, and troubleshooting electrical equipment.

Excelsior’s flexible online format allows students to advance their careers while balancing other commitments. The ABET accreditation ensures the program meets high-quality educational standards required in engineering technology fields.

8. Kennesaw State University – Bachelor’s in Industrial Engineering Technology

The Bachelor of Science in Industrial Engineering Technology (IET) program at Kennesaw State University equips students with skills in process management, materials handling, logistics, and workforce management. Students gain practical experience through hands-on training and coursework projects that align with real-world engineering challenges. KSU’s Southern Polytechnic College of Engineering and Engineering Technology (SPCEET) offers advanced lab facilities and research centers to support innovative projects.

9. National University – Bachelor’s in Electrical and Computer Engineering

The Bachelor of Science in Electrical and Computer Engineering at National University combines traditional electrical engineering principles with computer engineering concepts. The program focuses on hardware, software, and communication systems to prepare students for roles in various industries. The program culminates in a three-course Capstone Design Project where students apply their skills to real-world engineering problems.

10. West Virginia University – Master’s in Safety Management

The Master of Science in Safety Management at West Virginia University is designed to prepare professionals for careers in occupational health and safety. The program emphasizes developing expertise in identifying workplace hazards, implementing protection procedures, investigating accidents, and conducting safety training. Graduates have a near 100% job placement rate and are well-equipped for roles in industries such as manufacturing, healthcare, and government sectors.

Benefits of Earning an Accredited Engineering Degree

Enrolling in an ABET-accredited program offers several key benefits. Graduates can be confident they’ve gained the skills and knowledge needed to enter the workforce as qualified engineers. Employers also recognize ABET accreditation as a mark of quality, ensuring graduates meet industry standards.

In addition, ABET-accredited programs prepare students for licensure. While ABET itself does not provide licensure, its accredited programs align with the educational requirements for many certification exams. Some engineering roles even require specific licenses, making this preparation essential.

Ultimately, earning a degree from an accredited institution can improve job prospects and ensure you meet employer expectations, helping you build a strong foundation for your engineering career.

Does an ABET Accredited Program Better Prepare Me to Become a Licensed Engineer?

While ABET accreditation is not required for all engineering jobs, it plays a significant role in preparing students for licensure and professional certification. Here’s how:

1. Meets Licensure Requirements
   
   • Many state licensing boards require candidates to graduate from an ABET-accredited program to qualify for the Fundamentals of Engineering (FE) exam — the first step toward becoming a licensed Professional Engineer (PE). Without an ABET-accredited degree, additional coursework or credentials may be necessary to meet eligibility standards.
     
2. Ensures Curriculum Standards
   
   • ABET-accredited programs are designed to meet educational benchmarks that align with licensure exam content. This ensures students gain the knowledge and practical skills necessary to succeed in licensing assessments.
     
3. Streamlines the Path to Certification
   
   • Graduates from ABET-accredited programs often have a more straightforward process when applying for licensure, reducing the risk of delays or additional requirements.
     

If you plan to pursue a PE license — which is mandatory for higher-responsibility roles, public safety projects, and leadership positions — earning a degree from an ABET-accredited program is highly recommended.

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:

1. 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.
     
2. 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.
     
3. 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.
     
4. 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 Engineering Degree?

An ABET-accredited engineering degree can open the door to a wide range of career paths in engineering and related fields. Depending on your area of study, you may pursue roles such as:

• Computer Hardware Engineer
• Electrical Engineer
• Electronic Systems Engineer
• Industrial Engineer
• Fire Protection and Safety Engineer
• Mechanical Engineer (Note: Often hybrid)
• Nuclear Engineering Technologist
• Software Engineer
• Surveying Engineer
• Engineering Manager
• Systems Engineer

While many engineering disciplines can be studied fully online, some — like mechanical or civil engineering — are more commonly offered as hybrid programs that require in-person labs or residencies.

In addition to traditional engineering roles, ABET-accredited graduates may pursue careers in academia, technical consulting, or management. This flexibility allows you to align your career with your strengths, interests, and long-term goals.

An ABET-accredited degree ensures you gain the skills and knowledge valued by employers, giving you a strong foundation for success — whether you pursue a specialized engineering field or explore broader career opportunities.

ABET-Accredited Engineering Degree Salary and Job Outlook

Engineering careers offer strong earning potential and stable job growth, and an ABET-accredited degree can help you access these opportunities.

Overall, employment in architecture and engineering occupations is projected to grow faster than the average for all careers from 2023 to 2033, with about 195,000 job openings expected each year. These openings include both new positions and roles created by retiring workers or career changes.

Deeper Dive Into Civil Engineering

Civil engineering is a versatile field that offers strong job prospects and competitive salaries. According to the U.S. Bureau of Labor Statistics (BLS), the median annual wage for civil engineers was $95,890 in May 2023, well above the national median wage for all occupations.

Civil engineers working in certain industries can earn even higher wages:

• Federal government: $108,680
  
• Local government: $103,920
  
• Engineering services: $96,110
  
• State government: $93,390
  
• Nonresidential building construction: $78,890
  

Job Outlook for Civil Engineers

The BLS projects that civil engineering jobs will grow by 6% between 2023 and 2033, which is faster than the average for all occupations. This growth is driven by the ongoing need to maintain and improve infrastructure, including roads, bridges, and water systems.

Key Factors That Influence Salary

Several factors can impact an engineer’s earning potential, including:

• Education Level: Earning a bachelor’s degree is the typical entry point, but pursuing a master’s can increase career opportunities.
  
• Industry: Some sectors, like government and engineering services, tend to offer higher salaries.
  
• Location: Areas with significant infrastructure development or major urban centers often provide higher wages.
  

Choosing the Right Engineering Path

While salary is important, your career choice should also align with your interests and strengths. An ABET-accredited degree ensures you’ll gain the skills and knowledge needed to succeed, no matter which engineering discipline you choose.

How Much Does an ABET-Accredited Engineering Degree Cost?

The cost of an online ABET-accredited engineering degree can vary significantly based on factors like residency status, school type, and delivery method.

For example, Stony Brook University offers competitive rates for New York residents, with undergraduate tuition totaling approximately $5,465 per semester for the Spring 2025 term. Non-residents pay considerably more, with semester costs reaching about $16,370.

Similarly, Arizona State University’s online engineering program for the 2024-25 academic year offers a more affordable option for residents, with tuition at $8,468 for the full year. Non-residents pay around $16,901 annually.

In many cases, online programs can be more cost-effective than their on-campus counterparts. Online students often avoid expenses related to housing, commuting, and certain campus fees. Some universities maintain identical tuition rates for online and in-person students, while others may reduce costs for online learners.

No matter the program, choosing an ABET-accredited institution ensures your investment supports a high-quality education that meets industry standards.

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 Engineering Degree Requirements

Degree requirements can vary by school and program, but most engineering degrees follow some common guidelines.

• Bachelor’s Degree: Typically requires a minimum of 120 credits.
• Master’s Degree: Often requires 30 to 45 credits, depending on the program and specialization.
• Associate Degree: Usually requires at least 60 credits.

Most programs include a mix of:

• General Education Courses – Subjects like English, humanities, and math that provide a broad educational foundation.
• Major-Specific Courses – Engineering-focused classes that become more advanced as you progress.
• Electives – Additional courses that may support your major or expand your skills.
• Capstone Projects or Theses – Often required in master’s programs to demonstrate advanced knowledge and problem-solving skills.

Grading standards can also be important. Many programs require students to earn a minimum grade in core engineering courses to advance or graduate. Be sure to review your chosen program’s requirements carefully to stay on track for success.

Common Courses in ABET-Accredited Engineering Degree Programs

While course requirements vary by program and specialization, many ABET-accredited engineering degrees include core subjects such as:

• Control Systems
  
• Digital Logic
  
• Electronics
  
• Engineering Data Analysis
  
• Programming
  
• Principles of Database Management (common in computing-related disciplines)
  
• Engineering Secure Software Systems (common in cybersecurity or software engineering programs)
  
• Materials Science (common in mechanical, civil, and aerospace engineering)
  
• Thermodynamics (important for fields like mechanical and chemical engineering)
  

Most engineering programs require a strong foundation in math and science, with coursework that may include calculus, linear algebra, and physics. Additionally, engineering degrees often emphasize technical problem-solving and computer-based tools to prepare students for industry demands.

How Long Does It Take to Complete an ABET-Accredited Engineering Degree Program?

The time required to complete an ABET-accredited engineering degree can vary based on your enrollment status and program type. Here’s a general overview of typical timelines:

• Bachelor’s Degree: Typically completed in four years with a full-time course load of 12 to 18 credits per semester. Taking summer or winter session courses can help you stay on track or finish sooner.
  
• Combined Bachelor’s/Master’s Programs: These accelerated programs allow students to begin master’s-level coursework during their senior year, enabling them to earn both degrees in five to six years with consistent full-time enrollment.
  
• Associate Degree: Generally takes about two years for full-time students. Those who pursue a bachelor’s degree afterward can often finish in an additional two years.
  
• Part-Time Study: If you enroll part-time, expect to take 6 to 11 credits per semester, which can significantly extend your completion timeline.
  

While part-time study may better suit students balancing work or other commitments, keep in mind that enrolling less than full-time could affect your eligibility for financial aid and scholarships.

Staying on track — regardless of your chosen path — requires careful planning and consistent progress to meet your educational goals.

ABET-Accredited Online Engineering Programs

The following table lists US-based online engineering programs accredited by ABET as of March 2025. While this list provides a helpful starting point, program availability and details can change. To ensure you have the most current information, visit the ABET Accredited Program Search and individual university websites for updated details.

School Name	Location	Website	Program Name	Degree Level
Air Force Institute of Technology	WPAFB, Ohio	www.afit.edu	Systems Engineering	Masters
The University of Arizona Global Campus	Chandler, Arizona	www.uagc.edu	Information Technology	Bachelors
Arizona State University	Tempe, Arizona	www.asu.edu	Computer Science	Bachelors
Arizona State University	Tempe, Arizona	www.asu.edu	Information Technology	Bachelors
Arizona State University	Tempe, Arizona	www.asu.edu	Electrical Engineering	Bachelors
Arizona State University	Tempe, Arizona	www.asu.edu	Mechanical Engineering	Bachelors
Arizona State University	Tempe, Arizona	www.asu.edu	Software Engineering	Bachelors
Arizona State University	Tempe, Arizona	www.asu.edu	Engineering Management	Bachelors
University of Arkansas Grantham	Little Rock, Arkansas	www.uagrantham.edu	Electronics Engineering Technology	Bachelors
Austin Peay State University	Clarksville, Tennessee	www.apsu.edu	Computer Information Systems	Bachelors
Austin Peay State University	Clarksville, Tennessee	www.apsu.edu	Computer Information Technology	Bachelors
Bowling Green State University	Bowling Green, Ohio	www.bgsu.edu	Quality Systems	Bachelors
Capella University	Minneapolis, Minnesota	www.capella.edu	Information Technology	Bachelors
University of Central Missouri	Warrensburg, Missouri	www.ucmo.edu	Industrial Hygiene	Masters
University of Central Missouri	Warrensburg, Missouri	www.ucmo.edu	Occupational Safety Management	Masters
University of Cincinnati	Cincinnati, Ohio	www.uc.edu	Information Technology	Bachelors
University of Cincinnati	Cincinnati, Ohio	www.uc.edu	Cybersecurity	Bachelors
Daytona State College	Daytona Beach, Florida	www.daytonastate.edu	Information Technology	Bachelors
Daytona State College	Daytona Beach, Florida	www.daytonastate.edu	Engineering Technology	Bachelors
DeVry University	Lisle, Illinois	www.devry.edu	Information Technology and Networking	Bachelors
DeVry University	Lisle, Illinois	www.devry.edu	Software Development	Bachelors
DeVry University	Lisle, Illinois	www.devry.edu	Engineering Technology	Bachelors
Excelsior University	Albany, New York	www.excelsior.edu	Electrical Engineering Technology	Bachelors
Excelsior University	Albany, New York	www.excelsior.edu	Nuclear Engineering Technology	Bachelors
Florida International University	Miami, Florida	www.fiu.edu	Computer Engineering	Bachelors
Florida International University	Miami, Florida	www.fiu.edu	Electrical Engineering	Bachelors
University of North Dakota	Grand Forks, North Dakota	www.und.edu	Computer Science	Bachelors
University of North Dakota	Grand Forks, North Dakota	www.und.edu	Electrical Engineering	Bachelors
Western Governors University	Salt Lake City, Utah	www.wgu.edu	Computer Science	Bachelors

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