Online Bachelor’s Degree in Engineering Programs (BS, BSE)

Online engineering bachelor’s programs can offer a path into fields such as electrical, mechanical, civil, and computer engineering. The delivery format varies: some programs offer all coursework online, while others require campus labs or other in-person work.

This guide covers degree types, accreditation, available disciplines, costs, and career paths so you can compare programs against your goals and schedule.

What Is an Engineering Bachelor’s Degree?

An engineering bachelor’s degree teaches students to apply mathematics and science to the design and improvement of products, systems, and infrastructure. Programs typically combine foundational courses in subjects such as calculus and physics with discipline-specific coursework, labs, and design projects.

The degree may be called a Bachelor of Science (BS) or Bachelor of Science in Engineering (BSE). The title alone tells you little about the curriculum or accreditation, so compare the specific programs you’re considering.

BS vs. BSE vs. BET: What’s the Difference?

The letters on a diploma do not tell you whether a program is accredited or which courses it requires. A Bachelor of Science (BS) and a Bachelor of Science in Engineering (BSE) can both be engineering degrees; a Bachelor of Engineering Technology (BET) generally places more emphasis on applying and implementing engineering work.

Degree	Curriculum focus	ABET commission, if accredited	PE eligibility	Typical roles	Graduate school preparation
BS in an engineering discipline	Engineering theory, mathematics, science, analysis, and design	Engineering Accreditation Commission (EAC)	An EAC-accredited degree follows the most commonly accepted education path; exams and experience are also required	Engineering design, analysis, development, and related work	Common preparation for graduate study in engineering
BSE	Engineering theory, mathematics, science, analysis, and design	Engineering Accreditation Commission (EAC)	Same general path as an EAC-accredited BS program	Engineering design, analysis, development, and related work	Common preparation for graduate study in engineering
BET	Application, implementation, testing, and technical problem-solving	Engineering Technology Accreditation Commission (ETAC)	ETAC-accredited bachelor’s graduates may qualify in many states, but eligibility varies by licensing board	Construction, manufacturing, product design, testing, and technical services	Graduate study is possible; engineering programs may assess preparation or require additional coursework

ABET accredits specific programs, so verify the commission listed for any program you’re considering. ABET explains the curricular and career distinctions between engineering and engineering technology. If PE licensure is a goal, check the requirements of the state where you plan to practice; NCEES identifies an EAC-accredited bachelor’s degree as the most commonly accepted education path.

How Is an Online Engineering Bachelor’s Degree Different from an On-Campus Program?

Online programs cover engineering concepts through digital coursework, but the schedule and practical requirements vary. Some courses let students watch lectures and complete assignments on their own schedule; others require live classes or group meetings. Before enrolling, check whether labs, exams, or other activities require you to travel.

Hands-On Learning in an Online Engineering Program

Engineering students still need opportunities to test ideas and apply what they learn. Depending on the discipline and program, they may use simulation software, computer-aided design (CAD) tools, at-home lab kits, or campus equipment. For example, circuit simulators can help electrical engineering students test designs, while CAD software supports design work in several fields. Some experiments require in-person lab sessions.

Many programs also include a capstone project in which students design or evaluate a solution to an engineering problem, sometimes with a team or industry partner. Ask each school how its labs and projects work for online students, including any required visits and their costs.

ABET Accreditation and Why It’s Important

ABET accredits individual engineering and engineering technology programs, rather than an entire university. Its Engineering Accreditation Commission (EAC) evaluates engineering programs, while its Engineering Technology Accreditation Commission (ETAC) evaluates engineering technology programs. ABET applies the same accreditation criteria to a program regardless of whether it is taught online or on campus.

Accreditation matters if you plan to seek Professional Engineer (PE) licensure. An EAC-accredited bachelor’s degree follows the most commonly accepted education path, although you must also meet exam and experience requirements. ETAC graduates may have a path to licensure in some states. Check the rules of the licensing board where you intend to practice. If you plan to pursue an engineering master’s degree, review the graduate program’s admissions prerequisites as well.

How to Verify a Program’s Accreditation

Use ABET’s accredited program search to check the specific program and its commission. Then confirm its current delivery format with the university. ABET’s online program search is useful, but its “100% online” designation means students can receive all course content online; it does not, by itself, answer every question about labs, exams, or visits. ABET explains that definition here.

Types of Engineering Bachelor’s Degrees

Online engineering bachelor’s programs are available in various disciplines, allowing students to specialize in fields that align with their career goals and interests. While some universities offer general engineering degrees, most programs focus on a specific branch of engineering.

A modern theater with red seats facing a stage and red soundproofed walls, featuring multiple speakers.

Acoustic Engineering Bachelor’s Degree

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Aerospace Engineering Bachelor’s Degree

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Agricultural Engineering Bachelor’s Degree

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Applied Engineering Bachelor’s Degree

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Audio Engineering Bachelor’s Degree

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Automotive Engineering Bachelor’s Degree

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Bachelor of Engineering vs. Bachelor of Science: What’s the Difference?

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Biomedical Engineering Bachelor’s Degree

Two scientists in a lab, one working on a laptop, the other writing notes, with glassware and equipment around.

Chemical Engineering Bachelor’s Degree

Two engineers in hard hats reviewing blueprints at an industrial site, smiling and discussing the project.

Civil Engineering Bachelor’s Degree

Man wearing headphones focused on a computer screen, with others blurred in the background.

Computer Engineering Bachelor’s Degree

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Electrical Engineering Bachelor’s Degree

Engineer in a hard hat and safety glasses working on electrical panels with wiring in a technical environment.

Electrical Engineering Technology Degree Programs

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Environmental Engineering Bachelor’s Degree

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Industrial Engineering Bachelor’s Degree

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Marine Engineering Bachelor’s Degree

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Materials Science Engineering Bachelor’s Degree

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Mechanical Engineering Bachelor’s Degree

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Mechatronic Engineering Bachelor’s Degree

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Mining and Geological Engineering Bachelor’s Degree

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Molecular Engineering Bachelor’s Degree

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Nanoengineering Bachelor’s Degree

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Nuclear Engineering Bachelor’s Degree

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Petroleum Engineering Bachelor’s Degree

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Robotics Engineering Bachelor’s Degrees for 2024

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Software Engineering Bachelor’s Degree

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Structural Engineering Bachelor’s Degree

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Thermal Engineering Bachelor’s Degree

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Transport Engineering Bachelor’s Degree

Which Engineering Disciplines Can You Study Online?

Some engineering subjects lend themselves more readily to remote coursework than others. The distinction is how a program teaches its labs, design work, and field experience—not whether an entire discipline is “online” or “campus-only.”

Aerospace Engineering

Focuses on the design, development, and testing of aircraft, spacecraft, and related systems. Careers often involve working in the aviation, defense, or space industries.

Biomedical Engineering

Combines engineering principles with medical sciences to develop healthcare technologies such as prosthetics, imaging systems, and diagnostic tools.

Chemical Engineering

Involves designing and optimizing chemical processes used in industries like pharmaceuticals, energy, and food production.

Civil Engineering

Focuses on the design, construction, and maintenance of infrastructure projects such as bridges, roads, and buildings.

Computer Engineering

Integrates computer science and electrical engineering principles to develop hardware and software systems.

Electrical Engineering

Covers the design and development of electrical systems, circuits, and devices used in power generation, telecommunications, and electronics.

Environmental Engineering

Focuses on developing sustainable solutions to environmental challenges, such as pollution control, waste management, and water treatment.

Industrial Engineering

Emphasizes improving production processes, systems optimization, and enhancing efficiency in manufacturing and service industries.

Mechanical Engineering

Involves designing, analyzing, and manufacturing mechanical systems such as engines, HVAC systems, and robotics.

Petroleum Engineering

Specializes in the extraction and production of oil and natural gas, with a focus on drilling techniques, reservoir management, and energy production.

Software Engineering

Focuses on developing, testing, and maintaining software applications and systems, often blending computer science and engineering principles.

These are patterns, not format guarantees. For example, an online chemical engineering program uses remote-access labs, while a primarily online civil engineering program requires campus intensives. Check the requirements of each degree you’re considering.

Curriculum and Core Courses in an Engineering Bachelor’s Program

Engineering bachelor’s programs generally begin with mathematics and science, then move into courses specific to the chosen discipline. Requirements vary: a mechanical engineering student may study thermodynamics and fluid mechanics, while an electrical engineering student may take circuits and signals.

Common Foundations

Students often encounter some combination of:

Mathematics: Calculus and, depending on the program, differential equations, linear algebra, or statistics.
Science: Calculus-based physics and chemistry or other sciences relevant to the discipline.
Computing and design: Programming, data analysis, computer-aided design, or introductory engineering design.

Advanced courses and electives build on those foundations. Most programs also include labs and a design project or capstone. Internship and co-op opportunities may be available, but whether they are required depends on the program. Compare degree plans for the specific major, including the order of prerequisites and any in-person lab requirements.

How Long Does It Take to Get a Bachelor’s Degree in Engineering?

A full-time engineering bachelor’s program commonly has a four-year plan. Your timeline will depend on course load, prerequisite sequencing, transfer credit, and when required courses and labs are offered.

Path	Planning estimate	What can affect the timeline
Full time	About four years from the start of college	Following the program’s recommended course sequence
Part time	Often five to six years or longer	The number of courses taken each term and how often required courses are offered
Accelerated	Potentially less than four years	A heavier course load, summer terms, and a program that supports the pace; “accelerated” may also refer to a combined bachelor’s and master’s pathway
With transfer credit	Potentially two to three years after transfer	How many credits apply to the engineering major and whether prerequisites have been completed

Ask an advisor for a degree plan based on your transcript and intended pace. A large number of accepted credits may cover general education requirements without shortening a sequence of engineering courses that must be taken in order.

How to Enroll in an Engineering Bachelor’s Degree

1. Compare Programs and Admission Requirements

Start with programs in your intended discipline. Check accreditation, delivery format, required campus visits, and whether the school admits first-year students, transfer students, or both. Admission standards may differ from the university’s general requirements.

2. Review Your Math and Science Preparation

Engineering coursework builds on mathematics and science. Check each program’s entry requirements and its starting point for calculus, physics, and chemistry. If you have college credit, request an evaluation showing which courses satisfy requirements for the engineering major.

3. Prepare and Submit Your Application

Follow the school’s deadlines and instructions for transcripts and any required test scores, essays, or recommendations. Requirements vary, so use the application checklist for each program.

4. Explore Financial Aid

Complete the Free Application for Federal Student Aid (FAFSA) and check the school’s scholarship and aid deadlines. You can also look for engineering scholarships and employer tuition assistance where applicable.

Who Is an Online Engineering Bachelor’s Degree For?

Online programs can serve first-time college students, transfer students, working adults, and career changers. The key question is whether the program’s schedule and practical requirements fit your life.

Starting college? Check the math preparation expected and whether advising, tutoring, and introductory courses are available online.
Transferring or changing careers? Ask which prior courses count toward the engineering major. Credit that transfers as an elective may not replace a required course.
Balancing school with work, family, or military service? Check whether classes have set meeting times, how many courses you can take each term, and whether labs require travel.

Costs, Scholarships, and Financial Aid Opportunities

The table shows approximate tuition for 30 credits, before additional fees or financial aid. The ranges draw on published rates from several universities and are intended as planning estimates, not national averages. Check the rate for your specific degree and enrollment format.

Institution	In-state campus	Out-of-state campus	Online, same rate regardless of residency
Public university	About $12,000–$13,000	About $34,000–$36,000	About $12,000–$17,000 where offered
Private university	About $25,000–$46,000	About $25,000–$46,000	About $12,000–$16,000 where offered

Campus tuition may cover a range of credits for a fixed semester price; online tuition is often charged per credit. Residency policies and additional fees vary by program.

Source note: These illustrative ranges draw on published tuition rates from multiple programs, including those offered by Old Dominion University, the University of Alabama, Arizona State University, Liberty University, and Embry-Riddle Aeronautical University. Campus and online rates may apply to different programs.

Other Costs to Include

Budget for software or equipment, lab and course fees, and travel for any required campus visits. Request a full cost-of-attendance estimate for the program and enrollment format you’re considering.

Paying for Your Degree

Review your financial aid offer to see what you would pay after grants and scholarships. Engineering-related scholarships, employer tuition assistance, military education benefits, and transfer credit may also reduce your total cost. Confirm which transfer credits apply to the engineering major before assuming they will shorten your time to graduation.

Career Opportunities for Engineering Bachelor’s Degree Holders

Career options depend largely on your discipline and experience. Mechanical engineers work on machines and mechanical systems; civil engineers design and oversee infrastructure projects; and electrical engineers develop electrical equipment and systems. Other graduates pursue work in environmental engineering, manufacturing, or software development. The job title software developer is the closest BLS category used below for many software engineering roles; the titles are not identical.

Salary and Job Outlook

The following U.S. Bureau of Labor Statistics (BLS) figures are occupational medians for all workers in each role, not expected starting salaries for graduates.

Occupation	Median annual wage, May 2025	Projected employment growth, 2025–2035
Mechanical engineer	$104,110	11%
Civil engineer	$100,840	6%
Electrical engineer	$120,630	8%
Software developer	$135,980	10%

Licensure and Further Training

A Professional Engineer (PE) license is important for some types of engineering work, particularly when an engineer offers services to the public. Requirements depend on the state and generally include qualifying education, experience, and exams; review the NCEES licensure overview and your state board’s rules. Depending on the role, graduates may also pursue specialized training or certifications.

Pros and Cons of an Online Engineering Bachelor’s Degree

Pros

More program choices: You may be able to enroll without relocating.
Flexible coursework: Some programs let you complete lectures and assignments around other commitments.

Cons

Possible travel: Labs, exams, or other activities may require campus visits.
Less flexible activities: Live classes and group projects can require you to be available at set times.
Independent study: You’ll need to manage deadlines and seek help when you need it.

Check the specific program’s schedule and in-person requirements before deciding whether its format works for you.

Next Steps

Choose a few programs in your preferred discipline and compare their degree plans, accreditation, lab requirements, and full costs. Ask each school how your prior credits would apply and whether any part of the program requires travel. Once you have those answers, you can select a program that fits both your career goal and the time you can commit to it.