2026 Best Online Bachelor's in Mechanical Engineering With Remote Lab Components
Co-Founder and Chief Data Scientist
Choosing an online mechanical engineering degree is harder than picking a flexible schedule: the lab model, ABET status, and licensure fit can affect your career options. The U. S. Bureau of Labor Statistics reports that mechanical engineers had a median annual wage of $102,320 in May 2024, making program quality and return on investment especially important. This guide is for working adults, transfer students, veterans, and first-time undergraduates comparing online bachelor's options. You will learn how remote labs work, which programs deserve a closer look, and how to avoid costly enrollment mistakes.
Key Things You Should Know
- ABET-accredited online bachelor's programs in mechanical engineering are uncommon, so the safest shortlist starts with programs that clearly publish Engineering Accreditation Commission accreditation and explain how required labs are completed.
- Mechanical engineers had a May 2024 median annual wage of $102,320, while BLS projects 11% employment growth from 2023 to 2033; those figures support demand but do not guarantee individual outcomes.
- College Board's 2024 pricing data puts average published tuition and fees at $11,610 for in-state public four-year students and $30,780 for out-of-state public four-year students, so residency, transfer credit, and lab travel can materially change total cost.
What are the best online mechanical engineering bachelor's programs with remote labs?
The best online mechanical engineering bachelor's programs are usually not fully hands-off or fully remote. In this field, "remote lab components" may mean mailed lab kits, simulation-based experiments, remotely controlled equipment, locally proctored activities, or short campus lab intensives. The strongest choice is the program that matches your career goal: traditional mechanical engineering licensure, applied engineering technology work, military-to-civilian transition, or transfer completion.
The table below summarizes program types and examples worth comparing. Because online engineering formats change more often than campus programs, verify the current delivery model, ABET listing, and lab requirements directly with the school before applying.
| Program or option type | Best fit | Lab format to verify | Accreditation issue to check | Decision note |
| University of North Dakota, BS in Mechanical Engineering | Students who want an online path aligned with a traditional mechanical engineering degree | Online coursework with required hands-on lab experiences that may include campus or arranged components | Confirm current ABET Engineering Accreditation Commission status for the mechanical engineering program | Often a strong first look for students who need an ABET-accredited mechanical engineering bachelor's rather than an engineering technology degree |
| The University of Alabama, BS in Mechanical Engineering through distance learning | Transfer students and working adults seeking the same degree framework as campus students | Distance coursework with lab and design requirements that must be planned with an advisor | Confirm that the degree awarded and ABET record match the mechanical engineering bachelor's program | Worth comparing if you have substantial transfer credit and need a public university option |
| Online mechanical engineering technology bachelor's programs | Students seeking applied manufacturing, product support, CAD, quality, or plant engineering roles | Remote labs, simulations, local labs, or project-based technical labs | Often accredited by ABET's Engineering Technology Accreditation Commission rather than the Engineering Accreditation Commission | Useful for applied roles, but may not satisfy every employer or PE licensure pathway in the same way as a mechanical engineering degree |
| Hybrid public university completion pathways | Students near a campus or approved lab site who can travel occasionally | Online lectures with in-person lab blocks, weekend labs, or summer intensives | Confirm whether the full bachelor's degree is ABET-accredited, not only the department | Can be practical if the online course schedule is strong but you can handle limited travel |
To choose among programs, start with accreditation and lab logistics before rankings. A high-ranking school that requires weekday campus labs may be a poor fit for a working adult, while a less publicized program with clear transfer policies and scheduled lab intensives may be easier to complete.
Use this short screening process before you request advising:
- Confirm the exact degree name, because mechanical engineering, mechanical engineering technology, and general engineering can lead to different licensure and employer outcomes.
- Search the current ABET public listing by institution and program name, then save a copy or screenshot for your records.
- Ask whether labs are remote, simulation-based, campus-based, locally proctored, or completed during intensive visits.
- Request a transfer audit before enrolling if you already have calculus, physics, chemistry, engineering graphics, or community college credits.
- Ask whether senior design requires synchronous meetings, team hardware builds, travel, employer sponsorship, or specific software access.
Veterans comparing engineering fields may also want to review an online electrical engineering bachelor degree for veterans, especially if their military experience involved electronics, power systems, avionics, communications, or controls rather than mechanical systems.
Are online mechanical engineering degrees ABET-accredited?
Some online mechanical engineering bachelor's degrees are ABET-accredited, but you should not assume accreditation just because the university is reputable. ABET programmatic accreditation applies to a specific program at a specific institution and degree level. Regional or institutional accreditation is important for federal aid and transfer recognition, but it is not the same as ABET accreditation for engineering.
For mechanical engineering, the most relevant credential is usually accreditation by ABET's Engineering Accreditation Commission. Engineering technology programs may instead hold Engineering Technology Accreditation Commission accreditation, which can be valuable but may be treated differently by employers, graduate schools, and state licensing boards.
This comparison shows why the wording matters when you evaluate an online degree page.
| Accreditation or credential | What it means | Why it matters | Common mistake |
| Institutional accreditation | The college or university is recognized as an accredited institution | Supports federal financial aid eligibility, transfer review, and graduate admission screening | Assuming this automatically means the engineering degree is ABET-accredited |
| ABET Engineering Accreditation Commission | The engineering program meets ABET criteria for engineering education | Often preferred or required for engineering licensure pathways and many engineering employers | Not checking whether the online pathway awards the same ABET-listed degree |
| ABET Engineering Technology Accreditation Commission | The program prepares students for applied engineering technology practice | Useful for hands-on technical, production, quality, CAD, and applied engineering roles | Assuming it is interchangeable with an engineering degree for every PE board or employer |
| Program claims without a current ABET listing | The school may describe engineering quality or industry relevance | May still be legitimate, but it requires more due diligence | Relying on marketing language instead of the ABET database |
Before enrolling, ask admissions for the exact ABET-accredited program name, the date of the most recent review, and whether online students receive the same transcripted degree as campus students. If the answer is unclear, treat that as a red flag and keep comparing programs.
Do remote lab programs qualify for engineering licensure?
Remote lab programs can qualify for engineering licensure, but only if the degree, coursework, and your state board's rules align. In most states, the typical Professional Engineer pathway includes an ABET-accredited engineering degree, passing the Fundamentals of Engineering exam, gaining supervised engineering experience, and passing the Principles and Practice of Engineering exam. However, licensing rules are state-specific, and engineering technology degrees or non-ABET degrees may face extra requirements or limitations.
Remote labs themselves are not usually the issue. Licensing boards generally care more about whether the degree is ABET-accredited, whether it is an engineering degree rather than only a technology degree, and whether your work experience meets board standards. That means a well-designed online program with documented lab outcomes may be acceptable, while a vague program with unclear accreditation may create problems later.
Take these steps if licensure is part of your long-term plan:
- Identify the state where you are most likely to seek engineer-in-training certification or PE licensure.
- Review that state board's education rules before enrolling, not after graduation.
- Ask the school whether recent online graduates have been eligible to sit for the FE exam in your state.
- Keep syllabi, lab descriptions, senior design documentation, and transcripts in case a board requests education details.
- Choose supervised work experiences under licensed engineers when possible, especially if you plan to pursue the PE credential.
A common mistake is assuming "online" is the problem. In practice, the bigger risk is choosing the wrong program type. If your target jobs require design authority, public safety responsibility, consulting work, or eventual PE licensure, prioritize an ABET-accredited mechanical engineering bachelor's over a faster or cheaper non-ABET alternative.
How do online and campus mechanical engineering programs compare?
Online and campus mechanical engineering programs can cover the same technical content, but the student experience is different. Campus students usually have easier access to machine shops, faculty office hours, student engineering teams, and physical lab equipment. Online students gain flexibility but must be more disciplined about scheduling labs, coordinating group design work, and getting help early in math-heavy courses.
The comparison below can help you decide which format fits your life, learning style, and career goal.
| Factor | Online or hybrid mechanical engineering | Campus mechanical engineering | Who benefits most |
| Schedule flexibility | Stronger for working adults, parents, military students, and students far from campus | More fixed class and lab schedules | Online students with strong time management |
| Lab access | May use remote equipment, simulation, mailed kits, local labs, or short residencies | Usually direct access to teaching labs and campus equipment | Campus students who learn best through frequent in-person lab work |
| Peer interaction | Often depends on discussion boards, video meetings, and virtual design teams | More spontaneous collaboration and club involvement | Campus students seeking a traditional engineering community |
| Cost structure | May reduce relocation and commuting costs but can add lab travel, technology, and shipping fees | May include housing, commuting, parking, and campus fees | Students who compare total cost, not only tuition |
| Career preparation | Can be strong if the program includes ABET accreditation, senior design, internships, and employer projects | Can offer easier access to career fairs, labs, and student competitions | Students who actively seek internships and portfolio projects in either format |
Online mechanical engineering makes the most sense if you cannot relocate, already have transfer credits, or need to keep working while studying. Campus study may be better if you are a first-time student who wants daily structure, frequent lab access, and a broader residential college experience.
It also helps to compare engineering with less equipment-intensive online majors. For example, an online degree for library science may rely more on digital projects, research tools, and field experiences, while mechanical engineering must still prove that students can apply math, physics, design, and experimentation to physical systems.
What courses are in an online mechanical engineering curriculum?
An online mechanical engineering curriculum is math- and physics-intensive. Students learn how forces, motion, heat, materials, fluids, and manufacturing processes affect real products and systems. Remote lab components are designed to connect those theories to measurement, testing, modeling, and design decisions.
Most ABET-aligned mechanical engineering programs include a sequence similar to the one below, though course titles and credit hours vary by school.
| Course area | Typical subjects | Why it matters |
| Mathematics and science | Calculus, differential equations, physics, chemistry, statistics | Builds the quantitative foundation for engineering analysis |
| Engineering fundamentals | Statics, dynamics, mechanics of materials, thermodynamics, fluid mechanics | Teaches students to analyze forces, energy, motion, deformation, and flow |
| Mechanical systems | Machine design, heat transfer, vibrations, controls, mechatronics | Connects theory to machines, vehicles, energy systems, robotics, and industrial equipment |
| Design and manufacturing | CAD, materials, manufacturing processes, design for manufacturability, product development | Prepares students to design parts and systems that can be built, tested, and improved |
| Labs and experimentation | Instrumentation, data acquisition, thermal-fluid labs, materials testing, design labs | Develops hands-on measurement, uncertainty analysis, testing, and reporting skills |
| Professional practice | Engineering ethics, technical communication, project management, senior design | Helps students work in teams and communicate engineering decisions clearly |
Current programs increasingly use simulation, cloud-based CAD, digital twins, data acquisition software, and AI-assisted design tools. These tools are valuable, but they do not replace the need to understand physical assumptions, tolerances, safety, and test results. A good online program should teach both software fluency and engineering judgment.
Before enrolling, ask how the program handles difficult courses such as dynamics, thermodynamics, fluid mechanics, and heat transfer. These are common stumbling blocks, so tutoring access, recorded problem-solving sessions, and responsive faculty support can make a major difference.
What admission requirements do online mechanical engineering programs have?
Admission requirements vary, but online mechanical engineering bachelor's programs are usually more selective in prerequisites than many online majors. Schools want evidence that you can handle calculus-based science, long technical assignments, and multi-course sequences that build on each other.
Most applicants should expect some combination of these requirements:
- High school diploma, GED, or equivalent credential for first-year applicants.
- Prior coursework in algebra, trigonometry, pre-calculus, calculus, chemistry, and physics, depending on entry level.
- Official transcripts from all high schools and colleges previously attended.
- Minimum GPA requirements that may differ for first-year, transfer, and engineering-major admission.
- Placement testing or prerequisite review for calculus, physics, and chemistry readiness.
- Transfer credit evaluation for community college, military, AP, IB, CLEP, or prior university coursework.
- Technology requirements such as a computer capable of running CAD, simulation, video conferencing, and proctoring tools.
Transfer students should pay close attention to course sequencing. Even if many general education credits transfer, missing one prerequisite such as Calculus II, physics with lab, or statics can delay progress by a full term or more.
The biggest admissions mistake is applying before you know whether you are calculus-ready. If your math background is weak, taking pre-calculus or calculus at a community college before starting the engineering sequence can be a smarter and cheaper path than struggling in the first semester of a full engineering load.
How long does an online mechanical engineering bachelor's degree take?
A full-time online bachelor's in mechanical engineering typically takes about four years for first-time students, but many online learners take longer because they work, transfer credits, or study part time. Engineering courses are highly sequenced, so pace depends less on motivation alone and more on whether prerequisites are completed in the right order.
The table below shows common timelines and the trade-offs behind them.
| Student type | Typical timeline | What can speed completion | What can slow completion |
| First-time full-time student | About four years | Strong math placement, full course loads, summer courses | Repeating calculus, physics, or engineering fundamentals |
| Transfer student with an associate degree | About two to three years after transfer | Completed calculus sequence, physics with labs, chemistry, and general education credits | Non-equivalent engineering or lab courses |
| Working adult part-time student | Often five to six years or more | Consistent year-round enrollment and employer tuition support | Taking only one technical course per term or pausing during lab-intensive semesters |
| Student changing majors into engineering | Varies widely | Previously completed math and science credits | Starting below calculus or lacking physics prerequisites |
Accelerated study is possible, but mechanical engineering is not a degree where speed should be the only goal. Taking thermodynamics, fluid mechanics, machine design, and labs at the same time while working full time can increase the risk of poor performance or withdrawal.
A practical approach is to map your first six terms before enrolling. Include prerequisites, lab travel, senior design, internship windows, and any employer or family constraints. If the plan looks unrealistic on paper, it will probably be harder in practice.
How much do online mechanical engineering degrees cost?
Online mechanical engineering costs vary by residency, public or private tuition, transfer credit, lab travel, software, books, and fees. College Board's 2024 Trends in College Pricing reports average published tuition and fees of $11,610 for in-state students at public four-year institutions, $30,780 for out-of-state students at public four-year institutions, and $43,350 for private nonprofit four-year institutions. These are broad averages, so your actual program cost may be higher or lower.
For online engineering students, total cost is not just tuition. Mechanical engineering can add expenses that are less common in non-lab online degrees.
- Course fees for engineering, laboratory, or proctored testing requirements.
- Travel, lodging, and time off work if the program requires campus lab intensives.
- CAD, simulation, calculator, computer hardware, webcam, headset, or remote proctoring costs.
- Textbooks, lab kits, materials, shipping, and safety equipment.
- Extra semesters caused by missing prerequisites, limited course availability, or repeated technical courses.
- Opportunity cost if the course load reduces your work hours.
To reduce cost, prioritize transfer-friendly public programs, complete lower-division math and science courses affordably when appropriate, ask about employer tuition assistance, and compare financial aid packages after fees are included. If two programs have similar tuition, the one with clearer transfer policies and fewer required trips may be less expensive overall.
When evaluating return on investment, use the same discipline you would apply to any degree decision: compare total cost, likely career fit, credential requirements, and your tolerance for technical coursework. For another example of how degree value depends on career goals rather than tuition alone, see this guide on is a library science degree worth it.
What jobs can mechanical engineering graduates get?
Mechanical engineering graduates can work in many industries because they learn to analyze physical systems, design components, improve processes, and solve performance problems. Common employers include manufacturers, aerospace companies, automotive firms, energy companies, robotics organizations, HVAC and building systems firms, medical device companies, defense contractors, and engineering consulting firms.
The table below outlines common job paths and what graduates typically do in those roles.
| Job title or path | Typical responsibilities | Helpful skills |
| Mechanical design engineer | Designs parts, assemblies, machines, or consumer products using CAD and engineering analysis | CAD, mechanics of materials, tolerancing, prototyping, technical documentation |
| Manufacturing engineer | Improves production processes, tooling, quality, workflow, and equipment performance | Lean manufacturing, process improvement, materials, automation, data analysis |
| Thermal or fluids engineer | Works on heat transfer, cooling systems, energy systems, pumps, turbines, or fluid flow problems | Thermodynamics, fluid mechanics, heat transfer, simulation, testing |
| Test engineer | Plans experiments, collects data, validates designs, and troubleshoots product performance | Instrumentation, data acquisition, statistics, lab reporting, root-cause analysis |
| Quality engineer | Monitors product quality, investigates failures, and improves reliability or compliance | Statistical quality control, manufacturing standards, documentation, problem-solving |
| Applications or sales engineer | Helps customers select, configure, or implement technical products and systems | Communication, product knowledge, mechanical systems, customer problem-solving |
Students who want stronger job prospects should build a portfolio before graduation. Useful portfolio evidence includes CAD models, simulation reports, lab reports, senior design documentation, manufacturing projects, internship work, coding scripts, and test data analysis.
AI, automation, and data-heavy engineering workflows are changing expectations. Mechanical engineers increasingly benefit from programming, sensors, controls, simulation, and data analytics skills. Graduates who later want to move toward analytics, digital twins, or industrial AI may consider a master of data science online after gaining engineering experience.
What salary and job outlook can mechanical engineers expect?
The salary and job outlook for mechanical engineers are strong relative to many bachelor's-level fields, but outcomes vary by region, industry, experience, licensure, and technical specialization. According to the U.S. Bureau of Labor Statistics, mechanical engineers had a median annual wage of $102,320 in May 2024. Treat that number as a market benchmark, not a guarantee for a new graduate.
BLS also projects 11% employment growth for mechanical engineers from 2023 to 2033. That projection suggests demand across design, manufacturing, automation, energy, transportation, and related industries, but students should still research local hiring conditions and internship availability.
The following factors can influence salary and advancement:
- Industry, with aerospace, energy, robotics, medical devices, and advanced manufacturing often requiring specialized technical skills.
- Location, because engineering salaries and cost of living vary widely across U.S. metro areas.
- Experience with CAD, simulation, testing, programming, automation, and data analysis tools.
- Internships, co-ops, senior design projects, and portfolio evidence of real engineering work.
- ABET-accredited education and PE licensure, especially for consulting, public infrastructure, or safety-sensitive work.
- Graduate education or certificates when they support a clear specialization rather than serving as a substitute for experience.
For ROI, compare the cost of the degree against the kind of engineering work you actually want. If you want product design, analysis, robotics, energy systems, or manufacturing leadership, a mechanical engineering bachelor's can be a strong foundation. If you mainly want technician-level work, CAD drafting, or maintenance roles, a lower-cost associate degree or engineering technology path may be enough.
Other Things You Should Know About Mechanical Engineering
Often, yes, but the format varies. Some programs use virtual teams, employer-sponsored projects, shipped components, simulation work, or scheduled campus sessions. Ask how teams are assigned, what hardware is required, and whether presentations are synchronous.
Usually the transcript lists the institution and degree, not every course delivery mode. Employers tend to focus more on accreditation, projects, internships, technical skills, and interview performance than on whether lectures were online.
You will likely need a reliable computer that can run CAD, simulation, spreadsheets, programming tools, video meetings, and proctoring software. Before buying equipment, use the program's published hardware specifications because engineering software can require more memory and graphics capability than general online classes.
It can be challenging online because the math, labs, and design work require steady practice and self-discipline. It is more manageable if you are calculus-ready, use tutoring early, keep a weekly study schedule, and choose a program with clear lab support and responsive faculty.
References
- 2025 Most Affordable Bachelor's in Engineering Online https://www.onlineu.com/most-affordable-colleges/engineering-degrees
- Online Mechanical Engineering Degrees 2025 https://www.affordablecollegesonline.org/degrees/engineering-programs/mechanical-engineering/
- Find Programs - ABET https://www.abet.org/accreditation/find-programs/
- International Professionals | NCEES https://ncees.org/licensure/international-professionals/
- What jobs can you do with a mechanical engineering degree? https://targetjobs.co.uk/careers-advice/engineering/what-jobs-can-you-do-mechanical-engineering-degree
- How Long to Become a Mechanical Engineer? | University of Bridgeport https://www.bridgeport.edu/news/time-to-become-a-mechanical-engineer/
- Pre Header Utility Links https://www.nspe.org/about/about-professional-engineering/how-get-licensed
