2026 Online Mechanical Engineering Degrees With Skills Employers Want Most in Mechanical Engineers
Co-Founder and Chief Data Scientist
Choosing an online mechanical engineering degree is really a decision about career fit, cost, accreditation, and hands-on skill development. The stakes are rising: the U. S. Bureau of Labor Statistics projects mechanical engineer employment to grow 11% from 2023 to 2033, faster than the average for all occupations. This guide is for students, working technicians, career changers, and engineers considering graduate study. You will learn how online programs work, which skills employers want most, what degrees cost, and how to compare programs without overpaying or choosing the wrong pathway.
Key Things You Should Know
- For U.S. mechanical engineers, BLS data updated in 2024 reports a median annual wage of $99,510, with projected 11% employment growth from 2023 to 2033.
- The safest online bachelor's choice is usually an ABET-accredited mechanical engineering program or an ABET-accredited engineering program with a clear mechanical engineering pathway, especially if licensure could matter later.
- Employer-valued skills now go beyond mechanics and thermodynamics: CAD/CAE, simulation, manufacturing, controls, data analysis, communication, and AI-aware design workflows are increasingly important.
What is an online mechanical engineering degree and how does it compare to campus programs?
An online mechanical engineering degree is a college program that teaches the design, analysis, testing, and improvement of machines, energy systems, materials, manufacturing processes, robotics, vehicles, thermal systems, and mechanical products through mostly remote coursework. In a strong program, students still learn the same fundamentals as campus students: calculus, physics, statics, dynamics, thermodynamics, fluid mechanics, materials, design, controls, and engineering labs.
The word "online" can mean several formats. Some programs are fully online for lectures but require short campus visits for labs. Others are hybrid, with local lab partners or scheduled residencies. Graduate programs are more likely to be fully online because many students already have undergraduate lab experience. If you are comparing engineering degrees online, pay close attention to whether the program is mechanical engineering specifically, mechanical engineering technology, general engineering, or engineering management.
The main difference is not the academic subject; it is how the program delivers hands-on work, faculty interaction, teamwork, and career support. The table below summarizes the practical trade-offs that matter most when choosing between online and campus study.
| Factor | Online mechanical engineering degree | Campus mechanical engineering degree | What it means for your decision |
| Flexibility | Best for working adults, military students, parents, and students far from campus | Best for students who can relocate or attend full time | Online study can reduce opportunity cost, but it requires strong self-management |
| Labs | May use at-home lab kits, simulations, remote labs, transfer labs, or short residencies | Usually uses campus labs throughout the program | Ask exactly how required labs are completed before enrolling |
| Team projects | Often completed through virtual collaboration tools and scheduled design reviews | Often completed in person with easier access to makerspaces | Online students should build a portfolio that documents collaboration and prototypes |
| Accreditation visibility | Varies widely, especially at the bachelor's level | More traditional ABET-accredited options are available | Accreditation is one of the first filters to apply |
| Career networking | May depend on virtual career fairs, regional employers, and alumni networks | May offer stronger local recruiting pipelines | Choose an online program that supports internships, co-ops, and employer projects |
Online mechanical engineering can be a smart choice if you need flexibility and the program has credible accreditation, rigorous labs, and strong student support. It may be a weaker fit if you want daily access to machine shops, Formula SAE teams, robotics labs, or highly structured in-person study. The best format is the one that lets you finish the degree while building the technical evidence employers can evaluate: projects, simulations, internships, design reports, and measurable problem-solving experience.
Which skills do employers value most in mechanical engineers today, and how do online programs teach them?
Employers still expect mechanical engineers to understand physical systems, but the workplace has become more digital, interdisciplinary, and data-driven. A graduate who can calculate a load, model a part, run a simulation, interpret test data, and explain trade-offs to non-engineers is usually more competitive than someone who only knows theory.
Online programs teach these skills through recorded and live lectures, cloud-based engineering software, simulation platforms, virtual labs, group design projects, and capstone courses. Because remote students must collaborate intentionally, strong online programs also build documentation, communication, and project-management skills into assignments.
The skills below are especially important because they connect classroom learning to real engineering work. They also help you judge whether a program's curriculum is current enough for today's hiring market.
- Engineering fundamentals: Statics, dynamics, thermodynamics, heat transfer, fluid mechanics, materials science, machine design, and measurement remain the foundation for mechanical engineering judgment.
- CAD, CAE, and simulation: Employers often look for experience with 3D modeling, finite element analysis, computational fluid dynamics, tolerance analysis, and design iteration.
- Manufacturing and design for manufacturability: Mechanical engineers need to understand machining, additive manufacturing, quality control, materials selection, cost constraints, and production limitations.
- Controls, mechatronics, and automation: Robotics, sensors, actuators, programmable logic controllers, and feedback systems are increasingly relevant in manufacturing, vehicles, energy systems, and medical devices.
- Data analysis and programming: Python, MATLAB, Excel-based modeling, statistical thinking, and test-data interpretation help engineers validate designs and troubleshoot systems.
- Communication and teamwork: Design reviews, technical reports, presentations, stakeholder communication, and cross-functional collaboration are central to engineering practice.
- AI-aware engineering workflows: Engineers increasingly use AI-assisted coding, generative design tools, predictive maintenance systems, and automated documentation, but they must still verify outputs using engineering principles.
Students who discover they are more interested in predictive modeling, machine learning, and analytics than hardware design may also compare engineering programs with the best online data science masters. That does not replace mechanical engineering, but it can be a better graduate pathway for engineers who want roles in simulation analytics, digital twins, manufacturing data, or AI-enabled product development.
A practical way to evaluate skills is to ask for sample syllabi and capstone examples. Look for evidence that students complete open-ended design problems rather than only quizzes and textbook calculations. A strong online mechanical engineering student should graduate with a portfolio showing models, code, lab analysis, design reports, and team-based decisions.
How can I tell if an online mechanical engineering degree is properly accredited and respected?
Accreditation is one of the highest-stakes checks in online mechanical engineering because it affects employer confidence, graduate school admission, transfer credit, financial aid eligibility, and sometimes professional licensure. In the United States, two levels matter most: institutional accreditation and programmatic accreditation.
Institutional accreditation means the college or university has been reviewed by a recognized accreditor. Programmatic accreditation means the specific engineering program has been evaluated against discipline-specific standards. For mechanical engineering bachelor's programs, ABET accreditation is often the most important program-level signal because many employers and state licensing boards recognize it.
Use the steps below before you apply or pay a deposit. This sequence helps you avoid programs that sound legitimate but may not support your long-term goals.
- Confirm the institution is accredited by an agency recognized by the U.S. Department of Education or the Council for Higher Education Accreditation.
- Search ABET's official program database for the exact program name, degree level, campus or delivery location, and accreditation status.
- Check whether the degree says "mechanical engineering," "mechanical engineering technology," "general engineering," or another title, because these can lead to different career and licensure outcomes.
- Ask the program how online labs, design projects, and proctored exams are handled, then compare the answer with ABET student outcomes if the program is accredited.
- If you may pursue Professional Engineer licensure, contact the licensing board in the state where you plan to work and ask how it treats the specific online degree.
A respected online degree should not require you to hide that it was completed online. Employers usually care more about the school's credibility, program accreditation, project quality, internship experience, and your ability to solve engineering problems. The red flag is not online delivery itself; it is vague accreditation language, no engineering-specific review, weak lab requirements, or unclear career outcomes.
Be especially careful with "accelerated" engineering programs that promise unusually fast completion for students without prior calculus, physics, or engineering coursework. Mechanical engineering is math-intensive and sequential. A program can be flexible, but it should not skip the technical foundation that makes the credential credible.
What mechanical engineering degree levels and online pathways are available for different career goals?
The right degree level depends on where you are starting and what kind of work you want to do. A recent high school graduate, an experienced technician, a working engineer, and a manager moving into product leadership may all need different pathways.
The table below compares common U.S. online and hybrid mechanical engineering pathways. Use it to match the credential to the role you want, not just to the fastest or cheapest option.
| Pathway | Typical student | Common career use | Key caution |
| Associate degree or pre-engineering transfer pathway | Students starting at community college or reducing costs before transfer | Engineering technician roles or preparation for a bachelor's program | Confirm every calculus, physics, and engineering course transfers into the target bachelor's program |
| Bachelor's in mechanical engineering | Students seeking entry-level mechanical engineer roles | Product design, manufacturing, testing, HVAC, energy, aerospace, automotive, robotics, and related roles | ABET accreditation is especially important if licensure or broad employer recognition matters |
| Bachelor's in mechanical engineering technology | Hands-on students focused on applied systems, manufacturing, testing, or operations | Engineering technologist, manufacturing, quality, field engineering, and technical support roles | Some employers distinguish engineering technology from engineering for design-engineer roles |
| Master's in mechanical engineering | Engineers who already hold a technical bachelor's degree | Advanced design, analysis, R&D support, thermal systems, controls, robotics, materials, or leadership-track technical roles | Some programs require prerequisite undergraduate engineering coursework |
| Engineering management or systems engineering master's | Engineers moving toward technical leadership, operations, or program management | Project engineering, engineering management, systems integration, manufacturing leadership | It may not deepen mechanical design skills as much as a technical MS |
| Graduate certificate | Working professionals needing targeted upskilling | Controls, additive manufacturing, robotics, energy systems, simulation, or quality | Certificates rarely substitute for a full engineering degree in entry-level engineer hiring |
If you are choosing between engineering and computing, compare the day-to-day work before choosing a degree. Mechanical engineering is best for students who like physical systems, product design, energy, motion, materials, and manufacturing. An online CS degree may fit better if you prefer software development, algorithms, cybersecurity, app development, or cloud systems as your primary career focus.
A bachelor's degree is usually the main entry route for mechanical engineer positions. A master's degree can be worth considering if you want deeper technical specialization, access to R&D-oriented roles, or advancement in a company that rewards graduate education. A certificate is best when you already have a degree or substantial technical experience and need a focused skill upgrade.
What core courses and technical specialties are typically included in online mechanical engineering curricula?
Mechanical engineering curricula are sequential. Students usually start with math and science, move into engineering mechanics and analysis, then finish with design, labs, electives, and a capstone project. Online programs may deliver lectures asynchronously, but the course order still matters because later courses depend on earlier concepts.
The table below summarizes common curriculum areas and why they matter in real engineering work. Specific course names vary by school, but the underlying competencies should be recognizable.
| Curriculum area | Typical courses | Why employers care |
| Math and science foundation | Calculus, differential equations, linear algebra, calculus-based physics, chemistry | Engineers use mathematical models to predict motion, heat, stress, flow, and system behavior |
| Engineering mechanics | Statics, dynamics, mechanics of materials, vibrations | These courses support structural analysis, machine design, failure prevention, and safety decisions |
| Thermal and fluid systems | Thermodynamics, heat transfer, fluid mechanics, energy systems | These skills apply to HVAC, engines, turbines, batteries, cooling systems, aerospace, and manufacturing processes |
| Design and manufacturing | Machine design, CAD, manufacturing processes, design for manufacturability, quality | Employers need engineers who can turn concepts into feasible, cost-aware, manufacturable products |
| Controls and mechatronics | Dynamic systems, controls, instrumentation, robotics, sensors | Automation-heavy industries need engineers who understand mechanical and electronic systems together |
| Labs and experimentation | Materials testing, fluid labs, thermal labs, instrumentation, measurement uncertainty | Testing skills help engineers validate models, diagnose problems, and make evidence-based recommendations |
| Capstone design | Team-based design project, prototype, simulation, report, presentation | Capstone work is often the clearest proof that a student can integrate technical, cost, safety, and communication skills |
Technical specialties vary by school and faculty expertise. Common online-friendly concentrations include advanced manufacturing, thermal-fluid systems, mechanical design, materials, robotics, controls, aerospace systems, renewable energy, and engineering management. If you already know your target industry, choose electives that connect directly to it.
For example, a student targeting aerospace should prioritize fluids, heat transfer, vibrations, materials, and simulation. A student targeting manufacturing should look for automation, quality, lean systems, robotics, and additive manufacturing. A student targeting product design should look for CAD, machine design, materials selection, prototyping, and human-centered design.
What are the typical admission requirements for online mechanical engineering programs in the United States?
Admission requirements vary by school and degree level, but mechanical engineering programs are usually more prerequisite-heavy than many online majors. Schools want evidence that you can handle calculus-based science, engineering problem solving, and a structured sequence of technical courses.
For online bachelor's programs, admissions teams commonly review academic readiness, transfer credits, math placement, and lab science background. For online master's programs, they usually evaluate your undergraduate major, GPA, technical prerequisites, recommendations, and statement of purpose. Some graduate programs waive standardized tests, while others may still request them for certain applicants.
Prepare the items below early because missing prerequisites can delay your start date or force you into nondegree coursework before full admission.
- High school or prior college transcripts: Bachelor's applicants typically need proof of graduation or transfer coursework, while master's applicants need an accredited bachelor's degree.
- Math readiness: Calculus placement or completed calculus courses are often required because engineering courses depend on advanced math.
- Science background: Calculus-based physics and sometimes chemistry are common prerequisites or early program requirements.
- Transfer-credit evaluation: Students with community college, military, or prior university credits should request a course-by-course review before enrolling.
- Application materials: Programs may request a resume, statement of goals, recommendations, test scores, or proof of English proficiency when applicable.
- Technology requirements: Online students may need a computer capable of running engineering software or access to cloud-based CAD and simulation tools.
One common mistake is assuming that general education transfer credits will shorten the degree dramatically. They help, but mechanical engineering has long prerequisite chains. If you have not completed calculus, physics, and core engineering courses, the program may still take several years even if you have many credits.
Another mistake is applying to a master's program without checking bridge requirements. Students with physics, math, engineering technology, or computer science backgrounds may be admitted conditionally, but they might need undergraduate mechanics, thermodynamics, materials, or fluids before graduate-level work.
How long do online mechanical engineering degrees take, and what do they usually cost?
Time to completion depends on degree level, transfer credits, course load, prerequisites, and whether labs or residencies are required. A full bachelor's degree often takes about four years of full-time study, but many online students attend part time while working. An online master's degree often takes one to three years depending on pace and thesis, project, or coursework-only requirements.
Cost is harder to compare because schools price online programs differently. Some charge per credit, some charge separate online fees, and some offer the same tuition for in-state and out-of-state online students. For broader context, the College Board's 2024 pricing report lists average published tuition and fees for 2024-25 as follows:
- Public four-year in-state tuition and fees: $11,610 per year
- Public four-year out-of-state tuition and fees: $30,780 per year
- Private nonprofit four-year tuition and fees: $43,350 per year
Those figures are not mechanical-engineering-specific online prices, but they help you understand the scale of potential cost differences. Online students should compare total program cost, not just tuition per credit. Engineering programs may also include software, lab kits, proctoring, residency travel, textbooks, exam fees, and equipment costs.
The table below shows how timeline and cost factors usually differ by pathway. It is designed to help you identify where hidden costs and schedule risks are most likely to appear.
| Program type | Typical completion time | Main cost drivers | Best fit |
| Associate or transfer pathway | Two years full time, longer part time | Community college tuition, transfer advising, repeated courses if credits do not transfer | Students reducing bachelor's costs or building math and science readiness |
| Online or hybrid bachelor's | About four years full time, longer part time | Per-credit tuition, engineering fees, labs, software, residencies, delayed completion | Students seeking entry-level mechanical engineer eligibility |
| Online master's | One to three years | Graduate tuition, employer reimbursement rules, prerequisite bridge courses, thesis or project costs | Working engineers seeking specialization or advancement |
| Graduate certificate | Several months to one year | Graduate per-credit tuition, software, whether credits later apply to a degree | Professionals needing targeted upskilling without committing to a full degree |
To control cost, ask whether the program accepts transfer credits, offers employer tuition reimbursement coordination, provides military or veteran benefits support, includes software licenses, and allows part-time pacing without extra fees. Also check financial aid eligibility before assuming an online program qualifies for federal aid.
What careers can an online mechanical engineering graduate pursue, and in which industries?
Graduates of credible online mechanical engineering programs can pursue many of the same roles as campus graduates, especially when they have strong projects, internships, co-ops, or relevant work experience. The degree is broad because mechanical systems appear in transportation, energy, manufacturing, aerospace, robotics, medical devices, construction systems, consumer products, and defense.
The table below connects common roles with responsibilities and industries. Use it to see which coursework and experiences you should prioritize before graduation.
| Career path | Typical responsibilities | Common industries | Helpful preparation |
| Mechanical design engineer | Create parts, assemblies, drawings, tolerance analyses, and design revisions | Manufacturing, consumer products, aerospace, automotive, industrial equipment | CAD, machine design, materials, prototyping, design documentation |
| Manufacturing engineer | Improve production processes, tooling, quality, workflow, automation, and cost efficiency | Advanced manufacturing, automotive, electronics, medical devices, aerospace suppliers | Manufacturing processes, lean methods, quality, robotics, data analysis |
| Test engineer | Plan tests, collect data, validate performance, diagnose failures, and report results | Aerospace, defense, energy, vehicles, equipment, product development | Instrumentation, statistics, lab methods, MATLAB or Python, technical writing |
| Thermal or fluids engineer | Analyze heat, flow, cooling, combustion, HVAC, or energy systems | Energy, aerospace, HVAC, electronics cooling, power systems, batteries | Thermodynamics, heat transfer, fluids, CFD, experimentation |
| Controls or mechatronics engineer | Work with sensors, actuators, automation, robotics, and feedback systems | Robotics, manufacturing, vehicles, automation, medical devices | Controls, programming, electronics basics, robotics, system modeling |
| Project engineer | Coordinate technical scope, schedules, vendors, budgets, and cross-functional decisions | Construction systems, manufacturing, energy, industrial equipment, government contractors | Communication, systems thinking, project management, technical fundamentals |
Entry-level job titles may not always say "mechanical engineer." Graduates may see postings for product engineer, applications engineer, associate engineer, design analyst, field engineer, quality engineer, process engineer, or systems engineer. Read the responsibilities and required skills rather than relying only on the title.
Internships and co-ops are especially valuable because mechanical engineering employers often want evidence that you can work with real constraints: deadlines, budgets, safety, vendors, production issues, and incomplete data. Online students should be proactive about finding local internships, employer-sponsored projects, maker spaces, professional society activities, or portfolio projects that show hands-on ability.
What salary ranges and job outlook can mechanical engineers expect across different roles and regions?
Salary depends on role, industry, location, experience, education level, security clearance, licensure, and technical specialization. BLS data updated in 2024 reports a median annual wage of $99,510 for mechanical engineers, with the lowest 10% earning less than $64,560 and the highest 10% earning more than $157,470. This range is useful because it shows that the degree can lead to strong earnings, but outcomes vary widely.
The table below gives a practical way to interpret salary levels without treating any number as guaranteed. Use it as a planning tool when comparing degree cost, relocation, and specialization.
| Career stage or market position | Salary context | What may influence movement within the range |
| Early career or lower-wage markets | May fall closer to the lower end of the BLS wage distribution | Internship history, portfolio quality, local industry mix, GPA relevance, software skills, and interview performance |
| Experienced mechanical engineer | Often compared against the BLS median of $99,510 | Years of experience, specialization, project ownership, industry, and ability to solve business-critical technical problems |
| Senior, specialized, or high-cost-market roles | May approach or exceed the upper end of the BLS distribution | Advanced analysis skills, leadership, PE license where relevant, high-demand industries, clearance, and regional labor demand |
Job outlook is favorable by national standards. The BLS projects 11% growth for mechanical engineers from 2023 to 2033, which suggests continued demand across manufacturing modernization, automation, energy systems, vehicles, robotics, and product development. However, national growth does not mean every region or employer will hire at the same pace.
Regional pay is often higher in areas with aerospace, defense, energy, semiconductor, advanced manufacturing, or high-cost technology markets. It may be lower in regions with fewer engineering employers or more limited industrial concentration. Before choosing a program, search job postings in the state or metro area where you want to work and note which tools, industries, and experience levels appear repeatedly.
Licensure can also affect long-term options. Many mechanical engineers do not need a Professional Engineer license for every role, especially in manufacturing or product development. It can matter more in consulting, public safety-related design, HVAC, building systems, utilities, and government-regulated work. If licensure may be part of your plan, verify state requirements before choosing a non-ABET or engineering technology pathway.
How should I choose between multiple online mechanical engineering programs to fit my goals and budget?
The best online mechanical engineering program is not always the highest-ranked, fastest, or cheapest. It is the program that matches your target role, has credible accreditation, fits your schedule, supports hands-on learning, and keeps total debt reasonable relative to likely career outcomes.
Start by narrowing your goal. If you want entry-level mechanical engineer roles, prioritize an ABET-accredited bachelor's program, strong labs, and career placement support. If you are already an engineer, prioritize graduate electives, faculty expertise, employer reimbursement compatibility, and whether a thesis or project supports your advancement. If you are comparing online credentials in very different fields, such as engineering programs and the cheapest MLIS degree online, evaluate each option by career outcome, not by tuition alone.
Use the checklist below when speaking with admissions advisors. These questions help uncover hidden costs, weak support, and mismatches before you enroll.
- Accreditation: Is the institution accredited, and is the specific engineering program ABET-accredited if that matters for my goal?
- Degree title: Will my diploma and transcript state mechanical engineering, mechanical engineering technology, general engineering, or another field?
- Lab delivery: Are labs completed online, locally, through kits, through simulations, or during campus residencies?
- Software access: Are CAD, simulation, programming, and analysis tools included in tuition or charged separately?
- Transfer policy: Which of my completed credits apply to the major, and which only count as electives?
- Course rotation: Are required courses offered every term, or could one missed course delay graduation by a year?
- Career support: Does the program help online students find internships, co-ops, capstone sponsors, career fairs, and alumni contacts?
- Total cost: What is the full estimated cost including fees, lab kits, travel, textbooks, software, and possible prerequisite courses?
- Outcomes: What roles, industries, graduate schools, or licensure pathways have recent graduates pursued?
Common mistakes include choosing a program without checking the exact accreditation record, assuming "online" means easier, ignoring lab requirements, focusing only on tuition, and selecting a concentration that does not match local job demand. A better approach is to compare three to five programs side by side, calculate total cost to completion, and rank them by fit for your target role.
If two programs seem similar, choose the one with stronger engineering identity: clearer mechanical engineering curriculum, transparent lab structure, active faculty, capstone depth, employer connections, and responsive advising. Those features can matter more than small tuition differences because they affect completion, confidence, and career readiness.
Other Things You Should Know About Mechanical Engineering
Some people enter technical roles through associate degrees, military training, apprenticeships, or engineering technology experience, but most mechanical engineer positions require at least a bachelor's degree in mechanical engineering or a closely related engineering field. Without the bachelor's degree, you may be more likely to qualify for technician, drafter, quality, field service, or manufacturing support roles.
Internships are not always formally required, but they are highly valuable. They help online students prove hands-on ability, build references, understand workplace constraints, and compete for entry-level roles. If a formal internship is not possible, look for employer projects, capstone sponsorships, research assistance, maker-space work, or documented portfolio projects.
Mechanical engineering is challenging because it combines advanced math, physics, design, labs, and open-ended problem solving. It is not automatically harder than electrical, chemical, civil, or computer engineering; the difficulty depends on your strengths. Students who like physical systems, motion, energy, materials, and design may find it demanding but rewarding.
Useful credentials depend on your role. Common options include CAD software certifications, Six Sigma, project management credentials, OSHA safety training, HVAC-related certifications, additive manufacturing credentials, and the Fundamentals of Engineering exam for those considering PE licensure. Certifications work best when they support a clear career goal rather than simply adding initials to a resume.
References
- What Skills Do Employers Look For In Mechanical Engineers? https://www.nolanrecruitment.com/mechanical-engineering-skills/
- Are Online Degrees Recognized Worldwide? (2026 Guide) https://www.globalminds-education.com/blog/are-online-degrees-recognized-worldwide-2026-guide/
- Seven essential skills for your mechanical engineering career - Academic and Future Workforce https://blogs.sw.siemens.com/academic/seven-essential-skills-mechanical-engineering-career/
- Mechanical Engineering Careers: Pathways and Opportunities https://mrinetwork.com/hiring-talent-strategy/mechanical-engineering-careers-pathways-and-opportunities/
- 2025 Best Online Mechanical Engineering Degrees https://www.onlineu.com/degrees/mechanical-engineering
- How Long to Become a Mechanical Engineer? | University of Bridgeport https://www.bridgeport.edu/news/time-to-become-a-mechanical-engineer/
- Mechanical Engineering Career Paths - Complete Guide | Vista Projects https://www.vistaprojects.com/mechanical-engineering-career-paths-guide/
- Online Mechanical Engineering Degrees 2025 https://www.affordablecollegesonline.org/degrees/engineering-programs/mechanical-engineering/
- Top 5 Mechanical Engineering courses - Ken Institute https://keninstitute.com/top-5-mechanical-engineering-courses-spanning-from-diploma-to-masters-level/
- Find Programs - ABET https://www.abet.org/accreditation/find-programs/
