Mechatronics Degree Requirements: Courses, Math, Credits, and Labs (2026)

Which Mechatronics Degree Levels Are Available?

Mechatronics programs are offered as certificates, associate degrees, bachelor’s degrees, and master’s degrees, but those credentials have different course and career requirements. As of August 18, 2026, our directory contains 244 program records across those four levels, including 5 labeled online and 10 labeled hybrid. A delivery label does not explain how each required lab is completed.

Dataset note: counts are generated from the site’s current program inventory at build time. The directory prioritizes verifiable US mechatronics, robotics, automation, and closely related electromechanical programs. It is not a federal census and should not be used as a national program total.

How Many Credits Are Required for a Mechatronics Degree?

There is no single credit requirement for every mechatronics degree. Current examples range from Greenville Technical College’s 36-credit certificate and 74-credit AAS to Wake Tech’s 71-credit AAS, Kennesaw State’s 124-credit EAC bachelor’s, and Michigan Tech’s 30-credit MS. These examples show how requirements differ by credential; they are not national minimums.

Choose the credential that meets the education requirements for the job you want. A short certificate may cost more in the long run if its credits do not transfer, while an engineering bachelor’s may include more theory than a plant-floor technician role requires. Our guides to becoming a mechatronics technician and a mechatronics engineer explain those paths.

What Are the Admission Requirements for a Mechatronics Degree?

Mechatronics admission requirements can include a high school diploma or GED, math placement, prerequisite science courses, a minimum GPA, or upper-division engineering standing. Institutional admission and readiness for the first technical course are separate requirements.

Certificate and Associate Mechatronics Admission Requirements

Greenville Tech’s 2026-27 Mechatronics I certificate lists a high school diploma or GED as its entrance requirement. Its first term still includes AC/DC Circuits I and algebra, geometry, and trigonometry. The official certificate plan shows why applicants should check math placement and course prerequisites even when institutional admission does not require prior college coursework.

Bachelor’s in Mechatronics Admission Requirements

A four-year university can admit a student before the engineering major grants upper-division standing. Kennesaw State’s 124-credit BS in Mechatronics Engineering requires a 2.7 GPA in selected math, science, and engineering courses before upper-division work. The current Kennesaw program page calls this Engineering Standing. When comparing bachelor’s programs, find the equivalent gate and ask what happens if a required course must be repeated.

Master’s in Mechatronics Admission Requirements

Master’s programs usually evaluate prior coursework as well as GPA. Michigan Tech requires a bachelor’s degree or equivalent and evidence of preparation for advanced study. Its admitted applicants typically have a 3.0 undergraduate GPA or better, but the page describes that GPA as typical rather than a universal admission rule. It also lists three recommendations and no GRE requirement. Check the program-specific requirements, then ask which undergraduate gaps trigger bridge courses.

What Math Is Required for a Mechatronics Degree?

Mechatronics math requirements range from technical algebra and trigonometry in some certificate and associate programs to calculus, differential equations, and linear algebra in engineering bachelor’s programs. Check the starting placement course, the highest required math course, and the technical classes that depend on each prerequisite.

1. Technical arithmetic and measurement. Unit conversions, tolerances, ratios, dimensional analysis, and reading instrument values show up early in technician curricula.
2. Algebra and trigonometry. These support circuit relationships, vectors, mechanical motion, AC waveforms, fluid power, and basic control calculations. ETAC’s associate-level criteria explicitly set algebra and trigonometry as the applied math floor.
3. Precalculus. This can be a destination in an associate program or a bridge into the engineering calculus sequence. Wake Tech identifies MAT 171 Precalculus Algebra in its mechatronics course requirements.
4. Differential and integral calculus. ETAC bachelor’s curricula include calculus or other mathematics above algebra and trigonometry. EAC mechatronics curricula require both differential and integral calculus.
5. Differential equations and linear algebra. Current EAC mechatronics criteria name both. They support dynamic-system models, state-space methods, robotics, and controls.
6. Probability, statistics, and numerical methods. The exact requirement varies, but these tools matter for measurement, quality, sensor data, reliability, modeling, and advanced controls.

Placement below the first required math course may add a term or summer class. Transfer credit labeled “college math” may not satisfy a specific calculus, differential equations, or linear algebra requirement in an EAC curriculum.

Which Courses Are Required for a Mechatronics Degree?

A mechatronics curriculum normally combines mechanical systems, electrical systems, controls, and computing. Course titles vary, so check whether the required sequence moves from component-level skills to designing, programming, testing, and troubleshooting an integrated system.

ABET’s current ETAC mechatronics criteria name circuits, embedded systems, industrial controls, automation, PLCs, instrumentation, communication protocols, troubleshooting, lab reports, and system integration. The EAC criteria cover the same broad system boundary but add more explicit modeling, analysis, and engineering-design requirements. Compare the ETAC criteria and EAC criteria with the school’s required course list.

Compare the required courses with electrical engineering and robotics engineering if you are choosing among those majors. Electrical engineering usually requires more advanced electrical theory and systems coursework. Robotics engineering may devote more upper-division coursework to perception, planning, autonomy, and robot software.

How Many Lab Hours Are Required for a Mechatronics Degree?

There is no universal weekly lab-hour requirement for every mechatronics degree. A three- or four-credit course can still require substantially more scheduled time. Greenville Tech lists MEC 130 Motor Controls as a four-credit course with three lecture and three laboratory hours. Its four-credit MEC 299 Research in Advanced Mechatronics lists twelve laboratory hours. The official course descriptions show why credits and contact hours must be checked separately.

Colleges calculate lecture, lab, studio, and independent work differently. Check the following for every technical term:

• Scheduled lecture and lab contact hours, not only credits
• Open-lab hours and whether an instructor or technician is present
• Required software, laptop specifications, tools, personal protective equipment, and consumable fees
• Team size for PLC, robot, motor-control, and instrumentation work
• Whether students wire, program, calibrate, test, and troubleshoot equipment individually
• How often required lab courses are offered and what happens after a missed lab

To evaluate a required mechatronics lab, ask which tasks each student performs, how instructors introduce equipment faults, how performance is measured, and what completed work can be shown in a portfolio. The program should be able to name the equipment, student tasks, and assessment method.

How Does ABET Accreditation Affect Mechatronics Degree Requirements?

ABET accredits programs, not an entire school. In our current inventory, 24 program records carry an EAC tag and 27 carry an ETAC tag. Verify the commission for the exact degree and campus in ABET’s database because a university can offer accredited and non-accredited programs side by side.

Kennesaw State identifies its BS in Mechatronics Engineering as EAC-accredited. Its program page lists mechanics, electronics, robotics, instrumentation and controls, programming, and system design. That is one concrete EAC example, not a template every school must copy. For the career and licensure implications, read our full EAC vs. ETAC guide and verify current rules with the relevant licensing board.

Will Mechatronics Degree Credits Transfer to a Bachelor’s Program?

ABET requires accredited programs to maintain policies for accepting transfer students and awarding appropriate credit. It does not promise that a particular AAS course will replace a particular engineering course. The receiving institution still evaluates content, level, lab scope, grades, recency, and residency requirements.

Greenville Tech states that its Mechatronics I and II certificate courses apply toward its AAS, but transfer between institutions requires a separate evaluation. An applied AAS may fit an ETAC bachelor’s completion route while leaving calculus, calculus-based physics, and engineering-science gaps for an EAC bachelor’s.

How Can You Verify a Mechatronics Degree 2+2 Transfer Pathway?

1. Ask for the signed, current articulation agreement and its expiration date.
2. Match your exact sending credential, catalog year, receiving major, campus, and delivery format.
3. Request a degree audit showing credits applied to the major, general education, electives, and credits not accepted.
4. Check minimum grades, course-age limits, portfolio review, and residency credits.
5. Map prerequisites by term. Sixty accepted credits do not guarantee junior standing if they miss the critical sequence.
6. Reconfirm the agreement before the final certificate or AAS term because curricula change.

How Do Online Mechatronics Degrees Meet Lab Requirements?

ABET says all accredited programs are evaluated against the same criteria regardless of delivery method. It also warns that “online” is not always well-defined and that the share of online content changes. Use the ABET 100% Online Programs Search to check how a program was evaluated, then confirm current delivery with the school.

ECPI’s 124-credit online Electronic Systems Engineering Technology bachelor’s provides one current example. The ABET-ETAC-accredited program describes online simulations and lists separate lab courses for circuits, instrumentation, digital systems, PLCs, robotics, physics, motor drives or microcontrollers, and the senior project. Its official online curriculum confirms that online delivery can still include explicit lab requirements. Other programs may use different lab formats.

What Should You Ask About Online Mechatronics Lab Requirements?

• Is the activity simulation, remote control of campus equipment, a home kit, a local partner lab, or an in-person residency?
• Which hardware is included, rented, purchased, or supplied by the student?
• Can the student perform wiring, calibration, fault isolation, and safety checks, or only watch a demonstration?
• Are lab meetings synchronous, and in which time zone?
• Does the program require travel for orientation, intensive labs, exams, or capstone presentations?
• How are hazardous voltage, rotating equipment, pneumatics, batteries, tools, and personal protective equipment handled?
• What happens if a kit is late, equipment fails, or the student lives outside the shipping area?

Our online mechatronics degree guide compares common lab formats and campus requirements. Confirm the final details in the current catalog, course schedule, and a written response from the program.

How to Compare Mechatronics Degree Requirements Before Enrolling

Print this list before a meeting with admissions or an academic adviser. A program should be able to answer each item with a catalog page, syllabus, lab policy, degree audit, or written agreement.

When two programs list similar courses, compare their prerequisite maps, scheduled lab contact hours, and senior project requirements. Those details show how the curriculum works from term to term.

Mechatronics Degree Requirements FAQ

Sources for Mechatronics Degree Requirements and Curriculum

Accreditation claims come from ABET’s 2026-27 criteria and program-search materials. Curriculum examples come from the institutions’ current official pages and catalogs. All sources below were accessed on August 18, 2026.

1. ABET, Criteria for Accrediting Engineering Programs, 2026-2027. EAC baccalaureate curricula require at least 30 semester credits of college-level mathematics and basic science, at least 45 credits of engineering topics, and a culminating major design experience.
2. ABET, Criteria for Accrediting Engineering Technology Programs, 2026-2027. ETAC associate curricula apply algebra and trigonometry, while baccalaureate curricula apply differential and integral calculus or other mathematics above algebra and trigonometry.
3. ABET, 100% Online Programs Search. ABET applies the same accreditation criteria regardless of delivery method.
4. Greenville Technical College, Mechatronics I Certificate in Applied Science, 2026-2027 catalog. The example certificate requires 36 credits and lists a high school diploma or GED as its entrance requirement.
5. Greenville Technical College, Mechatronics Technology Associate in Applied Science, 2026-2027 catalog. The example AAS requires 74 credits across six terms.
6. Greenville Technical College, MEC Mechatronics Course Descriptions, 2026-2027 catalog. MEC 130 Motor Controls is listed as a four-credit course with three lecture and three laboratory hours.
7. Wake Technical Community College, Mechatronics AAS. Wake Tech lists its Mechatronics AAS as a 71-credit, on-campus program.
8. Wake Technical Community College, Mechanical Engineering Technology Course Descriptions. Wake Tech identifies MAT 171 Precalculus Algebra as a required course for its mechatronics pathway.
9. Kennesaw State University, Bachelor of Science in Mechatronics Engineering. Kennesaw State lists a 124-credit, face-to-face bachelor's program.
10. Kennesaw State University, ABET Accreditation. Kennesaw State identifies its BS in Mechatronics Engineering as accredited by ABET's Engineering Accreditation Commission.
11. Michigan Technological University, Mechatronics MS Program. Michigan Tech's MS requires at least 30 credits and offers coursework, report, and thesis options.
12. ECPI University, Electronic Systems Engineering Technology Degree, 100% Online. ECPI lists its online ESET bachelor's as a 124-credit ABET-ETAC accredited program and describes online simulations.

Program requirements change. Use this guide to compare structure, then confirm the catalog year, course sequence, accreditation record, and delivery details directly with the institution before enrolling.