The best general engineering master’s programs give advanced study a clear purpose across more than one technical field. This 2026 ranking reviews eight programs with different ways to do that: an individual course plan, a supervised research thesis, an applied project or a technical concentration within a broader engineering award.
Purdue’s Interdisciplinary Engineering MS/MSE leads our reviewed selection for its combination of technical course requirements and customizable online study. Dartmouth offers a research-centered Engineering Sciences MS, while San José State requires a project and limits electives from any one department. Read the full reviews to decide which structure supports the work you want to do.
How we ranked general engineering master’s programs
This ranking of general engineering master’s programs covers eight actual degrees selected after reading official program requirements, admissions policies and graduate cost information. The list includes Engineering, Engineering Sciences, Interdisciplinary Engineering and an explicitly named General Engineering award. Each review preserves the university’s degree title. A general MEng label alone is not enough: the published curriculum must establish the scope of the degree we describe.
The order emphasizes a coherent way to combine technical depth and breadth. Purdue leads for its adaptable plan with a substantial graduate-engineering minimum; Dartmouth and San José State follow for the defined research or project work that joins their subject choices. NC State, Arkansas and UW–Platteville offer different online routes through technical concentrations, common cores and finishing options. Michigan Tech adds a campus professional route, while Montana Tech offers a more specifically bounded mechanical concentration within General Engineering. These are editorial judgments about this selection, not numerical measures of teaching quality or admission chances.
These are the rates displayed on the online Interdisciplinary Engineering program page at review. They are per-credit tuition figures, not a full cost-of-attendance estimate. Check the university bill and current rate schedule for fees and any subsequent changes.
Purdue gives a broad engineering master’s a clear technical boundary: at least 18 of the 30 credits must be Purdue graduate engineering courses. Within that requirement, students can build an advisor-approved plan and add up to two concentrations. That is useful when an engineering problem crosses established departments but still needs a sustained technical focus. A vehicle-systems or computational concentration, for example, provides a defined direction within the Interdisciplinary Engineering major. The degree’s appeal is the combination of that structure with online delivery. Its value depends on choosing courses that work together, rather than collecting unrelated subjects because they happen to be available.
Where it stands out
Consider Purdue when you already know the technical combination you want to develop and need to study online. Its optional concentrations give you a way to organize that combination while keeping the broader Interdisciplinary Engineering major on your academic record.
What to weigh
This level of choice makes early course planning important. A concentration has its own requirements, and the degree allows only a limited share of non-engineering or transferred work. Indiana residency also changes the published per-credit price, so online enrollment does not imply one national tuition rate.
The on-campus master’s cost table lists $71,697 tuition for three terms in 2026–27. Fees, health insurance and living expenses are additional. The number of terms needed for the research MS depends on its coursework and thesis; the three-term figure is not a promised total degree price.
The MS program page describes limited funding and says most MS students support their own study. Faculty or grant support may cover tuition, a stipend and health insurance for some or all terms. Establish the terms of any support with the faculty sponsor before budgeting.
Dartmouth’s Engineering Sciences MS makes research the center of a broad degree. The fall 2026 course distribution pairs three depth courses with two breadth courses and applied mathematics, then requires an original thesis and public defense. That combination gives a student room to work across engineering boundaries while retaining a specific research question. The faculty relationship is part of the entry route: a willing sponsor must support the proposed work. This is a particularly useful structure for someone who can already identify the problem they want to investigate and the Dartmouth expertise that could support it. The degree should be planned around that relationship, not around a general desire to add another credential.
Where it stands out
Dartmouth suits applicants seeking supervised research across areas such as energy, materials, biological systems or mechanical and electrical engineering. The required breadth courses can support the thesis without replacing the deeper technical preparation that the advisor expects in the research area.
What to weigh
Admission and funding are limited, and securing a faculty sponsor is a real requirement. Dartmouth encourages applicants whose ultimate goal is a Ph.D. to consider applying directly to that program. A self-supported student should also budget for the actual thesis timeline rather than assuming a three-term finish.
The requirements effective in fall 2026 include six graduate courses: one in applied mathematics, three providing engineering depth and two providing breadth.
Depth courses are selected with the thesis advisor in the student’s research area; engineering management courses do not satisfy that requirement.
Complete Responsible & Ethical Conduct of Research and a written thesis, followed by a public oral defense.
Research areas
Biological and chemical engineering
Biomedical engineering
Electrical and computer engineering
Energy engineering
Materials science and engineering
Mechanical, operations and systems engineering
Admission & progression
Applicants need a bachelor’s-level degree in engineering or a physical science from an accredited institution.
Admission requires a willing Dartmouth faculty sponsor; applicants should discuss a potential research direction with faculty.
Additional undergraduate engineering coursework may be required when preparation does not cover the proposed graduate work.
Research & project requirements
Arrange the thesis topic with the faculty sponsor and carry out original engineering research or design.
Defend the thesis publicly before a committee, typically made up of three Dartmouth faculty members.
$5,631.50 for a full-time fall semester, before nonresident charges
Cost basis & conditions +
The fall 2026 graduate/post-baccalaureate table lists this total of basic tuition and mandatory registration fees for 6.1 or more units. Non-California residents add $471 per unit. Course-specific charges and living expenses are additional; part-time registration uses a different rate.
San José State builds the interdisciplinary idea into the course rules. Its MS in Engineering requires engineering analysis, systems engineering and a two-part master’s project, then limits how heavily the electives can come from one department. That prevents the degree from simply reproducing a conventional disciplinary master’s under a broader name. The project supplies a place to connect the chosen subjects, making this a useful option for an applicant with a problem that genuinely needs more than one engineering perspective. The program’s own example of combining electrical and mechanical coursework is relevant to robotics-oriented study. Students still graduate with an MS in Engineering, so the project and transcript carry the detail of their focus.
Where it stands out
This program fits students who want a campus-based, project-centered degree spanning two or more technical areas. The required analysis and systems courses provide common preparation, while the six electives allow a more individual direction than a fixed disciplinary course sequence.
What to weigh
An approved course plan does not guarantee a seat in every chosen class. Offering departments may prioritize their own majors, and schedules can change. Plan alternatives with the MSE advisor, especially when a delayed elective could interfere with the yearlong project or extend a nonresident tuition budget.
Attendance:The interdisciplinary MS cannot be completed entirely online; some required study is offered only in person.
Use the Engineering Online section of NC State’s current tuition table and the student’s residency classification. In-state and out-of-state charges both apply to online courses. A distance-track student who enrolls in an on-campus section is charged the on-campus rate for that course.
NC State’s Master of Engineering offers a coursework route for students who want advanced technical study without making a thesis the center of the degree. The plan retains substantial engineering content while allowing an individual combination of subjects. Its limit of six classes in one area is significant: a student can build depth, but the overall degree still reaches beyond a single concentration. The transcript rules also make the amount of specialization visible. Five or six classes are needed for a named concentration to appear there. For a working engineer, this creates a practical decision between a broader course mix and a more formally documented technical emphasis.
Where it stands out
NC State is a good candidate for an engineer who wants online graduate coursework organized around a professional objective, such as adding electrical or materials knowledge to an existing mechanical background. Its advisor-approved plan also gives related technical graduates a route to discuss prerequisite preparation.
What to weigh
The program requires continuing enrollment outside summer and completion within six years. It recommends starting with one course for students adjusting to graduate study. This coursework degree should be evaluated for its classes and concentration, rather than treated as an automatic substitute for a research thesis.
Complete 30 graded graduate credits with a minimum overall 3.0 GPA.
At least 21 credits must be in engineering, computer science or operations research, including at least 18 from NC State’s College of Engineering.
A concentration normally includes three to six classes; five or six are required for it to appear on the transcript. No more than six classes may be in one area.
Areas of focus
Mechanical Engineering
Electrical Engineering
Materials Science and Engineering
Other published subplans include aerospace, chemical, computer, industrial and nuclear engineering.
Admission & progression
Applicants normally hold an engineering or related technical bachelor’s degree with a minimum 3.0 overall GPA.
The program evaluates preparation for the proposed concentration and may require prerequisites.
No GRE is required. The application includes transcripts, a personal statement and three recommendations.
Research & project requirements
The degree is completed through graded graduate coursework, with no thesis or final oral examination.
Students develop the concentration or individual plan with advising and may combine it with an Engineering Online graduate certificate, subject to its requirements.
The program lists $313 tuition, a $50 distance technology fee and a $30 off-campus fee per credit. Its published 30-credit tuition-and-fee total is $11,790, with the same rate for in-state, out-of-state and international students. Application and graduation fees are additional.
Arkansas combines a shared professional foundation with a student-designed technical emphasis. Mathematics, computing, communication and engineering management occupy the common core, while three engineering courses must form a coherent subject area. A choice between coursework and a supervised project allows students to decide how they will bring those pieces together. The project route requires a proposal and final report, giving an applied problem a defined place in the degree. This is a useful approach for someone whose responsibilities span engineering analysis and the communication of technical decisions. Its eight-week sessions and published uniform distance rate also make the study format and initial tuition calculation relatively straightforward.
Where it stands out
Consider Arkansas if you want an online engineering master’s with a common skills core and a technical direction shaped around your work. The project option may be especially relevant when you have an engineering problem that can support a proposal, analysis and final report.
What to weigh
The undergraduate accreditation requirement is specific and should be checked before applying. The four-course core also occupies a meaningful share of the degree, so students seeking almost entirely advanced courses in one engineering specialty should examine the available emphasis and remaining electives carefully.
The university’s online tuition table lists the MS in Engineering at $804.06 per credit. Registration, degree-assessment and graduate textbook-related fees are listed separately. The selected 31–33-credit track changes the tuition total; the Aerospace Manufacturing emphasis includes a separate UCLA Extension certificate.
UW–Platteville makes the finishing route an explicit part of an engineering master’s decision. Students share a mathematics, computing, communication and management core, then choose a technical emphasis and complete a thesis, a capstone project or additional coursework. That allows the same broad degree framework to support different kinds of advanced work. The technical choices are concrete: engineering design draws on areas such as finite element methods and product development, while control and power systems follow their own course requirements. The program is most compelling when a student can connect one of these emphases to a clear research or applied objective, then choose the finishing route that will demonstrate it.
Where it stands out
UW–Platteville suits online students who want a defined technical emphasis and a genuine choice in how to complete the degree. Someone interested in automation, for example, can examine the control systems sequence and decide whether a capstone or thesis better supports the intended work.
What to weigh
The 31–33-credit total depends on the finishing track, and supervised thesis or project credits must span more than one semester. Aerospace Manufacturing also requires the UCLA Extension certificate. Confirm those sequencing and billing arrangements before treating every emphasis as the same schedule or price.
Attendance:This review covers the fully online route. The separate Executive Model adds in-person sessions each semester.
Complete 31–33 graduate credits: a 12-credit core, a 12-credit technical emphasis and a seven- or nine-credit finishing track.
The core covers mathematics, computer applications, engineering communications and engineering management.
Choose thesis research, a capstone design project or additional elective coursework; the thesis and project routes each include preparation and six credits of supervised work.
Areas of focus
Engineering Design
Control Systems
Power & Energy Systems
Structural Engineering
Applications in Engineering Management
Aerospace Manufacturing Engineering
Admission & progression
Applicants need a bachelor’s degree in engineering or a related field and prerequisite calculus.
Full-standing admission normally requires a 2.75 overall undergraduate GPA or 2.90 in the last 60 credits.
The program advertises no GRE or GMAT requirement.
Research & project requirements
Thesis students conduct research under a faculty advisor and approved committee.
Capstone students apply graduate learning to an engineering problem through analysis, design and implementation. The six project or thesis credits cannot all be taken in one semester.
The 2026–27 university calculator shows $1,645 per credit when Engineering (MEng) is selected, with no national-service discount. Required fees, course costs and living expenses are additional. Its reduced research-candidacy rate should not be used to price the professional MEng coursework.
Michigan Tech describes MEng students as self-supported and ineligible for graduate teaching or research assistantships. Some scholarships may be available, but the degree should be budgeted at its tuition rate unless a specific award says otherwise.
Michigan Tech’s MEng is built around professional graduate study, with the option to make an engineering practicum part of the plan. Students work with an advisor and a committee that includes expertise beyond the advisor’s department. That arrangement can support a degree with interdisciplinary breadth or a more focused technical purpose. The practicum is especially relevant when a student has access to an applied problem through an employer: the work leads to a written report and an oral presentation. The degree also has a coursework route, so an applicant should establish the intended format early. This is a professional engineering master’s with a campus commitment and a deliberately different funding model from research study.
Where it stands out
Michigan Tech is worth considering when you can attend campus and want an individual professional plan, potentially connected to an employer-based engineering problem. The advisory committee and optional practicum give that problem an academic structure beyond simply taking an assortment of advanced classes.
What to weigh
The MEng does not carry eligibility for graduate teaching or research assistantships. Its campus residency also matters even when a practicum occurs elsewhere. Students should check departmental requirements and the chosen course distribution before assuming the two-semester outline fits their preparation and project.
Attendance:The degree includes a campus residency requirement. An approved optional practicum can take place on campus or off campus, often through an employer.
Create a 30-credit professional degree plan with an advisor and advisory committee.
The coursework option requires at least 16 credits at the 5000–6000 level; no more than 14 credits may be at the 3000–4000 level.
The practicum route combines 26–30 coursework credits with zero to four practicum credits and has its own graduate-course distribution requirements.
Admission & progression
An engineering bachelor’s degree is the expected preparation.
Exceptional applicants from mathematics or science may be considered with additional preparatory coursework that does not count toward the graduate degree.
Individual degree plans need approval from the College of Engineering and Graduate School.
Research & project requirements
An optional practicum involves an advisor-approved engineering project, written report and oral presentation to the advisory committee.
The project can address work at a Michigan Tech corporate partner; it may be waived with program approval.
MS in General Engineering — Mechanical Concentration
Butte, MT
Semester credits
30–36
Study format
On campus
2026–27 tuition
$3,712.28 resident tuition and mandatory fees for a nine-credit semester
Cost basis & conditions +
The fall 2026/spring 2027 graduate schedule lists a nine-credit resident total of $3,712.28 and nonresident total of $11,559.92. These are semester charges, not whole-degree prices. Credit load changes the bill, and living expenses are separate.
Montana Tech illustrates why the exact degree title matters in a general engineering ranking. Its award is an MS in General Engineering, but the mechanical concentration gives the graduate work a specific technical direction. Power and machines, energy studies and concurrent engineering define that scope. The thesis and non-thesis routes also involve different credit totals and different culminating work. A student choosing the non-thesis route still completes special-problems credits and a comprehensive assessment. This is therefore a useful option for someone who wants mechanical depth within a broadly titled engineering degree, rather than an unrestricted course plan spanning every engineering department.
Where it stands out
Montana Tech fits applicants interested in the published mechanical concentration who want a choice between a research thesis and a larger non-thesis plan. Its defined subject areas make it easier to assess whether the degree matches a proposed energy, machinery or engineering-design direction.
What to weigh
The General Engineering title should not be read as unlimited freedom to combine disciplines. The selected concentration and graduate committee guide the work. Applicants also need to account for the FE-or-GRE entry requirement, the route-specific credit total and the substantial residency difference in the published semester charges.
What matters in general engineering master’s programs
Technical depth within a broad degree
A general engineering master’s needs more than a long elective list. We look for the amount and level of required engineering study, the way a concentration is formed and the rules that keep an individual plan academically coherent.
Work that connects the chosen subjects
A thesis, a master’s project and advanced coursework demonstrate learning in different ways. We describe the actual requirement and give weight to clear expectations for the work students must finish. A coursework route is assessed on its own structure.
A plan students can carry out
Course access, advising, campus attendance and the sequence of project or research terms shape a degree. We consider those constraints alongside the choices that make a program appealing.
A useful reason to choose this award
Each review identifies the student the program fits and a concrete tradeoff. The goal is to help readers decide when a broad engineering award serves their plans and when a more narrowly defined disciplinary degree deserves consideration.
What general engineering master’s programs actually award
General engineering is a useful category, but the degree on the diploma can have several names. Purdue awards an MS or MSE with an Interdisciplinary Engineering major, depending on undergraduate preparation. San José State keeps the title MS in Engineering even when the approved electives combine electrical and mechanical subjects. Dartmouth’s research degree is an MS in Engineering Sciences.
The title does not always imply the same amount of freedom. Montana Tech’s MS in General Engineering has named concentrations; the mechanical option reviewed here has its own technical scope. That is a different proposition from designing an individual cross-department course plan. Check the concentration, the transcript designation and the required work together.
For undergraduate foundations and the distinction between broad engineering and an initial entry-to-engineering route, see our general engineering degree guide. A master’s applicant should then examine preparation for the specific advanced subjects they intend to take.
Choose the graduate work before choosing the degree letters
An MS does not automatically mean a thesis, and an MEng does not tell you every detail of a project requirement. Dartmouth’s MS requires original research and a public thesis defense. Arkansas offers an MSE through coursework or a project with a proposal and final report. Michigan Tech’s MEng permits coursework or a practicum, while NC State’s Master of Engineering has no thesis or final oral exam.
If you want to investigate a particular research question, look for an advisor and a thesis structure that support it. If you want to develop advanced technical knowledge for your current work, examine the actual courses and the conditions for applying them to the degree. For an applied project, establish the expected report, supervision and presentation before assuming a workplace assignment will qualify.
Dartmouth explicitly advises students who already intend to pursue a Ph.D. to consider applying directly to its doctoral program. That is a reason to read the graduate pathway carefully, rather than treating a master’s as a required intermediate step everywhere.
Scroll to compare all columns →
Different ways these engineering master’s degrees culminate
Program
Published graduate work
Planning point
Dartmouth MS
Research thesis and public oral defense
A willing faculty sponsor is required.
San José State MS
Master Project I and II
Plan for the yearlong project and access to electives.
NC State MEng
Graded graduate coursework
Concentration and continuous-enrollment rules apply.
Arkansas MSE
Coursework or an approved project
The project requires proposal and final reports.
UW–Platteville MS
Thesis, capstone or elective-course track
The finishing track changes credits and sequencing.
Michigan Tech MEng
Coursework or an approved practicum
Campus residency remains part of the degree.
Build a technical focus that crosses departments for a reason
Start with the engineering problem you want to understand. A product involving mechanisms, sensors and control software may need a different course mix from a thermal system or a materials-design problem. Write down the technical preparation each part requires, then see whether a program can support the combination through approved coursework and supervision.
The rules matter. San José State generally limits its six electives to no more than three from the same department. NC State allows no more than six classes in one area across the degree. Purdue requires at least 18 credits of Purdue graduate engineering courses. These boundaries help reveal whether a proposed plan is broadly connected or simply a disciplinary degree assembled under another name.
For an automation or robotics direction, Mechatronics Programs is a related resource for exploring study that combines mechanical, electrical and control systems. Use that subject research to sharpen your course plan, then verify that the particular master’s program offers and approves the advanced work you need.
Compare online engineering study with the required campus work
Several reviewed programs support online study, but an online lecture option is not evidence that a whole degree can be completed remotely. San José State says its interdisciplinary MS cannot be completed entirely online. Michigan Tech requires campus residency even when an approved practicum occurs through an employer.
UW–Platteville offers a fully online route and a separate Executive Model with in-person sessions. Those are distinct attendance choices. At NC State, taking an on-campus section while enrolled in a distance track also changes how that course is billed. Match the exact route and course section to both your calendar and budget.
Research and project timing deserve the same attention as class delivery. San José State’s project spans an academic year. UW–Platteville does not allow all six thesis or capstone credits in one semester. A flexible course schedule still needs to accommodate those academic sequences.
Read graduate tuition and funding on the correct basis
A per-credit online rate, a semester charge and a research term’s tuition answer different questions. Arkansas publishes a 30-credit tuition-and-listed-fee total of $11,790. Dartmouth lists $23,899 tuition for one on-campus term in 2026–27, with other expenses separate. Those figures should be used to build each program’s own budget, rather than treated as directly comparable degree prices.
Residency still matters in some online programs. Purdue publishes different Indiana and nonresident per-credit rates, and NC State applies residency classifications to Engineering Online courses. For San José State, the fall graduate registration charge and the per-unit nonresident addition are separate parts of the bill.
Funding depends on the exact award and offer. Dartmouth’s current MS page describes limited support tied to faculty or grants. Michigan Tech’s professional MEng students are not eligible for graduate teaching or research assistantships. Establish what an award covers, for how many terms and under what conditions before subtracting it from your budget. Our engineering degree cost guide explains the broader distinction between tuition, fees and living expenses.
Questions, answered
What else should you know?
Is there a master’s degree in general engineering?+
Yes. Montana Tech awards an MS in General Engineering with named concentrations. Other broad degrees use titles such as Engineering, Engineering Sciences or Interdisciplinary Engineering. The eight reviews above explain the actual award and its curriculum rather than treating those names as interchangeable.
Which general engineering master’s program ranks first?+
Purdue’s MS/MSE in Interdisciplinary Engineering leads this reviewed selection for its customizable online plan and substantial graduate engineering requirement. That order is an editorial assessment of these eight programs. A student seeking a research thesis, a particular faculty advisor or a campus project may make a different choice.
Can I earn a general engineering master’s online?+
Purdue, NC State, Arkansas and UW–Platteville offer the online routes reviewed here. San José State’s interdisciplinary MS requires some in-person study, and Michigan Tech’s MEng includes campus residency. Verify the exact degree route and any project attendance before applying.
Do general engineering master’s programs require a thesis?+
The requirement varies by program and route. Dartmouth’s Engineering Sciences MS requires a thesis. Arkansas offers coursework and project options, and UW–Platteville lists thesis, capstone and elective-course tracks. NC State’s Master of Engineering is completed through coursework without a thesis or final oral exam.
Can I apply with a bachelor’s degree outside engineering?+
Some programs consider related technical graduates, but their preparation rules differ. Dartmouth accepts applicants from engineering or the physical sciences. San José State has conditional-standing routes with advisor-determined prerequisites. Arkansas publishes specific undergraduate engineering or computer science accreditation requirements. Check the individual review and current admissions policy.
Are assistantships available for these master’s degrees?+
Support is specific to the degree and student. Dartmouth’s MS may receive faculty or grant support, with limited availability and terms that depend on the arrangement. Michigan Tech describes its professional MEng as self-supported and excludes it from graduate teaching and research assistantships. Use an actual funding offer when calculating your cost.
Continue your graduate research
Read the degree requirements behind each ranking
Use the school reviews to check how each program structures coursework, projects and research. Our methodology explains how we select programs and assess their fit.
