Best General Engineering Master’s Programs in Connecticut
UConn now calls its former General Engineering MEng concentration Multidisciplinary Engineering. This 2026 ranking of general engineering master’s programs in Connecticut reviews the current 30-credit online plan, which combines a professional core, advanced engineering courses and a capstone project.
The concentration is designed for practicing engineers studying part time. Its required mathematics preparation and substantial engineering course block are as important as the delivery format, while the fee-based cost structure has specific implications for financial support.
How we ranked general engineering master’s programs in Connecticut
This Connecticut selection reviews UConn’s current Master of Engineering concentration in Multidisciplinary Engineering. The official concentration page explicitly identifies the former General Engineering name, and the plan of study verifies the core, engineering and capstone requirements. Costs come from the program’s 2026–27 fee schedule.
One verified program is reviewed on this page. UConn is included for a defined professional graduate plan that supports engineering study across subjects and requires a capstone. The review assesses the academic preparation, online attendance expectations and billing rules alongside that structure.
Master of Engineering — Multidisciplinary Engineering
Storrs, CT
Semester credits
30
Study format
Online
2026–27 tuition
$1,300 · Per credit, comprehensive MEng program fee
Cost basis & conditions +
UConn lists a $1,300 comprehensive fee per credit for 2026–27, or about $39,000 for the 30-credit degree. Housing, food, books, course materials, equipment, transportation, personal expenses and other listed attendance costs are excluded. This is a fee-based program, so tuition waivers do not cover the academic program fee.
UConn’s MEng does not currently offer graduate assistantships. The degree charges an academic program fee, so an assistantship tuition waiver from elsewhere at UConn does not waive that fee. The published cost page directs applicants to separate financial assistance and payment resources.
UConn’s Multidisciplinary Engineering MEng gives working engineers a defined professional structure for broadening their technical study. The concentration, formerly called General Engineering, combines a communication and management core with a mathematics or algorithms choice, an 18-credit engineering block and a capstone project. Its online delivery and part-time evening orientation make the intended attendance pattern clear. The degree is especially useful to examine when a student wants advanced engineering coursework across subjects while retaining a required application of that learning. The current name also matters when applying: Multidisciplinary Engineering is the concentration to investigate, even if an older listing uses General Engineering. Cost planning should use the MEng’s comprehensive program fee and its explicit waiver rules.
Where it stands out
UConn fits practicing engineers who want an online professional degree with substantial engineering coursework and a required capstone. Its mathematics preparation and technical course block make it relevant to applicants ready for advanced engineering study alongside their existing work.
What to weigh
The fully online concentration cannot sponsor a UConn student visa, and the MEng offers no graduate assistantships. Its fee-based billing also means an assistantship tuition waiver does not cover the program fee. Applicants should plan the required mathematics preparation and actual evening course commitments.
Attendance:The Multidisciplinary Engineering concentration is fully online and designed for evening, part-time study by practicing engineers. This concentration is not eligible for UConn visa sponsorship.
The 30-credit plan has nine core credits, 18 credits of engineering courses and a three-credit MEng capstone project.
The core includes Professional Communication and Information Management, Engineering Project Planning and Management, and either Advanced Engineering Mathematics or Algorithms.
The engineering course block provides the technical direction, with the capstone completing the professional degree plan.
Areas of focus
Multidisciplinary Engineering, formerly General Engineering
Admission & progression
Applicants need a bachelor’s degree or higher in an approved engineering or STEM discipline from a regionally accredited institution. Non-engineering degree holders are directed to the Center for Advanced Engineering Education for assessment.
The published GPA standard is 3.0 for the full undergraduate record or the final two undergraduate years.
Four semesters of advanced mathematics are expected: Calculus I and II plus two additional advanced subjects such as linear algebra, differential equations or multivariable calculus.
GRE scores are not required. The application includes transcripts, a resume, personal statement, two recommendations, the $75 fee and applicable English-language evidence.
Research & project requirements
The three-credit MEng Capstone Project applies the graduate learning within the professional degree.
The concentration is organized for working engineers pursuing part-time graduate study; review the actual live meeting and assignment schedule when selecting courses.
What matters in general engineering master’s programs in Connecticut
An engineering course block with a clear purpose
Eighteen of the 30 credits are engineering courses. Evaluate how those subjects support the proposed technical direction and the capstone rather than treating the broad concentration as an unrestricted elective list.
Professional core and applied graduate work
Communication, project management and mathematics or algorithms provide the core. A three-credit capstone requires an application of the graduate learning.
Online study with explicit financial conditions
The concentration is fully online and geared toward part-time study. Its program fee, lack of MEng assistantships and visa-sponsorship restriction are material parts of the review.
Use UConn’s current Multidisciplinary Engineering name
UConn identifies Multidisciplinary Engineering as the former General Engineering concentration within its Master of Engineering. An older program listing may therefore use a different concentration name for the broad engineering route. The current application and plan should be checked under Multidisciplinary Engineering.
The 30-credit degree has three parts: nine credits of MEng core courses, 18 credits of engineering courses and a three-credit capstone project. That structure gives applicants a useful starting point for organizing a professional graduate plan around a technical objective.
Describe the engineering knowledge you intend to add and the work it will support. Then evaluate the available advanced courses, their prerequisites and their relationship to the capstone. The broad concentration is most useful when those choices have a clear connection.
Plan the technical courses and capstone together
The core includes Professional Communication and Information Management, Engineering Project Planning and Management, and a choice between Advanced Engineering Mathematics and Algorithms. The mathematics or algorithms decision should support the engineering subjects and methods in the wider plan.
The capstone is a separate three-credit MEng requirement. Consider a suitable application of the graduate learning while selecting the engineering courses, then work through the program’s approval and supervision process. An employer’s technical problem may be a useful starting point for discussion, but its scope and suitability still need academic review.
Applicants interested in automated physical systems can use the related Mechatronics Programs resource to explore the connection between mechanical design, electronics and controls. Use that subject research to identify the actual UConn courses needed for the proposed technical direction.
Check the mathematics preparation and online commitments
UConn expects an approved engineering or STEM bachelor’s degree or higher from a regionally accredited institution. Applicants whose degree is outside engineering are directed to the Center for Advanced Engineering Education for further assessment. The stated GPA threshold is 3.0 for the full undergraduate record or the final two undergraduate years.
The mathematics requirement covers four semesters: Calculus I and II, plus two advanced subjects such as linear algebra, differential equations or multivariable calculus. Gather the actual courses and syllabi where needed so the program can assess whether earlier preparation supports the planned engineering study.
GRE scores are not required. The application uses transcripts, a resume, personal statement, two recommendations, the application fee and applicable English-language evidence. UConn publishes fall, spring and summer deadlines; confirm the date for the intended entry term before requesting recommendations.
The concentration is fully online and intended for part-time evening study, but students still need to check the live meeting and assignment schedule for their selected courses. This online concentration is not eligible for UConn visa sponsorship, which matters for anyone seeking a campus-based international study arrangement.
Budget for the MEng program fee and its waiver rules
UConn lists a comprehensive MEng fee of $1,300 per credit for 2026–27, or about $39,000 for the 30-credit program. Books, course materials, equipment, housing, food, transportation and the other listed attendance expenses are outside that figure.
The MEng does not currently offer graduate assistantships. Its fee-based classification also means an assistantship tuition waiver does not waive the academic program fee. A funding arrangement elsewhere at the university should therefore not be assumed to remove this degree’s program charge.
Build the budget around the actual planned registration and any confirmed employer or other support. The national general engineering master’s ranking includes research and professional alternatives with different funding structures, and the cost guide explains how to separate tuition or program fees from the full attendance budget.
Questions, answered
What else should you know?
What happened to UConn’s General Engineering MEng concentration?+
UConn identifies the current concentration as Multidisciplinary Engineering, formerly General Engineering. It remains a 30-credit Master of Engineering plan with a professional core, engineering courses and a capstone.
Is UConn’s Multidisciplinary Engineering MEng online?+
Yes. The concentration is fully online and designed for practicing engineers studying part time, with an evening orientation. Students should check the actual meeting schedule of their courses. The concentration is not eligible for UConn visa sponsorship.
Does this MEng require a thesis?+
The published Multidisciplinary Engineering plan requires a three-credit MEng capstone project. Its remaining requirements are nine core credits and 18 credits of engineering courses.
Can an assistantship tuition waiver pay the MEng program fee?+
UConn says tuition waivers do not cover the academic program fee charged by this fee-based degree. The MEng itself does not currently offer graduate assistantships. Its 2026–27 comprehensive fee is $1,300 per credit.
How are general engineering master’s programs in Connecticut reviewed here?+
This selection reviews UConn’s verified broad engineering concentration, including its current name, technical preparation, capstone, online format and program fee. It does not claim to list every Connecticut graduate engineering degree.
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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.
