Master’s degree rankings in District of Columbia

Best Mechanical Engineering Master’s Programs in Washington, DC

GW’s combined mechanical and aerospace MS asks applicants to identify a technical focus before entering the program. For mechanical interests, the choices include machine design, thermal systems, materials, structural dynamics, and robotics or mechatronics. Our 2026 selection of the best mechanical engineering master’s programs in Washington, DC reviews those directions using the university’s current Bulletin.

The degree can be completed with or without a thesis. The important comparison concerns the required focus courses, the remaining advisor-approved study and the actual campus graduate bill. This page examines that specific award rather than treating the location or a broad engineering label as enough reason to recommend a program.

An end mill cuts into a metal ring, leaving a trail of aluminum chips.
Precision milling at NASA’s Marshall Space Flight Center.Photo: NASA/Emmett Given
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How we ranked mechanical engineering master’s programs in District of Columbia

We select mechanical engineering master’s programs in Washington, DC by verifying graduate awards and reviewing substantive curriculum, admission and financial sources. GW’s Mechanical and Aerospace Engineering MS provides named focus areas, current Bulletin requirements and an explicit campus tuition schedule. This focused recommendation does not claim to include every engineering graduate award in the District.

GW earns this selection for the clear mechanical focus options and the ability to inspect their required courses before applying. The review also accounts for the limit on outside-department study and the difference between a partial master’s tuition award and doctoral funding. The ranking methodology explains this editorial assessment.

Read our full methodology →

Mechanical Engineering master’s rankings in District of Columbia

Start with the degree and format, then jump to the full review. Numbers indicate our editorial order within this reviewed group.

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Compare the ranked mechanical engineering master’s programs in District of Columbia
Rank / universityDegreeStudy format
01GWMaster of Science in Mechanical and Aerospace EngineeringCampus

1 researched school review

The ranked mechanical engineering master’s programs in District of Columbia

Each assessment explains the curriculum, the student it suits and the decision worth thinking through before applying.

Rank 01

Mechanical Engineering ranking

George Washington University

Master of Science in Mechanical and Aerospace Engineering

Washington, DC

Semester credits
33
Study format
Campus

2026–27 tuition

Campus graduate tuition: $2,195 per credit

Cost basis & conditions

For Fall 2026 and Spring 2027, GW Engineering campus graduate tuition is $2,195 per credit, or $19,755 at nine credits per semester. The one-time matriculation fee, student association fee, applicable international fee and other charges or living costs are additional.

University cost & financial aid information

Funding & assistantships

New campus MS applicants may receive merit-based partial tuition awards during admission. The published discounts range from 25% to 75% and continue under good-standing conditions; continuing students cannot newly apply for these incoming-student awards.

University funding information

GW’s mechanical and aerospace MS organizes advanced study around a selected focus area, including mechanical design, robotics and mechatronics, thermal sciences, materials or structural dynamics. The current Bulletin specifies a thirty-three-credit degree with thesis and non-thesis options and limits on coursework outside the department. We include the Washington campus for applicants who want a named technical direction and can compare the required focus courses with their intended work.

Where it stands out

Consider GW if a particular focus provides a convincing academic reason to study the combined mechanical and aerospace degree. The robotics and mechatronics sequence is especially concrete, linking advanced mechanical design, robotic systems and electromechanical controls before advisor-selected electives build further depth.

What to weigh

The application requires a focus choice, and outside-department coursework normally has a two-course limit. Budget from campus graduate per-credit tuition and the actual merit award, rather than assume a doctoral funding package applies. Use the current Bulletin’s requirements when preparing the formal study plan, and confirm thesis supervision before committing to a research route.

Curriculum, admission & sources

What you’ll study

  • The current Bulletin requires thirty-three credits for thesis or non-thesis study; the thesis plan includes nine thesis credits.
  • Students choose a focus area and complete its required courses, then select remaining coursework with a faculty advisor.
  • Normally no more than two courses outside Mechanical and Aerospace Engineering count toward the degree unless an exception is approved.

Areas of focus

  • Design of Mechanical Engineering Systems
  • Robotics, Mechatronics and Controls
  • Fluid Mechanics, Thermal Sciences and Energy
  • Solid Mechanics and Materials Science
  • Structures and Dynamics
  • Aerospace Engineering
  • Industrial Engineering

Admission & progression

  • Applicants need a suitable bachelor’s background, computer familiarity and at least a 3.0 GPA in the last sixty undergraduate credits.
  • The GRE is optional; two recommendations, academic records and a 250–500-word statement of purpose are required.
  • Applicants identify the focus area that best matches their interests in the application and provide applicable English-proficiency evidence.

Research & project requirements

  • The Robotics, Mechatronics and Controls focus includes advanced mechanical design, robotic systems and electromechanical control systems.
  • The mechanical-design focus combines advanced design and computer-integrated manufacturing with an approved analysis or numerical-methods course.

What matters in mechanical engineering master’s programs in District of Columbia

A focus with required technical courses

Mechanical design and robotics or mechatronics have distinct course combinations, allowing an applicant to examine the actual specialization.

A current degree plan

The Bulletin specifies a thirty-three-credit thesis or non-thesis plan and requires advisor consultation for the remaining courses.

Campus tuition and applicable merit aid

Graduate tuition is charged per credit, and incoming master’s scholarship decisions have different terms from doctoral research support.

Mechanical design study in Washington, DC

GW’s Design of Mechanical Engineering Systems focus requires Advanced Mechanical Engineering Design and Computer-Integrated Manufacturing, together with an approved analysis or numerical-methods course. The remaining electives can develop design, manufacturing or robotics interests in consultation with an advisor. Compare that required combination with the work you want to do before treating the focus name as a complete study plan.

A design interest can also overlap with other focus areas. Thermal systems, materials, and structures or dynamics have different required preparation, even when they contribute to the same physical product. Ask which focus best describes the technical problem you intend to address and which electives would support it. The application asks you to identify the focus that most closely matches your interests.

Robotics in mechanical engineering master’s programs in Washington, DC

The Robotics, Mechatronics and Controls focus combines Advanced Mechanical Engineering Design, Robotic Systems and Electromechanical Control Systems. That sequence gives applicants a concrete way to inspect the interaction between mechanical hardware and its sensing and control behavior. Additional electives should deepen that direction through an approved plan rather than simply repeat subjects already covered in undergraduate study.

The related mechatronics degree guides can help compare that combined technical interest with other engineering routes. GW’s award remains a Mechanical and Aerospace Engineering MS, with the chosen focus governing part of its requirements. If research is important to your goal, discuss an available thesis advisor and a plausible question within the focus before making a financial commitment.

Use GW’s Bulletin for the mechanical and aerospace MS requirements

The current Bulletin specifies thirty-three credits in either the thesis or non-thesis route. The thesis plan includes nine research credits, and students complete the required courses for their chosen focus before advisor-selected study fills the remaining plan. Use that official degree requirement when discussing the schedule and thesis allocation with the department.

Normally no more than two courses outside Mechanical and Aerospace Engineering can count toward the degree, although an advisor-approved exception is possible in special circumstances. This limit matters if your desired plan draws heavily on another department. Confirm both permission to enroll and degree applicability before counting an outside course as part of the master’s total. A relevant subject does not automatically satisfy the program’s category rules.

Admission and tuition for mechanical engineering master’s programs in Washington, DC

GW requires suitable bachelor’s preparation, computer familiarity and at least a 3.0 GPA in the final sixty undergraduate credits. GRE scores are optional. The application includes two recommendations, academic records and a statement of purpose of 250–500 words describing goals, research interests and relevant preparation. Use the current term and language requirements applicable to your own application.

For Fall 2026 and Spring 2027, campus graduate engineering tuition is $2,195 per credit, or $19,755 for a nine-credit semester. Fees and living costs are additional. Incoming MS applicants may receive merit-based partial tuition awards during admission; continuing students cannot newly apply for those incoming-student awards. Compare the actual discount and uncovered charges using the engineering cost guide and our national master’s rankings.

Questions, answered

What else should you know?

Do mechanical engineering master’s programs in Washington, DC offer mechatronics study?

The reviewed GW MS has a Robotics, Mechatronics and Controls focus with required mechanical design, robotic systems and electromechanical control courses. The focus sits within the combined Mechanical and Aerospace Engineering degree.

How many credits does GW’s mechanical and aerospace MS require?

The current Bulletin specifies thirty-three credits for thesis and non-thesis study, including nine thesis credits in the research route. Confirm the official study plan and advisor arrangement before registration.

Can most of the GW mechanical MS be taken in another department?

Normally only two outside-department courses may count, with exceptions requiring approval in special circumstances. Discuss any proposed interdisciplinary plan before assuming the degree’s electives are unrestricted.

Are GW master’s merit awards available after I have already started?

The published incoming-student merit awards are allocated during admission. Continuing students cannot newly apply for that category, so use the actual admission award and its good-standing conditions in your financial plan.

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.

Sources & further reading

School-specific sources are listed with each program. These references support the guidance on this page.

  1. Master of Science in the Field of Mechanical and Aerospace Engineering (STEM) | The George Washington University · Checked 2026-09-06
  2. Tuition and Fees | Graduate Admissions & Student Services | School of Engineering & Applied Sciences | The George Washington University · Checked 2026-09-06
  3. Funding Your Graduate Education | Graduate Admissions & Student Services | School of Engineering & Applied Sciences | The George Washington University · Checked 2026-09-06