George Washington University - School of Engineering & Applied Science

M.S. Mechanical & Aerospace Engineering

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What makes GWSEAS's
M.S. Mechanical & Aerospace Engineering Different!

Broad MAE focus areas

Specialize across aerospace, design of mechanical systems, fluid/thermal/energy, industrial engineering, solid mechanics and materials, structures and dynamics, and robotics/mechatronics/controls for tailored depth and career alignment

DC engineering advantage

Leverage Washington, DC’s proximity to federal labs, aerospace/defense primes, energy agencies, and startups for internships, sponsored projects, and policy-aware engineering practice

30–33 credits, thesis optional

Choose a thesis pathway (24 credits coursework + 6 thesis) or non‑thesis option (33 credits) to match research goals or accelerated professional progression.

Research excellence pillars

Engage with faculty strengths in nanotechnology, biomimetics, biomedical engineering, and energy alongside traditional MAE domains for high‑impact interdisciplinary projects.

Aerospace depth and labs

Pursue aerodynamics, airplane performance, propulsion, structures, controls, and wind‑tunnel experimentation supported by specialized MAE courses and facilities.

Know More about the GWSEAS M.S. Mechanical & Aerospace Engineering Program

GW’s MS in Mechanical and Aerospace Engineering equips students with advanced technical expertise and leadership skills. Choose from specialized tracks like robotics, aerospace, or thermal sciences, and benefit from world-class faculty, cutting-edge research, and career-defining opportunities in Washington, D.C.—a nexus of innovation, industry, and government collaboration. ..... Read More

Duration

24 Months

Where do graduates of GWSEAS's M.S. Mechanical & Aerospace Engineering program land? Discover More!

Median Earnings after Graduation

USD 80,000 /- year

Graduation Rate

91.00 %

Recruiters

Boeing Lockheed Martin Northrop Grumman Raytheon Technologies (RTX) General Dynamics SpaceX Blue Origin NASA Jet Propulsion Laboratory (JPL) General Electric (GE) Aviation Rolls-Royce Pratt & Whitney Honeywell Aerospace Safran Airbus Tesla Ford Motor Company General Motors (GM) Rivian Boston Dynamics

Prospective Job Roles

Aerospace Engineer Mechanical Engineer Propulsion Engineer Aerodynamics Engineer Structural Design Engineer Stress Analyst Thermodynamics Engineer Robotics Engineer Control Systems Engineer Flight Test Engineer Systems Engineer Research Scientist Manufacturing Engineer Thermal Engineer

Eligibility Criteria for GWSEAS's M.S. Mechanical & Aerospace Engineering in Management program ?

Credential Evaluation Requirement

Mandatory English Proficiency Test

Mandatory GRE / GMAT Requirement

4 Year Bachelor’s Degree Requirement

Tuition Fees & Scholarship Opportunities!

Tuition Fees

USD 65,850.00/- PER YEAR

Application Fee

USD 80/-

Scholarship Opportunities upto

USD 6 Million

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What makes GWSEAS's
M.S. Mechanical & Aerospace Engineering Different!

Broad MAE focus areas

Specialize across aerospace, design of mechanical systems, fluid/thermal/energy, industrial engineering, solid mechanics and materials, structures and dynamics, and robotics/mechatronics/controls for tailored depth and career alignment

DC engineering advantage

Leverage Washington, DC’s proximity to federal labs, aerospace/defense primes, energy agencies, and startups for internships, sponsored projects, and policy-aware engineering practice

30–33 credits, thesis optional

Choose a thesis pathway (24 credits coursework + 6 thesis) or non‑thesis option (33 credits) to match research goals or accelerated professional progression.

Research excellence pillars

Engage with faculty strengths in nanotechnology, biomimetics, biomedical engineering, and energy alongside traditional MAE domains for high‑impact interdisciplinary projects.

Aerospace depth and labs

Pursue aerodynamics, airplane performance, propulsion, structures, controls, and wind‑tunnel experimentation supported by specialized MAE courses and facilities.

Know More about the GWSEAS M.S. Mechanical & Aerospace Engineering Program

GW’s MS in Mechanical and Aerospace Engineering equips students with advanced technical expertise and leadership skills. Choose from specialized tracks like robotics, aerospace, or thermal sciences, and benefit from world-class faculty, cutting-edge research, and career-defining opportunities in Washington, D.C.—a nexus of innovation, industry, and government collaboration. ..... Read More

Duration

24 Months

Where do graduates of GWSEAS's M.S. Mechanical & Aerospace Engineering program land? Discover More!

Median Earnings after Graduation

USD 80,000 /- year

Graduation Rate

91.00 %

Recruiters

Boeing Lockheed Martin Northrop Grumman Raytheon Technologies (RTX) General Dynamics SpaceX Blue Origin NASA Jet Propulsion Laboratory (JPL) General Electric (GE) Aviation Rolls-Royce Pratt & Whitney Honeywell Aerospace Safran Airbus Tesla Ford Motor Company General Motors (GM) Rivian Boston Dynamics

Prospective Job Roles

Aerospace Engineer Mechanical Engineer Propulsion Engineer Aerodynamics Engineer Structural Design Engineer Stress Analyst Thermodynamics Engineer Robotics Engineer Control Systems Engineer Flight Test Engineer Systems Engineer Research Scientist Manufacturing Engineer Thermal Engineer

Eligibility Criteria for GWSEAS's M.S. Mechanical & Aerospace Engineering in Management program ?

Credential Evaluation Requirement

Mandatory English Proficiency Test

Mandatory GRE / GMAT Requirement

4 Year Bachelor’s Degree Requirement

Tuition Fees & Scholarship Opportunities!

Tuition Fees

USD 65,850.00/- PER YEAR

Application Fee

USD 80/-

Scholarship Opportunities upto

USD 6 Million

Upcoming GWSEAS Events

We will be back Soon with Upcoming Events

On Demand Events

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Register to access the video
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Register to access the video
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Register to access the video
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Meet Senior Leaders from America’s Top-Ranked Engineering Schools
Register to access the video
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Meet Senior Leaders from America’s Top-Ranked Engineering Schools
Register to access the video
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Meet Senior Leaders from America’s Top-Ranked Engineering Schools
Register to access the video
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Register to access the video
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Register to access the video
img-blur-shadow

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Register to access the video
img-blur-shadow

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Unlocking 3D Insights through AI-Driven Imaging
Register to access the video
img-blur-shadow

Beyond Acceptance: A Roadmap for Graduate Students Studying in the U.S

Navigating Academic, Cultural, and Professional Success
Register to access the video
img-blur-shadow

Maturation of a Novel System for Asset-Agnostic Wireless Monitoring of Medical Equipment -- From Basic Research to Addressing a Market Opportunity

Understand how cutting-edge research in systems engineering translates into real-world healthcare solutions
Register to access the video
img-blur-shadow

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AI-Powered Insights: Machine Learning and Deep Learning in EEG Analysis
Register to access the video
img-blur-shadow

Brain-inspired Hardware Technologies for Artificial Intelligence

The Future of Energy-Efficient AI with Memristor Technology
Register to access the video
img-blur-shadow

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Interact with the Admission Directors of leading US Engineering & Sciences schools
Register to access the video
img-blur-shadow

Using Conjoint Analysis to Inform EV Policy

Learn more about how to use Conjoint Analysis as a market research technique.
Register to access the video

Explore other GWSEAS programs

Master of Science in Applied Computer Science

Duration
24 MONTHS

Master of Science in Biomedical Engineering

Duration
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Master of Science in Civil and Environmental Engineering

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M.S. Computer Science

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M.S. Cybersecurity in Computer Science

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M.S. Data Analytics

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Frequently Asked Questions

Get all your questions answered about M.S. Mechanical & Aerospace Engineering by GWSEAS

The most common background is a B.S. in Mechanical Engineering or Aerospace Engineering. However, applicants from related fields like physics, materials science, or other engineering disciplines are often accepted, provided they have a strong foundation in core subjects like thermodynamics, fluid mechanics, solid mechanics, and advanced mathematics
This varies by university and is a changing trend. Many top programs have made the GRE optional. It's crucial to check the specific admissions page for each university. A strong score can still be a positive addition to your application, but the focus is increasingly on your undergraduate record, research experience, and letters of recommendation.
Practical experience is highly valued. This includes: Internships with aerospace, defense, or automotive companies. Undergraduate research with a professor. Participation in hands-on student projects like Formula SAE, AIAA Design/Build/Fly, or rocketry clubs.
You can typically specialize in several advanced areas, such as: Fluid Dynamics & Aerodynamics: The study of air and liquid flow over bodies like wings and vehicles. Propulsion: The science of designing jet engines, rocket engines, and other propulsion systems. Robotics & Control Systems: Designing and controlling autonomous systems like drones, rovers, and robotic arms. Structural Mechanics & Materials: Analyzing the strength, durability, and properties of materials used in aircraft and spacecraft. Thermodynamics & Heat Transfer: Managing thermal systems in high-performance applications.
Most universities offer both a thesis and a non-thesis track. The thesis track is research-intensive, culminating in a written dissertation and defense. It is ideal for students planning to pursue a Ph.D. or a career in R&D. The non-thesis track is coursework-based and often includes a capstone project. It is designed for students aiming to enter the industry directly after graduation.

Contact us

For any queries, please feel free to reach out to us!

email
Email

maeng@gwu.edu

call
Phone

+1 202-994-6749