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What is Aerospace Engineering?

Get a Master's in Aerospace Engineering

The Aerospace Engineering M.S.

Elevate your aerospace expertise with this flexible, specialized degree program.

As a leader in aerospace engineering, Florida Tech offers an M.S. program designed to meet the demands of today’s aerospace industry. You’ll gain advanced knowledge and hands-on experience while developing deep expertise in your chosen specialization, preparing you for an impactful and rewarding career.

Areas of Specialization

  • Aerodynamics and fluid dynamics
  • Aerospace structures and materials
  • Combustion and propulsion
  • Flight mechanics and controls

You can complete your degree full-time in as few as three semesters or study part-time. Whether you're aiming for career growth or pursuing further study and research, the master's in aerospace engineering supports your goals.

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Why Choose Florida Tech for Aerospace Engineering?

Florida Tech leads in aerospace engineering, building on a legacy that began with the early U.S. space program. By earning your master’s here, you join that tradition while gaining advanced knowledge, hands-on experience and strong industry connections to engineer what’s next in aerospace.

Students often choose Florida Tech for their aerospace engineering master’s degree because of the excellent academic environment.

Our low student-to-faculty ratio allows professors to serve as mentors and to work closely with graduate students on advanced research projects.

Here, you’ll learn from the best. Our aerospace engineering faculty are highly experienced in aerospace systems and leaders in innovative aerospace research. They have won numerous prestigious research grants from NASA, the U.S. Air Force, the U.S. Navy and the National Science Foundation—and they share a special dedication to teaching and working with every student.

Because many students are already working professionals, peer collaboration and faculty-led research both contribute to valuable learning experiences.

At Florida Tech, you’ll have the opportunity to collaborate with expert faculty on cutting-edge aerospace research in labs equipped for serious discovery—from wind tunnels and shock tubes to rocket and turbine thrust stands.

Many students present at major conferences or publish in top journals like Aerospace America and the Journal of Fluid Mechanics.

As an aerospace engineering M.S. student, you’ll have the opportunity to choose an area of specialization that aligns with your interests.

Each specialization offers a variety of core course options, and you’ll collaborate with your advisor to select the best courses, including advanced mathematics, to support your goals.

Four specializations are offered:

  • Aerodynamics and fluid dynamics
  • Aerospace structures and materials
  • Combustion and propulsion
  • Flight mechanics and controls

You’ll also tailor your program further through electives and, if applicable, a thesis project, making your graduate experience uniquely yours.

Students are encouraged to complete and defend a thesis, and this option is especially recommended for those considering doctoral studies.

The thesis provides in-depth research experience, allowing you to explore a specific topic and contribute new insights to aerospace engineering. Your thesis can take an analytical, computational or experimental approach—or a blend of all three. Working closely with faculty mentors offers personalized guidance and networking opportunities.

Those opting not to complete a thesis take additional electives and a comprehensive final examination. This allows you to demonstrate your understanding of the discipline and readiness for professional challenges.

Florida Tech is in a high-tech corridor in the heart of the Space Coast—NASA-Kennedy Space Center on Cape Canaveral is just north of us.

You’ll benefit from Florida Tech’s strong connections to leading aerospace companies and government agencies and have plenty of opportunities to form a valuable network that can lead to aerospace engineering career options.

When it’s time to relax, you’re just minutes from 72 miles of beautiful beaches and a short trip away from the Florida Keys or the Orlando theme parks.

Florida Tech is surrounded by aerospace organizations and industry, such as NASA-Kennedy Space Center, Patrick Space Force Base, Boeing Co., Northrop Grumman Corp., SpaceX, Embraer, GE, L3Harris Technologies Inc. and Piper Aircraft—providing excellent internship and employment opportunities for students working towards a master’s degree in aerospace engineering.

Students at Florida Tech can work side-by-side with professionals in some of the most prestigious names in engineering through challenging aerospace engineering internships.

Internships allow graduate students to get hands-on experience at leading aerospace companies and government laboratories in aerodynamics and fluid dynamics, aerospace structures and materials, space flight dynamics and controls and combustion and propulsion.

At Florida Tech, our campus is a hub of global connections, where students from the U.S. and around the world come together to create a rich, dynamic environment. This sense of community fosters mutual understanding and collaboration, reflecting the increasingly interconnected world we all share.

Whether you're a U.S. student seeking to broaden your horizons through interacting with peers from different countries or an international student exploring new opportunities in the U.S., Florida Tech offers a place for learning, sharing and growing in a truly global setting.

Applicants should have a bachelor’s degree in aerospace engineering or a related field. We invite those with undergraduate majors in the physical sciences or mathematics to apply, as well.  

To ensure students from fields outside of aerospace engineering are prepared for the advanced coursework and thus positioned for success, some additional undergraduate coursework may be required before starting the master’s program.

Prospective graduate students who are ready to apply may do so at any time. Students beginning their studies during the spring semester will be able to register for full course loads, although the commencement of thesis work will normally be delayed.

For details regarding application and admission, please see the university's graduate admission requirements.

Careers in Aerospace Engineering

Aerospace engineers design and build aircraft, spacecraft, missiles and defense systems, and lead research in UAVs, commercial spaceflight, sustainable aviation, space exploration and autonomous flight—across both government and private sectors.

Employers actively seek graduates with a master’s degree in aerospace engineering from Florida Tech. Graduates entering the workforce can find opportunities in design and development, field service, marketing, software development and research at top aerospace organizations.

A master’s in aerospace engineering may lead to careers such as:

  • Aerodynamics engineer
  • Aerospace systems engineer
  • AI and machine learning specialist
  • Avionics engineer
  • Cybersecurity specialist for aerospace systems
  • Flight test engineer
  • Hypersonics engineer
  • Materials engineer
  • Mission systems engineer
  • Propulsion engineer
  • Spacecraft systems engineer
  • Structural engineer
  • Sustainable aviation engineer
  • Unmanned aerial vehicle (UAV)/drone engineer

Florida Tech Career Services assists students, alumni and employers in their search for careers and employee candidates. We help students develop career plans and job search skills. Explore our Career Toolbox to learn more about our services and access additional resources.

The Occupational Outlook Handbook, published by the United States Department of Labor, Bureau of Labor Statistics (BLS), provides information about specific jobs, including median annual pay, working conditions and job outlook, among other things. Check the handbook for information on the outlook for an aerospace engineering career.

Advanced Degree Options

The M.S. in aerospace engineering is an ideal launchpad for doctoral study. Take your research further with a Ph.D. in aerospace engineering or a related discipline.

Graduates choose programs such as:

Explore the Aerospace Engineering, M.S., Curriculum

The Aerospace Engineering, M.S., Curriculum

The program curriculum equips engineers with advanced knowledge and problem-solving skills for industry or further study, emphasizing rigorous aerospace coursework to ensure graduates are well-prepared to meet the demands of advanced engineering roles.

Students work with their advisors to develop a personalized program plan that includes core courses for their area of specialization, mathematics and electives tailored to their chosen specialization and professional and academic goals.

M.S. aerospace engineering students, especially those interested in doctoral studies, are encouraged to complete and defend a thesis. Those who choose a non-thesis option will take additional elective courses in place of thesis credits and must pass a comprehensive final examination.

Check the catalog for a description of all courses.

Download the Aerospace Engineering, M.S., Curriculum now!

Aerospace engineering students collaborate on a project

Specializations Aligned with Your Career Objectives

An engineering graduate and member of Tau Beta Pi engineering honor society at commencement

In the aerospace engineering master’s program, your chosen specialization helps shape your path in research or industry.

Specializations include:

Aerodynamics & Fluid Dynamics
Advance your skills in modeling and testing complex flows—essential for careers in aircraft design, wind energy and defense systems.

Aerospace Structures & Materials
Focus on structural analysis and material performance as you build expertise to meet demanding structural requirements in aerospace applications.

Combustion & Propulsion
Deepen your understanding of energy conversion and high-speed propulsion systems and gain the tools to address advanced challenges in aerospace and defense propulsion.

Flight Mechanics & Controls
Gain expertise in vehicle dynamics and control, positioning yourself for roles in autonomous systems, navigation and mission planning.

No matter which specialization you choose, you'll build the expertise and confidence to succeed in research environments or cutting-edge aerospace careers.

Learn more about Aerospace Engineering at Florida Tech on the website.

From Labs to Launchpads: Aerospace Research

At Florida Tech, we’ve driven aerospace innovation since the dawn of the space program. Today, our research labs continue that legacy, advancing discovery in fluid dynamics, materials, propulsion and autonomy.

The Advanced Computational Fluid Dynamics & Turbulence Lab (ACFTL) studies turbulent flow to improve aerodynamics and propulsion. The Modeling Advanced Energetic Materials (MAEM) Lab develops advanced propellants using predictive modeling. The Metacomposites Integrity Research Lab (MIR-Lab) creates stronger, adaptable composite materials.

Our Space Vehicles and Robotics (SVR) Lab focuses on guidance and control using nonlinear control and machine learning. The Autonomy Lab pioneers data-driven methods for fully autonomous aerospace systems.

Together, these labs give students hands-on experience at the forefront of aerospace research.

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