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What is Mechanical Engineering?

Get a Master's in Mechanical Engineering

The Mechanical Engineering M.S.

Advance your engineering career or prepare for doctoral study.

The mechanical engineering master’s program builds advanced expertise in the analysis, design and fabrication of machines, engines and advanced technologies—emphasizing multidisciplinary problem-solving that reflects real-world engineering practice.

You’ll learn in a dynamic, research-rich environment with close faculty mentorship. Located on Florida’s Space Coast—surrounded by major aerospace, defense and high-tech companies—Florida Tech offers opportunities for industry collaboration and access to internships and career pathways.

The program is flexible, with both thesis and nonthesis tracks and full-time or part-time options—ideal for working professionals. Full-time students can complete the degree in as little as two years.

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Tier 1
Best National University
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Top 5.8%
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The Center for World University Rankings

Why Choose Florida Tech for Mechanical Engineering?

Florida Tech’s reputation as a top-tier research university, combined with strong industry connections, enhances your learning experience. You'll collaborate with expert faculty on innovative, real-world projects in a setting that emphasizes graduate education and hands-on learning—making Florida Tech an outstanding place to advance your expertise in mechanical engineering.

Students in the mechanical engineering graduate program benefit from an exceptional learning environment that supports both personal and professional growth.

With a low student-to-faculty ratio, you’ll receive close mentorship and hands-on opportunities to collaborate on groundbreaking research.

Our faculty bring diverse expertise in areas such as instrumentation and control, robotics, biomechanics, computer-aided design and alternative energy. Their backgrounds also include professional consulting and military experience.

Committed to advancing research and shaping the next generation of engineers, our faculty are dedicated to helping you achieve your goals.

As a top-tier research institution, Florida Tech provides mechanical engineering master’s students with unique opportunities to engage in rigorous scientific research—whether contributing to faculty-led projects or pursuing their own independent research.

Students gain real-world experience through internships and collaborative projects with leading organizations such as:

  • NASA
  • U.S. Department of Energy
  • U.S. Department of Defense
  • Florida Department of Transportation
  • Federal Aviation Administration
  • Air Force Research Laboratory

Leadership and professional experience is also gained through internships, graduate research/student assistantships and research scholarships from organizations such as NASA, the National Science Foundation and the Society of Women Engineers.

Our mechanical engineering master’s students have access to state-of-the-art facilities equipped with advanced tools and technology essential for cutting-edge research and hands-on learning. These facilities support a wide range of specialized areas, including dynamic systems and controls, precision laser optics and instrumentation and integrated systems design and realization.

Students benefit from an environment designed to foster innovation and practical experience, with equipment that enables experimentation, testing and development across various domains of mechanical engineering. This access ensures that our graduate students are well-prepared to tackle complex engineering challenges and contribute meaningfully to both academic research and industry applications.

This program is offered with both thesis and nonthesis options.

The thesis provides an in-depth research experience, allowing you to explore a specific topic and contribute new insights to mechanical engineering. This process helps you develop expertise in a specialized area, giving you an edge in roles that prioritize deep knowledge and preparing you for potential doctoral studies. Additionally, working closely with faculty mentors offers personalized guidance and networking opportunities.

If you choose not to complete a thesis, the comprehensive final examination allows you to demonstrate your understanding of the discipline and readiness for professional challenges, ensuring you are well-prepared for careers in the field.

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 other countries or an international student exploring new opportunities in the U.S., Florida Tech offers an opportunity for learning and professional growth in a truly global setting.

While many graduate students are already working professionals in the local area, some master’s candidates choose the mechanical engineering master’s program at Florida Tech for its prime location in the heart of Florida’s Space Coast, just south of NASA-Kennedy Space Center.

Our area has one of the largest high-tech workforces in the country—and that means numerous internship and employment opportunities for our students. In addition to NASA-Kennedy Space Center and Patrick Space Force Base, many thriving organizations are nearby—such as Boeing, Northrop Grumman, Embraer, GE, L3Harris Technologies and Piper Aircraft.

When it’s time to kick back and relax, you’re just minutes from 72 miles of beautiful beaches on the Atlantic Ocean or the Indian River Lagoon, the most biodiverse estuary in North America, and a short trip away from the Florida Keys or the Orlando theme parks.

Applicants should hold a bachelor of science or an equivalent degree from an ABET-accredited mechanical engineering program. For international applicants, equivalent academic standards and coursework content will be considered.

If your degree is in another engineering field, mathematics or the physical sciences, you are still encouraged to apply. The department will work with admitted students to identify and complete any necessary undergraduate coursework to ensure adequate preparation for graduate study in mechanical engineering.

For more application information, please see our graduate admission requirements.

Careers in Mechanical Engineering

Graduates of Florida Tech’s mechanical engineering master’s program enjoy a variety of career opportunities across industries like aerospace, electronics, transportation, government and defense, construction and automotive.

Mechanical engineers engage in research, design, development and testing of tools, machines and innovative technologies. As one of the most versatile engineering fields, it prepares graduates for roles such as:

  • Materials engineer
  • Design engineer
  • Project engineer
  • Aerospace engineer
  • Petroleum engineer
  • Chemical engineer
  • Electrical and electronics engineer

Employers who have hired Florida Tech graduates include:

  • Raytheon Technologies
  • Northrop Grumman
  • Boeing
  • L3Harris Technologies
  • GE
  • U.S. Air Force, Army and Navy
  • NASA

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 mechanical engineering careers.

Advanced Degree Options

Graduates of the mechanical engineering master’s program are equipped with the advanced knowledge and research experience needed to excel in industry or pursue a Ph.D.

The program’s emphasis on specialization and applied research prepares students to become subject matter experts. Those who continue into doctoral study can further strengthen their leadership abilities and qualify for top roles in academia, research and advanced engineering.

Mechanical Engineering, Ph.D.

Explore the Mechanical Engineering, M.S., Curriculum

The Mechanical Engineering, M.S., Curriculum

The 30-credit master’s in mechanical engineering features a flexible, in-depth curriculum that prepares students for advanced roles in engineering, research and innovation.

You’ll complete core courses, advanced mathematics and seminars while focusing on your chosen area of specialization. The degree includes 15 credit hours of electives, which may include up to 6 credit hours of thesis work for students pursuing a research path.

With a strong emphasis on practical experience, the program offers access to advanced coursework and hands-on learning that reflects the latest developments in the field.

Check the catalog for a description of all courses.

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

Mechanical engineering student working on carbon dioxide absorbing material

Choose Your Specialization

A student working on an automotive project

As a mechanical engineering master’s student, you’ll choose one of five dynamic specializations to tailor your education to your interests and career goals:

Automotive Engineering
Focuses on the design and analysis of vehicles and systems for land, sea and air transportation.

Design and Manufacturing
Explores advanced design methods and automation, drawing on interdisciplinary insights from AI, behavioral science and more.

Dynamic Systems, Robotics and Controls
Covers robotics, vibration, energy and control systems for a wide range of applications.

Structures, Solid Mechanics and Materials
Emphasizes analytical and computational techniques for designing complex structures and components.

Thermal-Fluid Sciences
Applies experimental, analytical and computational tools to study heat transfer, combustion and energy systems.

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

Research That Powers Industry Innovation

Mechanical engineering research at Florida Tech is both wide-ranging and deeply interdisciplinary, addressing real-world challenges through innovation at the intersections of engineering, science and technology.

Faculty collaborate across disciplines in areas such as sustainable energy systems, intelligent robotics, biomedical engineering, advanced manufacturing and nanotechnology. Research topics include micro- and nanoscale sensors, nonlinear dynamics, propulsion and combustion, control systems for aerospace applications, laser-assisted materials processing and AI-driven design methodologies.

These efforts integrate expertise across multiple areas of science and engineering, enabling solutions that are technically robust and socially relevant.

Florida Tech’s strong partnerships with industry, federal agencies and research institutions ensure that faculty and students alike are engaged in high-impact, forward-looking projects.

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