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What is Ocean Engineering?

Get a Master's in Ocean Engineering

The Ocean Engineering M.S.

Engineer solutions for one of Earth’s most dynamic environments.

Florida Tech’s M.S. in ocean engineering offers a hands-on, multidisciplinary education designed to meet the demands of industry and research. You’ll apply core principles from civil, mechanical, electrical and computer engineering to solve complex challenges in the marine environment.

Ocean engineering areas of specialization:

  • Coastal Engineering and Processes
  • Hydrographic Engineering
  • Materials and Structures
  • Naval Architecture
  • Ocean Energy
  • Ocean Instrumentation
  • Ocean Systems/Underwater Technology

This program equips you to lead projects in deep-sea exploration, sustainable ocean technologies and beyond, transforming your engineering skills into powerful tools for innovation, discovery and impact in the ocean environment.

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Why Choose Florida Tech for Ocean Engineering?

At Florida Tech you'll be immersed in hands-on learning and real-world problem solving. From cutting-edge research labs to our location just minutes from the Atlantic, this is where innovation meets the ocean—and where you'll launch the next step in your career.

Florida Tech’s ocean engineering faculty bring deep industry and research experience into the classroom.

Their expertise spans areas at the forefront of the field, such as materials and composites, corrosion control, anti-fouling technologies, ocean energy and underwater and surface vehicles.

Small class sizes foster close faculty mentorship and hands-on learning in one of the world’s most dynamic coastal environments.

Research is central to the ocean engineering graduate experience, with hands-on opportunities to contribute to the field through applied, faculty-led projects. Students can align their work with areas of personal and professional interest across a wide range of research topics.

Areas of research interest at Florida Tech include:

  • Coastal engineering and resilience: Coastal structures (breakwaters, revetments, seawalls), nature-based solutions (reef balls, oysters, vegetation), hazards and morphodynamics (e.g., beach erosion, barrier island dynamics)
  • Marine materials and sustainability: Corrosion, materials science, mineral exploitation and waste disposal
  • Naval and ocean vehicle systems: Naval architecture, shipbuilding (including small craft) and underwater vehicle development
  • Hydrodynamics and marine instrumentation: Fluid dynamics, ocean energy, engineering of instrumentation and marine positioning

The university is an organizational member of the American Academy of Underwater Sciences (AAUS), and divers become AAUS certified, giving them opportunities to dive from research vessels throughout the world.

As an ocean engineering student at Florida Tech, you’ll gain hands-on experience in one of the world’s most active coastal regions.

Just minutes from campus, the Mertens Marine Center, where Crane Creek meets the Indian River Lagoon, serves as a hub for fieldwork and training. The Ralph S. Evinrude Marine Operations Center provides access to small craft and workboats for shallow-water testing, while ocean-going vessels are chartered for larger-scale research.

With 1,350 miles of coastline, Florida offers unmatched opportunities for coastal and offshore studies. The region also hosts major high-tech firms and government agencies, creating strong pathways for research partnerships, internships and career placement.

At Florida Tech, you’ll gain hands-on experience in state-of-the-art labs focused on fluid mechanics, wave dynamics, underwater technology, corrosion and more.

Facilities include the structures lab for materials testing, the fluid mechanics lab for analyzing flow and pressure and the underwater technology lab, where students work with robotic systems and advanced electronics. Our marine materials exposure site in the Indian River Lagoon provides real-world testing for biofouling and corrosion resistance.

The on-campus L3Harris Student Design Center supports ocean engineering projects with access to machine and welding shops, fabrication areas and materials testing rooms.

Applicants typically have an undergraduate degree in a field of engineering or in one of the physical sciences.

Applicants should have a mathematics background through differential equations along with introductory courses in physics, chemistry and computer programming.

Students who graduated from non-engineering programs may be required to complete additional coursework as part of the master’s degree program.

For more information, please see our graduate admission requirements.

Although not required for admission, an on-campus interview is highly recommended.

Careers in Ocean Engineering

Ocean engineering careers typically center on specialties such as coastal or hydrographic engineering, marine vehicles, marine materials and corrosion, underwater technology or ocean energy.

Ocean engineers draw on oceanography, materials science and multiple engineering disciplines to design systems and solve challenges in ocean infrastructure, exploration and resource use.

They often develop ROVs for exploration, sampling and repairs, and design structures like oil rigs, wave energy converters and underwater sensors. Their work also supports transportation systems, deep-water ports and marine ecosystem protection.

You'll find ocean engineers working in roles such as:

  • Ocean engineer
  • Naval architect
  • Structural engineer
  • Marine engineer
  • Mechanical engineer
  • Petroleum engineer
  • Environmental engineer
  • Subsea pipeline engineer
  • Marine operations director
  • Project manager – offshore vessels
  • Underwater mining engineer
  • Marine quality assurance engineer
  • ROV/AUV systems engineer
  • Coastal engineer
  • Ocean instrumentation engineer
  • Ocean data analyst
  • Offshore renewable energy engineer
  • Hydrographic surveyor

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 jobs, including median annual pay, working conditions and job outlook, among other things. Check the handbook for information on the outlook for jobs in ocean engineering.

Advanced Degree Options

Earning a Ph.D. in ocean engineering may open doors to advanced research, leadership and academic positions that go beyond the scope of most industry roles. It’s ideal for those aiming to drive innovation, contribute to policy or teach at the university level. 

Ocean Engineering, Ph.D.

Explore the Ocean Engineering, M.S., Curriculum

The Ocean Engineering, M.S., Curriculum

The 30-credit ocean engineering M.S. curriculum is crafted to help you expand your professional expertise, whether you're preparing for a career in the ocean engineering industry or continuing to advanced graduate study.

A solid foundation is built through core courses, and you'll have the flexibility to dive deeper into your passion by choosing an area of specialization and electives.

With both thesis and nonthesis tracks available, you can tailor your academic journey to match your personal and professional goals.

You'll take courses such as:

  • Marine Hydrodynamics and Wave Theory
  • Materials for Marine Applications
  • Principles of Physical Oceanography

Check the catalog for a description of all courses.

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

Students launching an ROV on a research cruise

Industry-Focused Areas of Specialization

A student works with a conductivity, temperature, depth device that helps to assess specific conditions in the ocean.

Ocean engineering specializations align with the needs of a changing world, preparing you for roles in offshore industry, naval architecture, environmental consulting, government and marine technology.

Coastal Engineering & Processes
Study waves, tides and shoreline dynamics to design systems that protect coasts, ports and harbors.

Hydrographic Engineering
Use tools like GIS, sonar and remote sensing to map and measure the ocean environment.

Materials & Structures
Analyze and design marine structures with a focus on strength, durability and ocean resilience.

Naval Architecture
Learn to design and evaluate ships and submersibles for performance, safety and efficiency.

Ocean Energy
Develop systems that capture energy from waves, tides and ocean currents.

Ocean Instrumentation
Create sensing and control systems for data collection and autonomous ocean operations.

Ocean Systems & Underwater Technology
Design underwater vehicles and systems for reliable use in deep-sea environments.

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

Dive Into Research That Matters

Ocean engineering research at Florida Tech tackles real-world challenges through specialized labs.

At the Center for Corrosion and Biofouling Control, researchers develop advanced coatings, materials and protection systems for harsh marine environments.

The Hydromechanics and Naval Architecture Research Lab focuses on ship performance, drag reduction and the environmental impact of marine vessels.

Research at the Wind & Hurricane Impact Research Laboratory (WHIRL) explores storm impacts on coastal structures and engineering solutions for resilience.

The Indian River Lagoon Research Institute (IRLRI) brings ocean engineers into efforts to restore lagoon health through improved flow, sediment control and sustainable technologies.

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