Texas A&M University - College Station

54 Programs 2 Degree levels
Masters

Ocean Engineering MEng

DegreeMasters
FieldOcean Engineering
A

Cost & earnings at Texas A&M University - College Station What students borrow here, and what they go on to earn

You borrow $17,804 median federal debt
You repay $202/mo over 10 years
Graduates earn $72,097 10 yrs after entry
Debt clears in 0.6 yrs of the salary premium
US Department of Education figures See the full breakdown →

The Master of Engineering (MEng) in Ocean Engineering at Texas A&M University–College Station is a professionally oriented postgraduate programme focused on the analysis, design and testing of marine and coastal systems. It suits engineers who want advanced technical training in hydrodynamics, offshore structures, coastal processes and numerical/experimental methods, and who are preparing for industry, consulting or applied research roles.

What you'll study

The MEng in Ocean Engineering emphasises applied coursework and a culminating project. Core topics typically include fluid mechanics and hydrodynamics, wave mechanics, offshore structural analysis, coastal engineering, and marine renewable energy. Students study both theoretical and practical approaches: numerical modelling (CFD, potential flow methods), experimental methods (towing tanks, wave basins, instrumentation), seabed and soil-structure interaction, and design principles for platforms, risers and subsea systems.

  • Fundamental hydrodynamics and wave–structure interaction
  • Offshore structures and structural reliability
  • Coastal processes, erosion and protection design
  • Numerical methods for fluid and structural analysis (finite element and finite volume techniques)
  • Experimental techniques: model testing, data acquisition and uncertainty analysis
  • Specialist electives such as marine renewable energy, subsea systems, corrosion and materials for the marine environment
  • Capstone project or design practicum integrating theory and hands-on testing

Programme delivery typically combines lectures, laboratory and computational work, plus a project that applies methods to a realistic engineering problem. Students may also take electives across civil, mechanical and ocean-related disciplines to tailor the degree to industry or research interests.

Entry requirements

Applicants normally hold a bachelor’s degree in ocean, civil, mechanical, naval architecture or related engineering disciplines from an accredited institution. Admission expectations include a solid background in calculus, differential equations, fluid mechanics and introductory structural analysis. Typical supporting materials required are academic transcripts, a statement of purpose, and letters of recommendation. International applicants must demonstrate English language proficiency by providing recognised test scores if their previous instruction was not in English.

Additional considerations include relevant undergraduate project or laboratory experience and, for some applicants, professional experience in marine or offshore sectors. Specific minimum GPA thresholds or test requirements are set by the university and may vary by applicant background; applicants should consult the department for current standards.

Career prospects

Graduates of the MEng in Ocean Engineering move into roles across the offshore and coastal sectors. Typical employers include engineering consultancies, offshore oil and gas companies, renewable energy developers, shipyards and naval contractors, and government agencies responsible for coastal management. Job titles frequently held by alumni include offshore design engineer, coastal engineer, marine hydrodynamicist, subsea systems engineer, and project or field engineer.

The programme also provides a pathway into research and further study: graduates may progress to PhD programmes or join laboratory and testing facilities that support industry and academic research. Proximity to the Gulf of Mexico and established industry partnerships supports internship and employment opportunities with regional and international organisations.

Why study at Texas A&M University - College Station

Texas A&M offers a long-established engineering school with faculty expertise in ocean and offshore engineering topics and strong links to regional industry. Students benefit from access to specialised experimental facilities and computing resources used for model testing and numerical simulation, as well as collaborative opportunities with related units and campuses that focus on maritime research.

The university’s industry engagement and alumni network foster practical training and employment connections in the Gulf of Mexico energy and marine sectors, while the broader College Station engineering environment provides interdisciplinary collaboration across civil, mechanical and environmental engineering. The MEng is geared toward those seeking a career-focused degree that combines classroom learning with applied design and testing experience.

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Programme details are indicative and may change — always verify current information with the official university website before applying.