Oceanic Research and Application Studies (ORAS) make progress in maritime sciences and technology
Applied Ocean Science, a multidisciplinary program focusing on the application of advanced technology to ocean exploration and observation, offers PhD and Master's degrees. While specific course requirements for these programs within the Mechanical and Aerospace Engineering (MAE) and Electrical and Computer Engineering (ECE) departments could not be found in the search results, we can provide a general outline of what these programs typically entail.
These programs usually require foundational courses in oceanography, fluid mechanics, marine systems, and numerical modeling. In the context of MAE and ECE involvement, students typically take advanced courses in mechanical engineering principles relevant to ocean instruments and vehicles, such as hydrodynamics, control systems, and robotics, as well as in electrical/computer engineering, including sensors, signal processing, and embedded systems.
Research and thesis/dissertation credits are mandatory components of these programs. Applied Ocean Science PhD and Master's degree students conduct research in areas such as marine acoustics, optics, electromagnetics, geophysics, ecology, sediment transport, coastal processes, physical oceanography, and air-sea interaction.
For definitive requirements, it is advisable to consult the official graduate catalogs or departmental webpages of the specific universities offering the Applied Ocean Science programs. Departments sometimes list detailed curriculum requirements including core courses, electives, and research credits in their graduate program sections.
One essential course that bridges the program is the AOS Seminar (SIOC 208), which students are expected to take throughout their period of study.
Applicants for the AOS program should have a strong background in physical science, engineering science, or mathematics, with three years of physics or engineering and three years of mathematics at college level. Factors used to evaluate AOS applicants include academic preparation, previous research experience, research interests aligned with the program, communication with prospective advisors, diversity, equity, and inclusion contributions.
For PhD students, funding is usually supplied by individual advisors and is limited; securing outside fellowships, such as the NSF GRFP, increases the chance of admission. The required course work for the PhD program includes the two-quarter Wave Physics sequence (SIOC 202A and SIOC 202B) and two of the four SIO introductory courses, which must be completed during the first year.
The Applied Ocean Science academic program is designed to provide both a broad background and a core technical base to support the diverse interests and activities of the students. Notable faculty and researchers associated with the program include Matthew Alford, Laurence Armi, Janet Becker, and many others.
In conclusion, while specific course requirements for Applied Ocean Science PhD and Master's programs within the MAE and ECE departments could not be found in the provided search results, we can confidently state that these programs typically combine oceanography, mechanical engineering, and electrical engineering courses, with research and thesis credits as standard requirements. For the most accurate and up-to-date information, it is recommended to consult the official graduate catalogs or departmental webpages of the specific universities offering the Applied Ocean Science programs.
Scientists pursuing Applied Ocean Science degrees may delve into research areas such as marine acoustics, ecology, sediment transport, coastal processes, and physical oceanography. The programs require a strong foundation in science subjects like oceanography, fluid mechanics, and numerical modeling, enhancing their knowledge with advanced engineering principles: mechanical engineering (hydrodynamics, control systems, robotics) and electrical/computer engineering (sensors, signal processing, embedded systems).
Students can expect to engage in essential courses like the AOS Seminar, and a significant portion of their study will involve research and thesis/dissertation work. Applicants for the program should demonstrate a background in physical science, engineering science, or mathematics. To further their chances, they might consider securing outside fellowships like the NSF GRFP.
In addition to core courses, students will build a broad background and technical base to accommodate their diverse interests, aided by renowned faculty members such as Matthew Alford, Laurence Armi, and Janet Becker. Applied Ocean Science leverages technology in data-and-cloud-computing for ocean exploration, creating a multidisciplinary approach that thrives on the intersection of science, climate-change, environmental-science, and coastal processes.
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