The Coastal and Oceanographic Engineering program is composed of faculty with a wide range of research interests in coastal physical processes. Faculty teach a variety of graduate courses while implementing state-of-the-art pedagogic methods. Courses include Wave Mechanics, Fluid Mechanics, Physical Oceanography, Data Analysis and Numerical Models, among others. The Faculty's research is recognized internationally for its prominence and for its impact in understanding physical processes associated with sediment transport in beaches, estuaries and lakes; wave transformations over sandy and muddy bottoms; bridge scouring; inlet morphodynamics and wave-current interactions; estuarine and coastal physics; storm surge and inundation; and salt intrusion into estuaries and groundwater aquifers. The Faculty's research is funded by Federal and State agencies, as well as by industrial sponsors. Research trains students to become professionals in academic institutions, government agencies, non-government organizations, or industry consulting.
Our academic and research focus is on the delivery of heavy civil infrastructure projects. Our graduates are prepared to plan, manage, and provide engineering support on heavy civil projects. Construction engineers plan and manage the construction of highways, bridges, airports, railroads, buildings, dams, reservoirs, building systems, etc. Construction of such projects requires professionals with a strong fundamental knowledge of engineering and management principles and knowledge of business procedures, economics, and human behavior. Construction engineers engage in the design of temporary structures, cost estimating, planning and scheduling, materials procurement, equipment selection, and cost control. Construction engineering graduates find career opportunities with all of the participants in the project delivery process including: owners, construction management firms, design consultants, design-build firms, and constructors.
Aligning human interaction with the earth and water environment, this interdisciplinary postgraduate research program focuses on eco-friendly geoenvironmental solutions through the collaborative efforts of a multi-discipline team in four interdependent and mutually reinforcing areas:
An inclusive, multi-disciplinary graduate curriculum of Geosystems Engineering is currently being developed from a transformational point of view of utilizing geo-environmental technology for environmental, economical, and social-political sustainability.
Structural engineering research within ESSIE at the University of Florida includes infrastructure system response to extreme-event loading, durability of infrastructure and materials, health monitoring, evaluation and strengthening of existing structures, and the development of construction methods to improve long-term sustainability of new infrastrncture. The structural faculty has a complementary set of expertise in theoretical, analytical, computational, experimental and field investigation techniques well suited to address critical infrastructure issues.
For more information about some of our other specializations see flyers below.
For the contact information of personnel affiliated with each specialization, please see the directory.