Date of Award
Spring 2013
Access Restriction
Campus Access only Research Projects
Degree Name
Master of Science
Department
Systems Engineering
School or College
Seaver College of Science and Engineering
First Advisor
Arnold Galloway
Recommended Citation
Robinson, James L., "An Analysis of New Orleans Levee Protection System" (2013). LMU/LLS Theses and Dissertations. 421.
https://digitalcommons.lmu.edu/etd/421
JamesRobinson_Systems_Presentation_2013.pdf (13422 kB)
Oral Presentation
Oral Presentation
COinS
Comments
New Orleans flood protection system has been under-developed, under-planned, and constructed over the span of forty years; without a true holistic and robust systems engineering approach or integration. Over the years the flood and levee systems have been expanded in response to the many needs and demands to protect this city from floods, resulting from rainfall in the New Orleans area. In recent years local government officials have decided to incorporate a hurricane protection plan into this system. One of the largest problems that the city of New Orleans faces today is that the flood / hurricane protection system was not built as one complete system. Multiple agencies and organizations have separately and collectively built the protection system in phases and stages until the decision was made to incorporate hurricane protection into one plan/system. The city of New Orleans is geographically located in the lower southeastern corner of Louisiana where the Mississippi River flows into the Port of New Orleans and ultimately, the Gulf of Mexico. The busy Port of New Orleans provides a gateway for imports including petroleum, steel, copper, rubber, cement, coffee, and containerized goods. In addition, the city's major exports are grain, vegetable oils, animal feed, and other foods from the Midwestern United States and petroleum products. Thousands of ocean worthy vessels from Europe, Asia, Latin America, and Africa pass through New Orleans on the Mississippi River every year.