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Projects: Homeland Secrurity Center Of Excellence Print E-mail

Homeland Security Center Of Excellence

 

 

Project Description  COOL Examples 

Prior to September 11, 2001, the Marine Transportation System (MTS) and the business communities it supports focused on speed, reliability and cost of operation. Security, when addressed, dealt primarily with keeping cargo safe from theft. A myriad of terrorist threats and vulnerabilities abound in the new world order. The new paradigm requires a multi-tiered approach, in terms of new technology development, and in policy at the local, State, Federal and international levels in order to address the complexity and ambiguity of today’s global maritime security environment. More than in any other transportation mode, this new security paradigm must be integrated into the business operations of the MTS in order to achieve both security and economic gains.

The National Center for Secure and Resilient Maritime Commerce and Coastal Environments (CSR) brings together a unique set of academic institutions from around the nation and public and private sector partners with diverse expertise and significant experience in developing new knowledge, technology products, models, tools, policies & procedures, and training related to global maritime security and coastal safety. These capabilities will be applied to:

  1. improve the security of the MTS and coastal and offshore operations, leveraging security investments to also improve economic performance;
  2. improve emergency response to events in the maritime domain; and
  3. improve the resiliency of the MTS, offshore operations, and coastal environments. 

The capabilities and experience of the Center’s team, coupled with an array of existing experimental and computational facilities at the member institutions, will create an enterprise that is uniquely equipped to develop, evaluate and implement new technologies, policies, and systems, beginning from collaborative design and moving quickly to experimentation and actual implementation in the real-world environment. The CSR activities will be guided by a spiral development approach to solving the complex issues facing the global MTS and our coastal, island and remote communities. The CSR goal will be at least one major exercise/experiment per year with the aim to transition the capabilities to an operational system. As the program develops, we will identify sites for experiments and exercises in areas covered by the CSR partners, e.g., Miami, Puerto Rico, Gulf of Mexico, Alaska, and the Pacific Basin. We will remain flexible as we develop the research plan, with the agility to respond quickly to emerging threats and national needs. Throughout, the member universities will involve undergraduate and graduate students, and will develop new courses, curricula, and education tools to enable the training of the next generation of maritime security and coastal safety professionals, including students and professionals from historically underrepresented groups.

The technologies, systems, procedures, and policy recommendations that will emerge from CSR will be transformational. For example, systems under development by the partners for coastal environment observing and forecasting can be converted into a dual-use network that provides Maritime Domain Awareness in the coastal and maritime approaches of the Exclusive Economic Zone (EEZ) and extending to the high seas. These and other opportunities for leveraging existing investments to achieve both security and economic transformational progress will be pursued. CSR will function as a resource for DHS in all areas of maritime security and coastal safety, drawing on the expertise of more than 100 PhD-level professionals, with the geographical and technical diversity that is required in a leading-edge, fast-responding technical asset to DHS and the nation.

 

The National Center for Secure and Resilient Maritime Commerce - Stevens Institute

new_york.jpg Manhattan - post 9/11 view from the harbor.

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Fig 1. example of CODAR currents 

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Fig 2. CODAR array coverage

Institution Role Contacts 
 

bruno.jpg Michael Bruno - Lead and Principal Investigator - Stevens Institute of Technology, Hoboken, New Jersey website
wakeman.jpg Thomas Wakeman - Director - Stevens Institute of Technology, Hoboken, New Jersey website
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Scott Glenn - Rutgers University Co-PI website  
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Hans Graber - CSTARS - University of Miami Co-PI
website 
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Tom Weingartner - University of Alaska Co-PI
website  
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Jorge Corredor - University of Puerto Rico Co-PI website 
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Co-PI James Rice - Massachusetts Institute of Technology   website  
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Tony MacDonald Monmouth University Co-PI   website  
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Matt Mattingley - JBC International - Supply Chain Security Co-PI   website  
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Darren Bryant - Lockheed Martin, Maritime Systems and Sensors Co-PI   website  
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Bethann Rooney - The Port Authority of New York and New Jersey (PANYNJ) Partner   website  
johannessen.jpg Johnny Johannessen - Nansen Environmental Remote Sensing Center (NERSC) - Partner   website 
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Carolyn Imamura - The Pacific Basin Development Council (PBDC) - Partner   website  
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Jon Helmick - US Merchant Marine Academy - Global Maritime and Transportation School - Cooperating Federal Agency   website  
 
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