Surface Ship Life Cycle Mngmt Stands Up
The Naval Sea Systems Command (NAVSEA) formally established the Surface Ship Life Cycle Management (SSLCM) Activity on May 8, 2009, in a ceremony at Norfolk Naval Shipyard (NNSY) in Portsmouth, Va. The new activity, a NAVSEA program office, will be aligned under the Deputy Commander for Surface Warfare (SEA 21). The SSLCM Activity will maintain, monitor and refine Class Maintenance Plans for all non-nuclear surface ships to ensure material readiness for the projected service life, develop life-cycle strategies to address system upgrades, and fully implement the Integrated Class Maintenance Plan into each surface ship's maintenance schedule and availability planning process.
BAE Systems Barrow Shipyard Shakeup
According to a report from the North-West Evening Mail, the Barrow Shipyard is heading for a shakeup which will see it rejoined with BAE’s surface shipbuilding yards. The report said that Alan Johnston, the managing director of BAE Surface Ships, revealed the changes during a lecture on Future Surface Ships at The Forum in Barrow on Oct. 28. (Source: North-West Evening Mail)
NAVSEA Sponsors Program at U. of Michigan
The Naval Sea Systems Command (NAVSEA) has created a Summer Naval Surface Ship Design program in cooperation with the Department of Naval Architecture and Marine Engineering at the University of Michigan. The program will run from May 1 to June 16 and will include professors from the University of Michigan, the Naval Postgraduate School, Virginia Tech and instructors from NAVSEA’s Engineering Future Concepts and Surface Ship Design, Ship Costing, and Combat Systems Groups. The new series of courses is being offered at the graduate level on the unique aspect of naval ship design. The seven courses taught are: Naval Architecture Overview…
NAVSEA Sponsors Summer Naval Surface Ship Design Program
The Naval Sea Systems Command (NAVSEA) has created a Summer Naval Surface Ship Design program in cooperation with the Department of Naval Architecture and Marine Engineering at the University of Michigan. The program will run from May 1 to June 16 and will include professors from the University of Michigan, the Naval Post Graduate School, Virginia Tech and instructors from NAVSEA’s Engineering Future Concepts and Surface Ship Design, Ship Costing, and Combat Systems Groups. “A large part of the Navy’s civilian naval architects and engineers will be retiring in the next decade. We will face a shortage of these skilled professionals and we need to ensure that we recruit a new generation of architects and engineers with the right skills to design and build warships for the 21st Century Navy…
Navy Forms New Team for Acquisition and Modernization
In order to better oversee the Surface Navy’s growing number of complex acquisition and modernization programs, the Assistant Secretary of the Navy for Research, Development and Acquisition and Naval Sea Systems Command have realigned resources to create a new organization called Team Ships. Under the new model, mirrored after the successful Team Subs approach, the Program Executive Office, Ships, will continue to manage the development, acquisition and fleet introduction of new ship classes, and a new NAVSEA code, SEA 21, will mange the complete life-cycle support for all non-nuclear surface ships and be the principle interface with the Surface Warfare Enterprise. Team Ships officially stood up June 22. Rear Adm.
Alion Nets $4.6M Navy Contract
Alion Awarded Navy Contract Valued at $4.6M to Analyze Naval Submarine and Surface Ship Survivability and Underwater Explosions Response. Technology Solutions Firm to Provide Engineering Support to Evaluate Fleet Survivability Under SeaPort Enhanced Contract. To help the Navy in determining the survivability and operational reliability of the fleet, Alion Science and Technology, an employee-owned technology solutions company, will analyze the effects of underwater explosions (UNDEX) on U.S. Navy platforms under a $4.6 million SeaPort Enhanced award. Alion’s team of experts will examine submarines, surface ships and associated platforms for the Naval Surface Warfare Center Carderock Division’s Survivability and Weapons Effect Department.
DRS Technologies Wins $21M Navy Contracts
DRS Technologies Inc. has been awarded several new contracts with a combined value of approximately $21m to design and produce power and control equipment for next-generation surface ships for the U.S. Navy. The ships include the new DDG-1000 Zumwalt class, formerly known as the DD(X), the Littoral Combat Ship and the CVN-78 aircraft carrier, as well as existing classes of Navy combatant surface ships and submarines. The company's DRS Power & Control Technologies unit in Milwaukee, Wisc., and in Danbury, Conn., and DRS Power Technology unit in Fitchburg and Hudson, Mass., will perform all work associated with these contracts. Work for these contracts has already started and will continue through September 2011. (Source: The Business Journal)
MLD Test Moves Navy a Step Closer to Lasers for Ship Self-Defense
ARLINGTON, Va. — Marking a milestone for the Navy, the Office of Naval Research and its industry partner on April 6 successfully tested a solid-state, high-energy laser (HEL) from a surface ship, which disabled a small target vessel. The Navy and Northrop Grumman completed at-sea testing of the Maritime Laser Demonstrator (MLD), which validated the potential to provide advanced self-defense for surface ships and personnel by keeping small boat threats at a safe distance. The latest test occurred near San Nicholas Island, off the coast of Central California in the Pacific Ocean test range. The laser was mounted onto the deck of the Navy’s self-defense test ship, former USS Paul Foster (DD 964).
Russian Naval Exercises in Barents Sea
Northern Fleet (NF) surface ships with a nuclear submarine accomplish tactical training tasks in the Barents Sea. The exercise was held by a search/attack ship group comprising ASW corvettes Naryan-Mar and Onega. The crews practiced search for a nuclear-powered submarine and "destroyed" her by antisubmarine weapons. During the exercise, the crews have effectively performed torpedo firing and depth charge release drills, as well as practiced joint maneuvering, cooperation and inter-ship communication.
DSME Gets UK Shipyard Consulting Contract
S. Korea's DSME says it is to provide naval vessel production and management consulting services for British defense company BAE. Under the terms of the agreement, DSME will conduct investigations on 11 areas of shipyard operations for BAE Systems Surface Ships Ltd., a shipbuilding arm of BAE System Group, and suggest ways to improve its productivity. DSME explains that following the defense budget cut, BAE Systems Surface Ships had been looking for ways to cut back on the cost to build warships and reduce inefficiencies.
Sea Jet Tests Advanced Water Propulsion
The new Advanced Electric Ship Demonstrator (AESD) is expected to participate in trials on Lake Pend Oreille at the Carderock Division's Acoustic Research Detachment (ARD), Bayview, Idaho in mid-November. Recently christened Sea Jet, the 133-foot test platform houses a Rolls Royce Naval Marine advanced waterjet propulsion system, the AWJ-21, to improve surface ship efficiency and maneuverability by reducing noise and wake. Capt. Charles Behrle, Commander of the Carderock Division, says his organization is truly gratified to be part of a major technological leap that the AESD brings to the U.S. Navy. The AESD resembles an early DD (X) design. The steel platform displacement is about 120 tons. It was built by Dakota Creek Industries, Inc. (DCI), Anacortes, Washington.
General Dynamics Units Sign MOA With Carderock Division
Two business units of General Dynamics - Electric Boat and Bath Iron Works - have signed a memorandum of agreement (MOA) with Carderock Division, Naval Surface Warfare Center (CDNSWC). The MOA calls for the three organizations to explore more effective and affordable methods of research, development, testing and evaluation of surface and undersea systems. Electric Boat and Bath Iron Works are major suppliers of submarines and surface combatants for the U.S. Navy. Carderock Division is the Navy's principal maritime research center for surface ship and submarine systems.
Stewart, Wilson Promoted by Northrop Grumman NNS
Northrop Grumman Corporation's Newport News sector announced two promotions. and Submarine Fleet Maintenance and Veasey Wilson is promoted to vice president, Supply Chain Management. Stewart, who previously served as director for Surface Ship and Submarine Fleet Maintenance, is responsible for all aspects of naval and commercial surface ship and submarine fleet maintenance from pre-contract through delivery. Tom Schievelbein, Northrop Grumman corporate vice president and president of its Newport News sector. Life Cycle Engineering and program director, Ship Repair. administration from the College of William and Mary. Management. business planning, analysis and efficiency. and implement cross-sector opportunities for material cost savings. Schievelbein.
Stewart and Veasey Named VPs at NN
Northrop Grumman Corporation's Newport News sector has promoted Becky Stewart to vice president, Surface Ship and Submarine Fleet Maintenance and Veasey Wilson is promoted to vice president, Supply Chain Management. Stewart, who previously served as director for Surface Ship and Submarine Fleet Maintenance, is responsible for all aspects of naval and commercial surface ship and submarine fleet maintenance from pre-contract through delivery. "Becky brings a solid understanding of leadership and customer satisfaction to this position and is focused on program management and maximizing our flexibility and responsiveness to our customers," said Tom Schievelbein, Northrop Grumman corporate vice president and president of its Newport News sector.
NAVSEA Hosts Surface Ship TMA Conference
Oct. 18-20 at the Washington Navy Yard. action items into the TMA/Top Management Issues (TMI) process. for these problems," said Capt. FNEG & MPI. review at the next TMI meeting, tentatively scheduled for January. Systems and Preservation Initiatives. items introduced into the TMA/TMI process for fiscal year 2006. Stern Tube Seals, Variable Speed Drives, and Combat Systems. which NAVSEA's Ship Design, Integration and Engineering Directorate manages. shipboard material condition readiness through TMA. facilitated by FNEG & MPI since 1995. resolution process.
Navy Lab Professionals Honored with Awards
Dr. William K. Blake, a U.S. Navy expert in hydroacoustics, recently received the Gold Medal Award from the American Society of Naval Engineers (ASNE) at the ASNE Day 2003 conference. The medal honors a significant contribution in a particular area during the past five years. He works in the Signatures Directorate of the Naval Surface Warfare Center's Carderock Division and directs the Office of Naval Research and Naval Sea Systems Command hydroacoustic programs here. The American Society of Naval Engineers (ASNE) recently presented its annual “Jimmie” Hamilton Award to structural naval architect Dr. David P. Kihl at the ASNE Day 2003 conference. The award honors the best original technical paper in ASNE's Naval Engineers Journal during the year. Dr.
FSL Docks Frigate for Upgrade
Fleet Support Limited (FSL) has started work on the latest Royal Navy Type 23 frigate to enter its facilities for maintenance. The docking of the Plymouth-based HMS Portland heralds a five-month program to upgrade the 1999-built ship that will keep some 150 FSL personnel busy throughout the summer. The enhancement package includes a complete upgrade of the ship’s aviation facilities, and the fitting of the Surface Ship Torpedo Defense suite. The ship will also get refurbishment work to both its hull and living accommodation. Source: FSL
Family of Ships Employs Spiral Design
The U.S. Navy's Surface Combatant Family of Ships (SCFOS) will employ a transformational acquisition approach and focuses on developing a ship that can accommodate modular combat systems. The Littoral Combat Ship (LCS) combat systems modules will be developed separately from ship construction and will be integrated in an open systems architecture model. Additionally, early LCS development will heavily leverage pre-existing technologies. By leveraging the existing R&D efforts performed by the Navy and industry and accelerating the timeline for requirement development and acquisition, LCS will keep delivery times significantly shorter than those of traditional ship programs.
Northrop Demonstrate 'Silent Watch' System
A team of Northrop Grumman Corporation engineers recently successfully demonstrated the capability of the company's Silent Watch Electro-Optical Infrared (EO/IR) Distributed Aperture System (DAS) to enable a surface vessel to sense and track threats. The maritime applications of the EO/DAS involved the strategic placement of multiple EO/IR sensors onboard the Sperry Star III research vessel, a Northrop Grumman Naval and Marine Systems surface ship test platform. The test demonstration proved that, when employed at sea, high resolution, near-real-time images generated by Silent Watch can be displayed and relayed to friendly forces. The Silent Watch EO/DAS was originally designed and developed by Northrop Grumman to provide 360-degree situational awareness for F-35 pilots.
BAE Systems: 5-Year Royal Navy Contract
BAE Systems won a five year contract to provide information services vital to the successful operation of the entire surface fleet for the Royal Navy and Royal Fleet Auxiliary in Portsmouth. The Configuration Accounting Service involves the management of a huge central information system, known as the Surface Ship Definition Database, which contains over five million records relating to Royal Navy ships. The company’s engineers work to ensure all data, including technical documents, design change guidance and spares lists for each ship, are accurate, up to date and easily accessible. Crucially, this information is required to coordinate all maintenance, repairs and upgrades to the fleet effectively.
US Military Officials Speak About Forward Presence
Leading officials from the Navy, Marine Corps and Coast Guard spoke about operating forward and being partners with global presence at the 2014 Navy League Sea-Air-Space Exposition at the Gaylord National Resort and Convention Center in National Harbor, Md., April 7. The Sea-Air-Space Expo is an annual event that brings together key military decision makers, the U.S. defense industrial base and private-sector U.S. companies for an innovative and educational maritime based event. Vice Adm. Michelle Howard, deputy chief of naval operations for Operations, Plans, and Strategy, delivered opening remarks. "It's my pleasure to sit with such a group of, not just distinguished panelists, but in many cases good friends," said Howard.
US Navy Awards Alion $192m Lifecycle Contract
With U.S. Navy ships staying in service for extended periods, ensuring they are ready to meet national security goals requires continual efforts. In response to this need, Alion Science and Technology, a global engineering, technology and operational solutions company, has been awarded a contract valued at up to $192 million by the Naval Sea Systems Command (NAVSEA) Deputy Commander for Surface Warfare (SEA 21). Alion’s technical, program, business and financial management experts will help ensure that all non-nuclear surface ships (with the exception of the Littoral Combat Ships) are maintained and modernized during their service life. Additionally, Alion will support training systems that will familiarize crews with systems throughout each ship.
Defense Shipyard Uses Paramarine Design Software
Spanisch shipyard Navantia uses Paramarine Advance Marine Design Software for naval ship & submarine design. Paramarine software, developed by QinetiQ GRC, is being used by Navantia to support the development of both new naval surface ships and submarines. It is specifically being used for stability calculations on submarines and surface ships in development such as new frigates, patrol boats and corvettes. Navantia employs over 5,500 staff and is Spain's leading naval military technology company offering a wide range of products and services. These include the design, construction and manufacturing of hi-tech military and civil vessels, control and combat systems, the overhaul and alteration of military and civil vessels and diesel engine and turbine manufacturing.