center of innovation in ship design

Approved for Public ReleaseCISD Overview – Mar 2010 1

Center for Innovation in Ship Design

DirectorJeff Hough

NSWCCD, Code 22301-227-0460

[email protected]

Director of OperationsSteve Ouimette

NSWCCD, Code 2202301-227-4219

[email protected]

Presented17 May 2010

Marine Board Spring MtgNorfolk, VA

Kelly Cooper, ONR


CharterCharterPeople

Educate and develop the next generation of naval engineers

Knowledge

Advance the theory and practice of ship design

Explore new and innovative ways to develop naval ships

Innovation

Provide an environment to develop and assess innovative ship technologies & concepts quickly

Funded through ONR NNR-NE Program & NAVSEA Located at NSWC CarderockTransition opportunities through NAVSEA

programs & marine industry/university partners

Funded through ONR NNR-NE Program & NAVSEALocated at NSWC CarderockTransition opportunities through NAVSEA

programs & marine industry/university partners

Charter signed 17 Oct 2002 by CNR, NAVSEA 05 & NSWC


To Develop and Sustain World-Class Innovative Naval Ship Designers with the Knowledge and

Tools to Create the Navy of the FutureKnowledge and People Create the Affordable, Mission Capable Navy of the Future

CISD CISD VisionVision::

Revitalize and Sustain Naval Engineering Education in the US by Supporting ONR’s Implementation of the National Naval Responsibility for Naval Engineering (NNRNE).

Develop Ship Designers that Create Innovative Ship, Surface/Sub-Surface Unmanned Vehicle and Submarine Designs to Affordably Meet National Defense Capabilities.

Revitalize and Sustain the Technology Base to Support Naval Engineering Education and Innovative Ship, Surface/Sub-Surface Unmanned Vehicle and Submarine Design.

CISD CISD MissionMission::Ensure the Future Capability (People, Tools and

Knowledge) of the Nation to Develop Innovative Ship Designs to Effectively Meet Defense Needs


Strategic Focus AreasStrategic Focus AreasPeople (Human Capital) Development– Ship Designer Development– Naval Research Enterprise Intern Program– Visiting Faculty Program– Middle & High School Outreach– Professional & International Exchange

Innovative Concepts Development– High Risk Ideas / “Out-of-the-Box” Concepts– Strategic Concepts Development– Learn by Doing Concepts– Ship & Ship Systems Technology Needs & Evaluation


Strategic Focus Areas Strategic Focus Areas (continued)(continued)

Ship Design Knowledge Base– Capture/Share Ship Design Practices, Lessons Learned– Use Knowledge Base Technology– Communicate State-of-the-Art Ship Design

Knowledge

Ship Design Tools, Methods & Criteria– State-of-the-Art Naval Architecture Science and Design

Tools Development– Design Tool Transition / Implementation / Introduction– Develop Methods, Tools, & Processes to Quickly

Create & Assess Ship Concepts


Disciplines 03 04 05 06 07 08 09 10

Totals 13 36 14 14 22 27 25 44Naval Engineering 8 23 7 10 15 23 19 23Other Engineering 3 8 7 4 6 2 6 12Graduate Students 2 5 0 0 1 2 0 9

UK DESG Graduates 4 4 3 2 3 4 4 4UK Exchange Officer 1 1 1 1 1 1 1 1German Exchange Eng. 1 1Canadian Exchange Off. 1 1 1 1 1 1 1 0

International Exchange Programs

Science and Engineering Apprentice Program

Guest Professors

High School Students 6 3 0 0 0 0 5 5

Navy Acquisition Intern Program & NSWCCD Scientist / Engineer Development Program

PeoplePeople

Naval Engineering 6 3 0 0 0 1 2 2

Naval/Other Engineering 6 3 0 1 5 3 6 6

NREIP & SMART Summer Interns


2004-2007 CISD Interns, where are they now?

2008 – 27 Student Interns• 6 Offers made to graduating seniors from 2007 intern class• 4 Accepted full-time positions in NAIP or NSWCCD SEDP• 2 Back again for summer 2009• Most still in school (undergraduate & graduate)2009 – 25 Student Interns, where will they be????

CISD People SuccessesCISD People Successes

32%

4%

22%

28%

12%2%

Employed DON

Active Duty

Maritime Industry

Graduate School

Undergraduate

Left Engineering

40% Still in College

58% Working in Naval Engineering!


Center activities include:

• Focused, 2-12 month projects• Teams with government,

academia and industry• Exploring innovative ship

design capabilities and techniques

• Educational and professional development opportunities

• Emphasizing intern/mentor relationships

Enabling Participating Organizations to ...

• Gain early access to new ship development tools & techniques

• Influence and guide government and university ship design research agenda

• Take part directly in ship design projects with government, academic and industry experts

• Influence requirements setting process for future ship designs

CISD Innovation Cells:CISD Innovation Cells:


Intermediate Landing PlatformIntermediate Landing Platform

Concept Experiment

FullScaleTest

Operational Scenario

Multi-Year, Multi-Team project leading to Mobile Landing Platform Program


Deep Water Stable Craneship (DWSC)Deep Water Stable Craneship (DWSC)

Alternative Uses

FLIPSHIP

Modes of Operation

ConceptSpar + Catamaran

Craneship

FAU 1:12scaleDemonstrator

April 2005

• Breakwater• Spar Causeway• Helicopter lily-pad• Special Forces forward operating base


Accelerating the Recruitment and Development of Systems Engineers for the Defense

Acquisition Workforce

Workshop to examine the Science and Technology EnterpriseProfessor Steve Ceccio

Jan 13-14, 2010National Academies

Washington, DC

“During the summers, students will work on their projects at CISD and/or at other Naval Engineering sites.”

By 2015, NEEC will support 284 students annually!

Will Require Expansion of Centers for Innovation in…

• NSWC Dahlgren Division – Combat Systems

• NSWCCD Philadelphia – Machinery Systems

• NUWC Newport – Underwater Systems

• SPAWAR San Diego –• Puget Sound Naval Shipyard –

Establishing new Centers will provide a venue for student mentorship, practical and experiential learning opportunities, and ensure the perpetuation of Navy corporate knowledge.

The Centers of Innovation are a catalyst for multi-university cooperative research activities.

Naval Engineering Education ConsortiumNaval Engineering Education Consortium


Advance the Theory &

Practice of Ship Design by

Combing the Best Ideas and

Experience of Industry,

Government and Academia

Creation & Development of

Breakthrough Ship Design

Technologies, Ship Concepts,

Processes & Tools

The hub of a national collaborative enterprise combining the best ideas and experience of government, industry, and academia in ship design

DirectorJeff Hough

New Technologies, Engineering Methodologies & Management

Tools to Improve the Ship Design Process

Explore New Innovative Ways to Design & Develop Ship

Designs

Director Of OperationsSteve Ouimette

Innovation Knowledge People

Student OutreachProgram ManagerJeanne Robertson

Technical DirectorDr. Colen Kennell

Innovative & AdvancedNaval Capability Concepts

Dr. Pat Hudson

Ship Design & Integration Processes

Jeff Hough (acting)

People Development

Steve Ouimette

Develop Innovative Whole Ship Design Studies

Create & Develop Breakthrough Ship Concepts

Focus on Technologies that Enable More Innovative Ship

Designs

Develop Technically Skilled Ship Designers

Develop Outreach Programs to Promote Ship Design Education

& Professional Development

Develop & Execute a Career Development Process for Total

Ship Systems Engineers



Questions



BACKUP SLIDES


CISD Ship Design Projects:CISD Ship Design Projects:Rapid Sea Lift Ship

Concept Studies

Light Weight Total Ship Architecture

High Speed Small Naval Vessels – Technology

Needs

Global Fleet Station Concepts

Sea Base

Sea Connector Force Architecture

Sea Base

OA

6000 NM

High Speed Sealift

2000 NM

200 NM

Advanced Support Base (ASB)

High Speed Assault Connector

High Speed Connector


CISD Design Tools Projects:CISD Design Tools Projects:UTE- TIES for Small Fast Surface Ships

Ship Design Approval Process Development

High Speed Ship Tools – Ship Synthesis Models &

Performance Analysis

Ship Design Capability Readiness Model

Cognizant Technical Authority (CTA)

Cognizant Technical Authority (CTA)

Task Leader (TL)

Design Integration Manager (DIM)

System Engineering Manager (SEM) Warrant Holder

Project Structure

Ship Design Manager (SDM)

SYSCOM Approval Structure

Responsible for multiple

systems

Mapping Project Structure to the SYSCOM Approval Structure

Warrant Holder

Designated Agent(Non-Warrant

Holders)

Designated Agent(Non-Warrant

Holders)

High Speed Ship Tools & Criteria


CISD Seabasing Innovation Cell:CISD Seabasing Innovation Cell:Rapidly Deployable

Stable Platform

Seabase Hub & Intermediate Transfer Station

Seaplanes

T-Craft

Advanced Logistics Delivery System

•

USE ‘ITS’

TO LOAD & UNLOAD CARGO/ PERSONNEL AT SEABASE

•

WITH BOW DOOR CAN BE USED TO LOAD & UNLOAD CARGO FROM BEACH

•

60,000 LBS PAYLOAD 180 TROOP CAPACITY CAN CARRY ISO CONTAINERS OR VEHCILES

•

1000 LBS PAYLOAD

•

LAUNCHED FROM VESSEL AT 500 KNOTS

•

WINGS INFLATE AND VEHICLE GLIDES TO TARGET

•

RANGE IS 50 NM

•

DELIVERY OF 15 TONS PER HOUR

•SMALL CATAMARAN HULLWITH DETACHABLE SPARPROVIDING SMALL WATER-PLANE AREA•CAPABLE OF SS5 CRANEOPERATIONS


Center of Innovation in Ship Design is:Center of Innovation in Ship Design is:The hub of a national collaborative enterprise combining the best ideas and experience of government, industry, and academia in ship design

CISD CISD MissionMission: : Ensure the Future Capability (People, Tools and Knowledge) of the Nation to Develop Innovative Ship Designs to Effectively Meet Defense Needs

Focus Areas: Navy of the Future• Develop Future Ship Designers• Knowledge Base / Design Tools & Processes• Future Ship & Ship Design Technology Needs• Develop Innovative Ship Design Concepts

Chartered by ONR, NAVSEA 05 & NSWC


Advanced Logistics Delivery SystemAdvanced Logistics Delivery System

• Payload = 1,000 lbs

• Basic Range = 50 miles

• Launch speed = 500 knots

• Required acceleration = 30g


HI-Pa Drive Motor/ Tracked System

IMPs

GE LV100 Gas Turbine

ISO ContainerHandling System

Fuel Tanks

Electronics

Helm Structure

DUKWDUKW--2121


Length: 460ft Installed Power: 7.8MWBeam: 57ft Draft (loaded): 15ftHull Depth: 39ft Block Co-efficient: 0.61 Displacement: 6,304t Enclosed Volume: 922,701ft3

Global Fleet Station (GFS) ConceptsGlobal Fleet Station (GFS) Concepts


CISD TCISD T--CraftCraft• ONR sponsored Project• Compliments T-Craft INP• Excellent academic exerciseShip ConceptSystem DesignExperimentation

• 2007 Student Design• 2007-2008 SEDP Re-design• 2008 Student multi-body

motions test


UAV MothershipUAV Mothership

Recovery of UAVsLaunching of UAVs

• Capable of simultaneous operations of several different types of UAVs


MulberryMulberry

• Design of a rapidly deployable harbor system

- Breakwater system to protect piers from open sea

-Elevated causeway to unload and transfer cargo to shore

center of innovation in ship design

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