government panel: additive manufacturing/3d printing, rapid … · 2016-12-22 · government panel:...

Government Panel: Additive Manufacturing/3D

Printing, Rapid Prototyping and Experimentation

and Adaptive Force Packaging

Moderator:

Ms. Carmela Keeney, Executive Director of SPAWAR Systems Center Pacific

Panelists:

Mr. Alan Kent, Technical Director,

Naval Undersea Warfare Center Division Keyport

Ms. Jeanette Evans-Morgis, Deputy Commander for Systems Engineering, Interoperability,

Architecture and Technology (SIAT), Marine Corps Systems Command

Mr. Scott Dilisio, OPNAV N42

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UNCLASSIFIED

Additive Manufacturing/3D Printing, Rapid Prototyping and Experimentation and Adaptive Force Packaging

Alan Kent

NUWC Division Keyport

Technical Director

24 Aug 2016


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UNCLASSIFIED

How we fight

What we produce

How they fight

What they produce

Influences

Influences

Influences Determines Determines

Rapid Prototyping Need: A Simple Model

Tech Superiority f (S&T, Engineering, Innovation) Speed

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UNCLASSIFIED

• Strategic initiative by the Navy and Marine Corps to rapidly introduce new warfighting capabilities to the fleet

• Essential element in the Navy's strategy to employ innovative technologies – Pace the dynamic threat of our adversaries

– More quickly address urgent capability needs

– Accelerate our speed of innovation

– Rapidly develop and deliver advanced warfighting capability to naval forces.

• Emphasis on “Field Early” or “Fail Fast” – vital lessons learned will enable rapid design iterations

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Rapid Prototyping and Experimentation

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UNCLASSIFIED

DON Additive Manufacturing

• DON has utilized AM for over 20 years to efficiently and cost-effectively support existing processes

– Tooling, fixtures, molds, prototypes, etc.

• Recent excitement due to expansion of additive manufacturing to produce end use components.

– Opens new design space for enhanced warfighting capabilities

– Will enable on-demand production at the point of need, increasing readiness

• Embedded introductory equipment with our Sailors and Marines

– Provide tools needed for deck plate innovation

• Enabling technology that will have significant impact on all naval communities

– Subsurface, surface, air, expeditionary, medical, etc



UNCLASSIFIED

• Development of business models amenable to the industrial base and taxpayer

• Develop ability to rapidly qualify and certify AM components – Establish essential variables/parameters for AM processes

– Establish predictive modeling of links between processing, microstructure and resultant properties

– Non-Destructive Evaluation techniques

• Digital thread integration – Creation of interoperable digital environment

– Methodologies to ensure cyber secure file transfers

• Develop robust materials and ruggedized equipment amenable to expeditionary AM

• AM/digital design training modules for workforce development

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(Some) DON AM Needs

DON is posturing itself to be a networked fast follower



UNCLASSIFIED



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“INNOVATE, ADAPT & WIN” ADDITIVE MANUFACTURING IN THE MARINE CORPS

MS. JEANNETTE EVANS-MORGIS CHIEF ENGINEER OF THE MARINE CORPS AND

DEPUTY COMMANDER SIAT, MARINE CORPS SYSTEMS COMMAND

AUGUST 24TH, 2016

NDIA Gold Coast


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Marine Corps Systems

Command

Mission

To serve as the Department of the Navy's systems command for Marine Corps ground

weapon and information technology system programs in order to equip and sustain Marine

forces with full-spectrum, current and future expeditionary and crisis response capabilities.

Commander’s Priorities Our Work Environment

Executing to Plan

Our Professional Credibility

Preparing for the future

MCSC “Marine Corps Systems Command is a team of

Acquisition Professionals united by a common

purpose—being prepared for the future, while

providing our Marines affordable and capable

systems in a timely manner—and possessing a

strong sense of esprit de corps.”

- Commander’s Intent, Brig. Gen. Shrader

MCSC Engineering

Competency

Mission Help Programs Succeed Through

Application of Disciplined Systems

Engineering

MISSION


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• Rapid pace of technology makes it

difficult to provide the most current

weapon systems in a timely manner

• Innovative thinking within Marine

Corps Acquisition, in partnership with

Industry, will be critical to dominating

the 21st Century battlefield

• Additive Manufacturing offers new

opportunities and challenges for

expeditionary capabilities

Marine Corps

Challenges


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Command Wide

Innovation Efforts

MCSC

Innovation

Initiatives

Technology

Transition


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Additive Manufacturing

Prototyping and modelling

Innovation Primer

Address DMSMS issues & Critical Low Density Parts

Flatten Expeditionary Supply Chain

Manufacture what can not be created by traditional methods today


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INDUSTRY DAY 26 Sept. 2016 @ MCB Quantico Va.

(Gruntworks) 0830-1500 www.marcorsyscom.marines.mil/Infantry

EquippingChallenge

- Greater Fragmentation Protection

- 7.62 Protection - Head and Torso

- Flash Flame protection

- Anti-Vector Capability

- Anti-bacterial Capability

- Better Durability

- Eye Protection

- Knee and Elbow pads

WEIGHT 113.47 lbs

COST $17,845.96

2016

WEIGHT 41.36 lbs

COST $5,880.00

2000

MUCH HAS CHANGED. ADDITIONAL POSSIBILITIES EXIST.

Infantry Equipment

Challenge


http://www.marcorsyscom.marines.mil/InfantryEquippingChallenge



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UNCLASSIFIED

MPC Vendor

Demonstrator Vehicles


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CD&I

PM AAA

Draft CDD Development

MPC -TD Vendor Demonstrator Vehicles

Industry MPC Demonstrations

• Low Cost to Gov’t / IRAD

• Vendors Brought Own Vehicles

• Gov’t provided results back to Vendors

• Further informed Draft CDD

2008 2015 CDD Refinement & Staffing

NATC-Tech Demonstrator

TD results confirmed CDD

requirements could be met with

a single vehicle using existing

technologies and primarily

commercial equipment

ACV 1.1 CDD

USD AT&L

• Satisfied Competitive

Prototyping statutory

requirement

• Skipped TMRR Phase

• Approved Entry at MS B

ACV Requirements History


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David (Dave) J. Dawson Associate Director, OSBP

Marine Corps Systems Command

(703) 432-3946 – Office

[email protected]

Opportunity

Austin (AJ) Johnson Deputy, OSBP

Marine Corps Systems Command

(703) 432-3944 - Office

[email protected]

http://www.marines.mil/unit/marcorsyscom/command/osbp/

MODERN DAY MARINE Sept. 27 to 29th

Marine Corps Base Quantico

http://www.marinemilitaryexpos.com/

Contact MCSC OSBP for information about the Small Business Pavilion


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Adaptive Force Packaging Navy Gold Coast 2016

Mr. Scott DiLisio

OPNAV N42 22-25 August 2016


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What is an Adaptive Force Package?

• Scalable and tailorable capabilities that can be deployed to

accomplish an assigned mission

• Examples include:

‒ A Maritime Prepositioned Force (MPF) Roll-On/Roll-Off

ship with an embarked USMC Crisis Response Force

Package

‒ A Joint High Speed Vessel conducting Theater Security

Cooperation

‒ A Maritime Expeditionary Security Squadron operating with

a U.S. Coast Guard port security unit

‒ An MPF Combat Logistics Support Ship with USMC forces

embarked to provide Humanitarian Assistance/Disaster

Relief

‒ A riverine boat detachment with USCG Law Enforcement

Detachment

ADAPTIVE FORCE PACKAGES ARE NOT PLATFORM DEPENDENT


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Peacetime

and Crisis

Low Intensity

Conflict

Mid-Intensity

Conflict

High Intensity

Conflict

AFP Employment Across

Range of Military Operations (ROMO)

Shaping/

Engagement/

Maritime

Security

Adaptive Force Packages

On Auxiliaries

Adaptive Force Packaging = Getting more from our platforms =

Reducing demand for combatant support of lower ROMO operations

Lesser

Contingencies

Major Contingency

Combatants


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Adaptive Force Package Concept

• Adaptive Force Package concept takes a

system of systems approach by using existing

Programs of Record

• Adaptive Force Packages provide increased

capability to the Warfighter regardless of

employment platform

• Capabilities identified for use not limited to a

single service

• Potential for cost savings by packaging

Programs of Record vice developing new

capabilities

DEVELOPMENT OF ADAPTIVE FORCE PACKAGES IMPROVES CAPABILITIES IN INNOVATIVE AND AFFORDABLE WAYS


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Adaptive Force Packages

MV-22 OPS on Combat Logistics Support Ships

Unmanned Aerial Vehicle Ops Sea-Basing Skin to Skin Ops

Unmanned Surface Vehicle Ops


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Summary

• Leverage existing integrated commercial/small

business processes and procedures to rapidly

support delivery of AFP capability to the joint

warfighter

• AFP concept challenges traditional operational

behaviors by leveraging tailorable, scalable

mission focused packages to depressurize

demand on combatants

• Success of AFP systems requires flexible,

open-architecture influenced programs capable

of being integrated rapidly in support of mission

requirements

THE VERSATILITY OF AFPs PROVIDE UNIQUE OPPORTUNITIES TO

SUPPORT A WIDE RANGE OF OPERATIONS


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government panel: additive manufacturing/3d printing, rapid … · 2016-12-22 · government panel:...

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