AMRDEC Overview and Contracting Opportunitieshamaweb.org › presentations › 2016 › february2016jameslackey.pdf · 12 February 2016 AMRDEC Overview and Contracting Opportunities

Presented by:

Mr. James Lackey, SES

Director

U.S. Army Aviation and Missile Research,

Development, and Engineering Center

12 February 2016

AMRDEC Overview and

Contracting Opportunities

Presented to:

Huntsville Aerospace Marketing Association

Distribution StatementA: Approved for public release. Distribution is unlimited.

2

Aviation & Missile Research,

Development, & Engineering Center

Mission:

Vision:

Deliver collaborative and innovative

technical capabilities for responsive

and cost-effective research, product

development and life-cycle systems

engineering solutions.

Be A Warfighter-focused valued team of world

leaders in aviation and missile technologies

and life cycle systems engineering.

Distribution Statement A: Approved for public release. Distribution is unlimited.

3

AMRDEC Director’s Intent

TAKING CARE OF OUR PEOPLE: Collectively mentor, sustain and care for our

integrated technical and non-technical workforce using deliberate, pro-active

supervision approaches.

DEVELOPING AND TRANSITIONING ENABLING TECHNOLOGIES: Continue to execute to

cost and schedule of our wide variety S&T, formal development and rapid

response activities, in firm coordination with TRADOC, PEO, and PM

stakeholders, and Customers.

AFFORDABILITY AND COST CONSCIOUSNESS: Work to minimize overhead and direct

costs, in careful balance, to sustain Customer focus and degrees of best-

practice. Centralize operations and give respectful latitude in the support

Directorate-run missions and functions.

INCREASED STRATEGIC ALIGNMENT WITH OUR PARTNERS: Think on enterprise terms

– how to support one another and how to do business together in a cohesive,

collaborative manner. Systematically communicate with and reach out to the

myriad of our Team Redstone, Large Industry, Small Business, Technical

Services, DAU, regional University and Research Institute Partners to work

toward mutual goals and objectives.


4

RDECOM

ARDEC ARL CERDEC ECBC NSRDEC TARDECAMRDEC


5

RDECOM Business Model

Acquisition & Engineering Life CycleTRL 1 TRL 3 TRL 6 TRL 8 TRL 9TRL 2 TRL 4 TRL 5 TRL 7

ARL / RDEC LNOs Embedded in TRADOC COEs

ASA (ALT) / AMC

RDECOM

TRADOC(Requirements)

WFOs / CAN ICDs / CDDs / CPDs

DASA-RT / AMC PEO / PMs AMC LCMCs

Research (6.1 - 6.2)

Information

Sciences

Materials Sciences

Human Performance

“ility” Engineering

Technology Dev.

(6.2 – 6.3)

Cyber Security and

Operations

Integrated Soldier Protection

Autonomy-Enabled

Formations

Engineering (6.4 – 6.6)

Systems Engineering

Softw are Engineering

Survivability / Lethality

Engineering Prototyping, Modeling

/ Simulation

LCMCs and Depots

COCOMS / Field (6.7)

RDECOM LNOs Embedded

w ith COCOMS RFAST)

Engineering Support for TDPs to Depots

Prototype Engineering

Solutions for Overhaul and

Rebuild

INTERNATIONAL TECHNOLOGY SEARCH

ARL

RDECs

RDEC MatrixedEngineers to PEO / PMs

LCMCs

Discovery Innovation Advanced Development Engineering & Production Support to Warfighter

Material Solution Analy sis Phase

Requirements Authority

Rev iew of AoA Results

Draf t

Capability

Dev elopment

Document*

A

Production & Deploy ment PhaseEngineering & Manuf acturing

Dev elopment Phase

Technology Maturation & Risk

Reduction PhaseInitial

Capabilities

Document*

Capability

Dev elopment

Document* BCapability

Production

Document* C

Operation & Support Phase

Disposal

LEGEND

= Decision Point

= Milestone

Decision

= Requirements

Documents

= Requirements

Authority Rev iew


6

AMRDEC Leadership

MILDEP(Acting)

LTC John M. Schmitt

Engineering

Mr. Mike Bieri (SES)

Scientific & Technical Positions (STs)

Aviation

Advanced Design

Dr. D.J. Taylor

Optical Sciences

Dr. Henry Everitt

Group Leader /

Flight Control Technology

Dr. Mark Tischler

AviationEngineering

Mr. Jeffrey Langhout (SES)

Systems Simulation,

Software,

& Integration

(Acting)

AviationDevelopment

Dr. Bill Lewis (SES)SESSES SES

Micro-Sensors & Systems – Vacant

Radio Frequency Sensors – Vacant

Computational Fluid Dynamics –Vacant

Weapons Dev. &Integration

Dr. Juanita Harris (SES)

SES

Director

Mr. James Lackey (SES)

SES


7

WEAPONS DEVELOPMENT &INTEGRATION DIRECTORATE

ENGINEERING D IRECTORATE

Aviation and Missile Research,

Development, and Engineering Center

AVIATION ENGINEERING DIRECTORATEAVIATION DEVELOPMENT D IRECTORATE

• Life Cycle Systems Engineering (LCCR)

• Independent Product / Process Assessment

• Rapid Prototype Engineering / Integration

• Materiel Release Review Board Vice-Chairman

• Standardization Executive for AMCOM and PEO

Aviation

• AMCOM Industrial Base Advocate

• Team Redstone Industrial Base Enterprise Chairperson

• AMCOM Obsolescence Management Proponent

• AMCOM Product Assurance Advocate

• Senior Independent Review Teams

• Command Value Engineering / Life Cycle Cost Reduction

(LCCR) Manager

• DoD Condition Based Maintenance (CBM) and Reliability

Centered Based Maintenance WIPT Chair

• Stockpile Reliability Program (SRP) Manager for PEO Missiles

and Space

• Army Representative for Development of New System

Engineering (SE) Standard

• Aviation S&T supports both the current helicopter and future rotorcraft

fleets in improving survivability, performance, and affordability

• Current efforts are focused on platforms, power, survivability,

vehicle management, and operations support and

sustainment

• Future efforts are focused on Future Vertical Lift (FVL)

• Joint Multi-Role (JMR) Technology Demonstrator (TD)

• Focus on Transition to PEO Aviation

SYSTEMS S IMULATION, SOFTWARE, & INTEGRATION D IRECTORATE

FY15 Strength = 9,172

81.0%

S&E

Civilian

Military

Contractor

3,040

20

6,112

Provide Collaborative and Innovative Software Engineering,

Modeling and Simulation, System Development, and

Technical Systems Management Products and Solutions as

well as Mission Enabling Center Support .

• Life Cycle Management for DoD missile technology

• Conducts research, exploratory and advanced

development, technology demonstration and

provide engineering and scientific expertise in all

aspects of weapon system design, development,

improvement and integration for the Army

• Lead Army agent in the execution of the Missile

Science and Technology Enterprise

AEDAviation

Engineering Dir.55, 0, 61

ADD74, 2, 59

S3I12, 0, 17

AMRDEC HQ,Redstone Arsenal

2,731, 6, 5,925

ADD 156, 16, 45

Joint Research Program Office

12, 0, 5

• Delegated Airworthiness (AW) Authority

• Systems Engineering

• Aeromechanics

• Propulsion

• Structures and Materials

• Mission Equipment

• Maintenance/Sustainment Engineering

• Foreign Military AW Authority Recognitions

DARPA

$118MAviation

S&T

$158M

Missile

S&T

$150M

PEO

Aviation

$618M

MDA

$206M

Other

Customer

$710M

Other

PEOs

$146M

PEO Missiles & Space

$376M

Non-

S&T

RDTE

$89M

OMA

Mission/

OCO

(RDECOM)

$42M

AMCOM

$170M

AS OF 6 OCT 2015

Who We SupportFY15 ($2,783M)

PhD

MS

BS

Average Age: 46.5 yrs

Current S&E Personnel

6%

44%

100%


8

BASIC RESEARCH

CONCEPT DESIGN AND

ASSESSMENT

M ISSION SYSTEMS

AMRDEC Aviation S&T Focus Areas

MAJOR PROGRAM AREAS

POWER

PLATFORMS

8

• Engines & Other Power Sources

• Drives

Advanced

Cueing

• Engagement and Effects

• Survivability

• Teaming, Autonomy & Information Management

• Human SystemInterface

• Avionics / Networking

• Structures

• Aeromechanics / Rotors

• Vehicle Management & Control

• Subsystems

SUSTAINMENT

0 60 120 180 240 300 360-2500

-2000

-1500

-1000

-500

0

Pushro

d L

oad (

lbs)

Azimuth (deg)

Healthy

Faulty

displacement

force

pitch

-lin

k

stiff

ne

ss

0 60 120 180 240 300 360-5

-4.5

-4

-3.5

-3

-2.5

-2

-1.5

-1

Fla

p H

inge R

ota

tion (

deg)

Azimuth (deg)

Healthy

Faulty

0 60 120 180 240 300 3602000

4000

6000

8000

10000

12000

Vert

ical H

inge L

oad (

lbs)

Azimuth (deg)

Healthy

Faulty

*one blade shown for clarity

Pitch Rod Wear / Play

Representation

Rotor Aero-Elastic Model

hub

pitch rod

swash plate

assembly

scissors

assembly

f ixed system

shaf t

extender

f lap/lag/pitch

hinges

lag damper

blade

Flap Hinge

Rotation (deg)

Pitch

Rod Load (lb)

Control

System Model

Hinge Load (lb)

Vertical Flap

Rotor Aeroelastic ModelsForce Signals (3)

Moment Signals (3) ElectronicsModule

PowerHarvester

InertialSensors

Spherical Bearing Thrust Bearing

Spherical Bearing

Thrust Bearing

MDOF Main Rotor Motions

& Loads

Energy Harvester

Load Sensor

Harvester Circuit, Microprocessor, and RF Transmitter

RF Antenna

Rod-End Loads

Push-Rod Loads


9

• AMRDEC PA&E Teams further the viability and effectiveness of missile science and technology efforts through the timely and coordinated study, synthesis, and evaluation of systems and technologies, both current and future

• Champion for Pervasive S&T

PROGRAM ANALYSIS & EVALUATION

FIRE SUPPORT

AMRDEC Missile S&T

Capability Areas and Leads

GROUND TACTICAL(CLOSE COMBAT)

AVIATION WEAPONS

Protect the force and selected geopolitical assets from aerial attack, missile attack and surveillance• Air Defense

• Area Protection

• Platform Protection

PROTECTION

Direct fire weapons, supported by indirect fire, air-delivered fires, and nonlethal engagement means to decide the outcome of battles and engagements

Destroy, neutralize, or suppress the enemy by cannon, rocket, and missile fire and to help integrate firesupport assets into combined arms operations

Find, fix, and destroy the enemy through fire and

maneuver; and to provide combat, combat service and combat service

support in coordinated operations as an integral member of the combined arms team

9 Distribution Statement A: Approved for public release. Distribution is unlimited.

10

Contracting Opportunities

with AMRDEC

11

Description POPBAA/RFI/RFP

AnnouncementEst. $

Prototype Integration Facility

(PIF) Supplies and Services (PIF III)

7-10 yrs. 4th Qtr FY16 $2,450M

AMRDEC Engineering Directorate (ED)

12


AnnouncementEst. $

Next Generation Rotorcraft

TransMissionFY17 - FY21 20 Jan 2016 $16M

Multifunctional Aircraft Technology for Survivability

FY16 - FY17 3 Dec 2016 $2.6M

Alternate Concept Engine - Large FY16 - FY21 February 2016 $20M

Future Embedded Rotorcraft Sustainment Technologies

(FERST)

FY18 - FY21 January 2017

$18.5M (Government Funds -expect to be a Technology

Investment Agreement)

Component Prognostics for Aviation Systems (CPAS)

FY18 - FY21 January 2017

$16.4M (Government Funds -expect to be a Technology

Investment Agreement)

AMRDEC Aviation Development

Directorate (ADD)

13


AnnouncementEst. $

Long Range Fires (LFR) Science and Technology (S&T)

Architecture Study

FY17-FY22,utilizing a basic

12mo. Effort and four 12mo option

periods.

4th Qtr FY16

Expected no more than 5 awards each not to exceed

$1M

Technologies for Army Long Range Tactical Missiles (BAA)

FY-17-FY22 4th Qtr FY16

Multiple awards are possible not to exceed $100M per

award.

AMRDEC Weapons Development and

Integration Directorate (WDI)

14


AnnouncementEst. $

Systems and Computer Resources Support (SCRS):Three packages below will improve functional management of requirements.

Virtual Systems (MAC) 5 yrs. 2017 $85M

Battlefield Systems (MAC) 3 yrs. 2017 $315M

Strategic Systems (MAC) 3 yrs. 2017 $170M

Battlefield Automated Systems Engineering Support (BASES)

(AMCOM Express)

5 yrs. 2016 $90M

Cyber-Systems and Software Security Engineering (S3E)

(AMCOM Express)

5 yrs. 2016 $32M

Lower Tier Program Office (LTPO IV&V) (AMCOM Express)

5 yrs. 2016 $12M

AMRDEC Systems, Simulation, Software,

and Integration Directorate (S3I)

15


AnnouncementEst. $

Technical Support in Propulsion

Project and Aircraft Systems3 yrs. 2nd Qtr 2016 $29M

MED Airworthiness Depot Liaison Engineering and Technical

Support (at CCAD)

3 yrs. 3rd Qtr 2016 $88M

AMRDEC Aviation Engineering

Directorate (AED)

16

AMRDEC Web Site

www.amrdec.army.mil

Facebook

www.facebook.com/rdecom.amrdec

YouTube

www.youtube.com/user/AMRDEC

Twitter@JLackey2

Public Affairs

[email protected]
