Missile Defense, Missile Control and Northeast Asian Security
Presented to: SPACE MISSILE DEFENSE · • Software Quality Engineering Life Cycle Management for...
Transcript of Presented to: SPACE MISSILE DEFENSE · • Software Quality Engineering Life Cycle Management for...
22 SEPTEMBER 2016
WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE OVERVIEW
Presented by:
DR. JUANITA M. HARRIS, SES DIRECTOR
WEAPONS DEVELOPMENT & INTEGRATION DIRECTORATE AVIATION & MISSILE RESEARCH, DEVELOPMENT &
ENGINEERING CENTER
Presented to:
SPACE AND MISSILE DEFENSE WORKING GROUP
Distribution Statement A - Approved for Public Release - Distribution Unlimited. Review completed by AMRDEC Public Affairs Office, 09/07/2016. Control number PR2432
from PR2432
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AMRDEC Overview
Weapons Development and Integration Directorate Overview
Missile S&T
Questions
Agenda
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AMRDEC Leadership
MILDEP (Acting)
LTC John M. Schmitt
Scientific & Technical Positions (STs)
Aviation Advanced Design
Dr. D.J. Taylor
Optical Sciences
Dr. Henry Everitt
Group Leader / Flight Control Technology
Dr. Mark Tischler
Aviation Development
Dr. Bill Lewis (SES)
Micro-Sensors & Systems – Vacant
Radio Frequency Sensors – Vacant
Computational Fluid Dynamics – Vacant
SES
Director
Mr. James Lackey (SES)
SES
Weapons Dev. & Integration
Dr. Juanita Harris (SES)
SES
Aviation Engineering
Mr. Jeff Langhout (SES)
Engineering
Mr. Mike Bieri (SES)
SES SES
System Simulation, Software, & Integration
(Acting)
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WEAPONS DEVELOPMENT & INTEGRATION DIRECTORATE
ENGINEERING DIRECTORATE
Aviation and Missile Research, Development, and Engineering Center
AVIATION ENGINEERING DIRECTORATE AVIATION DEVELOPMENT DIRECTORATE
• Systems Engineering • Test and Evaluation • Production Engineering • Product Assurance • Configuration Management • Prototype Integration Facility / Rapid Response • Logistics Engineering • Industrial Base Assurance • Life Cycle Cost Reduction • Manufacturing Technology • Reliability and Maintainability Engineering • Quality Engineering • Quality Management
• 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 SIMULATION, SOFTWARE, & INTEGRATION DIRECTORATE
• Hardware-In-the-Loop (HWIL) Models and Simulations for Aviation and Missile Systems • Conduct Performance and Effectiveness Evaluations for Aviation and Missile Systems • Design and Develop Virtual Prototyping Facilities for User Evaluations of Aviation and Missile Applications • Define and Develop Modeling and Simulation Methods and Technologies for DoD Applications • Computer Hardware/Software Technology • Independent Verification and Validation (IV&V) • Aviation Flight Safety/Airworthiness Software Assessments • Software Development and Sustainment • Information Assurance/Cyber Security • Interoperability Engineering and Test (IET) • Software Fielding/New Equipment Training • Configuration and Data Management • Software Quality Engineering
• 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
• Delegated Airworthiness (AW) Authority • Systems Engineering • Aeromechanics • Propulsion • Structures and Materials • Mission Equipment • Maintenance/Sustainment Engineering • Foreign Military AW Authority Recognitions
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RADIO FREQUENCY SENSORS
WDI Organization
WDI DEMOGRAPHICS PERSONNEL EDUCATION
Government 443 Masters Degrees 137 Contractor 458 Doctorate Degrees 46
Facilities: 154
CONTROLS & ELECTRONICS
ENERGETIC MATERIALS SYSTEMS &
WARHEADS
CHIEF SCIENTIST FOR ENERGETICS
PLATFORM INTEGRATION
PROPULSION TECHNOLOGY
MISSILE SUSTAINMENT
COMPOSITE MATERIALS & MISSILE STRUCTURES
ASSOCIATE DIRECTOR OF SENSORS, GUIDANCE, & ELECTRONICS DIVISION
ASSOCIATE DIRECTOR OF PROPULSION & STRUCTURES DIVISION ASSOCIATE DIRECTOR FOR
MISSILE DEVELOPMENT DIVISION
Protection Capability Area Lead
Fire Support Capability Area Lead
Ground Tactical Capability Area Lead
Aviation Capability Area Lead
DIRECTOR
IMAGE & SIGNAL PROCESSING TECHNOLOGY
I/R & OPTICAL TECHNOLOGY
RADIO FREQUENCY TECHNOLOGY
ELECTRONICS & COMPUTERS
NAVIGATION TECHNOLOGY
SYSTEM DESIGN & INTEGRATION TECHNOLOGY
SCALABLE EFFECTS WEAPONS TEAM
DARPA PROGRAMS
PROGRAM DIRECTOR OF ADVANCED PROGRAMS
ADVANCED TECHNOLOGY
BUSINESS OFFICE
TECHNICAL LEAD FOR MISSILE SUPPORT
Program Analysis & Evaluation
MISSILE TECHNOLOGY
As of 8 August 2016
OPTICAL SCIENCES
Executive Assistant; Executive Officer
DEPUTY DIRECTOR
MISSILE RESEARCH & INNOVATION
MATERIALS & CORROSION PREVENTION
& CONTROL
previously cleared on
PR1609
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WDI Overview
What We Do § WDI serves a 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
§ Specific areas include: Ø Sensors Ø Terminal Guidance Ø Advanced Materials Ø Lethal Mechanisms Ø Navigation & Control
§ Lead Army agent in the execution of the Missile Science and Technology Enterprise
Ø Data Links Ø Fire Control Ø Propulsion Ø System Design, Demonstration &
Integration
WDI Demographics PERSONNEL Government: 461 Contractor: 458 EDUCATION Master’s Degrees: 125 Doctorate Degrees: 39 Facilities: 154
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Missile S&T Capability Areas
FIRE SUPPORT
GROUND TACTICAL (CLOSE COMBAT)
AVIATION MISSILES
Defend the force and selected geopolitical assets from aerial attack, missile attack and surveillance • Point Defense • Area Defense • Platform Defense
AIR DEFENSE
Direct fire and precision 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 fire support 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
Proponent for 6.2 programs that are deemed too immature to transition to one of the four capability areas, are pervasive across two or more of the capability areas, or are core competencies
PROGRAM ANALYSIS & EVALUATION
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AMRDEC Technology Areas
PROPULSION
SENSOR
DATALINK & COMMUNICATION
LAUNCHER
MATERIALS & STRUCTURES
WARHEAD/FUZE NAVIGATION SYSTEMS
RELIABILITY/MAINTAINABILITY
MISSILE ELECTRONICS GUIDANCE
MODEL & SIMULATION
CONTROL SYSTEMS
AERODYNAMICS
LETHALITY
AFFORDABILITY / MANUFACTURING TECHNOLOGY
POWER
RADAR PROTECTION & SURVIVABILITY
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Missile S&T Major Efforts
Low-cost Extended-Range Air Defense
(LowER-AD) FY15-21
TRL6
STO
Develop and demonstrate an air defense interceptor that is smaller and more affordable than Patriot to address the proliferating threat of Sub-Sonic Cruise Missile (CM) as well as Tactical/Lethal UAS
• Low-cost interceptor integrated with IAMD architecture and demonstrated at TRL-6
• Government-owned Technical Data Package (TDP) enables effective competition for engineering development and production
• Common Guidance Electronics Unit (GEU) compatible with a spectrum of future missiles. Prolific utility of these components offers the opportunity for quantity purchases to greatly reduce cost per unit. Includes: - Seeker - Guidance electronics - Navigation instruments - Data link
Low-Cost Tactical
Extended Range Missile
(LC-TERM) FY15-21
TRL6
STO/ACE
Develop and demonstrate advanced navigation, propulsion, and payload systems that reduce dependence on GPS, increase range/area coverage, and provide selectable effects against area and point targets
• Propulsion technologies and a fully integrated propulsion system that enables target engagement from 60 to 499km
• Navigation component technologies and integration techniques and a fully integrated navigation system that reduces dependence on GPS for precision effects
• Payload technologies that enable selectable engagement of both area and point target in a single warhead
Land-Based Anti-Ship Missile
(LBASM) FY16-23
TRL6
New Initiative
Adapt existing Army and Marine Corps HIMARS and MLRS rocket and artillery systems to provide a land-based offensive surface warfare capability.
• Deliverables of this effort will include: - Development and demonstration of appropriate sensor, datalink, and
payload component technologies for engaging and defeating mobile surface vessels
- Integration of these component technologies into prototype missile hardware and demonstration of this hardware in a relevant flight environment
• Provides evidence for the feasibility of adapting existing Army and Marine Corps GMLRS and HIMARS systems for offensive surface warfare
• Provides a basis for cost-capability trades for an objective system
PURPOSE PRODUCTS
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AMRDEC Missile S&T Enterprise
CUAS AT THE TACTICAL EDGE NEXT GEN LOWER TIER (EXPEDITIONARY INTERCEPTOR, LAUNCHER, FCS)
TAIL CONTROLLED GMLRS (TCG) TECHNOLOGY INSERTION
LONG RANGE MANEUVERABLE FIRES
MMT OPEN ARCHITECTURE ROCKET PROPELLED AND DROP/GLIDE
MODULAR MISSILE TECHNOLOGY (MMT) MULTI-ROLE VARIANT
NEXT GENERATION AIR-TO-GROUND MISSILE
LETHAL MINIATURE AERIAL MISSILE SYSTEM (LMAMS)
PRECISION SHOULDER-LAUNCHED MUNITION
(P-SLM) LMAMS
ENHANCEMENTS NEXT GENERATION
CLOSE COMBAT MISSILE(S)
DIGITAL ARRAY RADAR TESTBED
(DART)
LOW-COST EXTENDED-RANGE AIR DEFENSE
(LOWER AD)
LOW-COST TACTICAL EXTENDED RANGE
MISSILE (LC-TERM) LAND-BASED ANTI-SHIP
MISSILE (LBASM)
NEAR-TERM MID-TERM FAR-TERM CAPABILITY AREA LMAMS/SMAM
OFFENSIVE/ DEFENSIVE SWARM
previously cleared on
PR1609
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AMRDEC Collaborative Incubation of Ideas
ILIR SBIR
STTR MANTECH Advanced
Technology Development
6.3
Basic Research
ILIR
Applied Research
6.2
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QUESTIONS?