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Process for Evaluating LogisticsProcess for Evaluating LogisticsReadiness Levels (LRLs) forReadiness Levels (LRLs) for
Acquisition SystemsAcquisition Systems
October 26, 2005
Aging Aircraft Integrated Product Team (AAIPT)Elizabeth BroadusBooz Allen Hamilton, Inc.
Technology& Process
CostLogistics
Engineering
AgendaAgenda
• Background of Logistics Readiness Level (LRL) concept• LRL Defined• LRL Excerpts• Benefits• Next Steps• Questions• NAVAIR Aging Aircraft Points of Contact
BackgroundBackground
• LRL concept initially based on the DOD 5000.2mandated Technology Readiness Levels (TRL)assessment process
• TRLs provide:– Evaluation of critical technology maturity– Maturation plan (as needed)– Best practices/guidelines for each Milestone
• MS B target is TRL = 6• MS C target is TRL = 7• MS C preferred is TRL = 8
Background: TRL DefinitionsBackground: TRL Definitions
TRL 9----
TRL 8----
TRL 7----
TRL 6----
TRL 5----
TRL 4----
TRL 3----
TRL 2----
TRL 1
TRL 2----
TRL 1
• System Completed• Flt / Mission Qual
• System/SubsystemDevelopment
• Tech Demo
• TechDevelopment
•Research to ProveFeasibility
• Basic TechResearch
System Validated on Representative A/C Via OT …
System Validated on Representative A/C Via DT …
System Demo ~ Dynamic OP Flight Environ ….
Sys/Subsys Demo ~ Relevant Lab Environ …
Component/Breadboard ~ Relevant Environ …….
Component/Breadboard ~ Lab Environ ………….
Analytical /Experimental Proof-of-Concept …….
Technology Concept ………………………
Basic Principles ……………………………
BackgroundBackground
• TRLs provide an understanding of the technical maturitywithout consideration of the sustainment of thosetechnologies– TRLs were never intended to consider logistics– LRLs is a new concept with the intent to consider
sustainment issues
• Logistics benchmark system was desirable– ~10 logistics elements that are often interdependent
and parallel are required to successfully acquire, field,and support new technology
– Aid in understanding what sustainment is required atdifferent time phases
LRL DefinitionLRL Definition• LRL intent:
– Provide a methodology for assessing LogisticElement Readiness for technology
– Establish benchmarks for programs at differentphases in time
– Provide a management tool to forecast logisticsworkload, manpower requirements, identify gaps,etc.
• NAVAIR Aging Aircraft convened a working group ofengineers, logisticians, and program managers to draftan LRL concept– LRL concept is work in progress!!!– Initial phase was to focus on technology insertion
for in-service (post MS C) aircraft platforms– LRL evaluated for project (vice platform)
Draft LRLDraft LRL• LRL’s considered at the project level (i.e. technology
insertion) for an in service aircraft• LRL’s evaluated for 6 project phases:
– Lab Test/R&D– Project Definition (Fleet Need/metrics/BCA/Decision to
proceed)– Project Development /Implementation (Finalized
analysis, change recommended, ECP development,Class II change development, RAMEC, LECP, other)
– Engineering Validation– Fleet Verification– Fleet Use
• Answers question of what has to be done at each projectphase for logistics
LRL ExcerptLRL Excerpt –– Design InterfaceDesign Interface
Technicalupdatescompleted andavailable.
Technicalupdates (such asMaintenanceRequirementCard changes)verified.
Results of RCMand FMECA usedto develop ormodify existingcondition basedand schedulebasedmaintenancetasks. Results ofRCM and FMECAalso used toupdate the CriticalItems list asapplicable.Technical dataupdates draftedand validated.
For new designs,ReliabilityCenteredMaintenance(RCM) andFailure Modesand EffectsAnalysis(FMECA)completed toidentify failuremodes, failurefrequency, effecton performance,and criticality.For modificationsto existing design,RCM and FMECAreviewed forimpacts. Designinterface issuesresolved.
ExistingReliability andMaintainability(RAM) metricsreviewed. Initialimprovementpredictionsdetermined.Design interfaceissue resolution inwork.
Review andidentifysignificantdesigninterfaceimpacts ofproject toexistingsystem orplatform (ex.availablepower,weightconstraints,etc.) CreatePOAM toresolve anydesigninterfaceissues.
DesignInterface
Fleet UseFleet
VerificationEngineeringValidation
ProjectDevelopment/Implementat
ionProject
Definition)
LabTest/R&D
phase
Phase
LRL ExcerptLRL Excerpt –– Training and FacilitiesTraining and Facilities
Fleet Use
FleetVerificati
on
EngineeringValidati
on
ProjectDevelopment/Implementati
on
ProjectDefinit
ion
Lab TestR&D
phase
Phase
New or modifiedFacilitiescompleted .
Facilities projectcompletedand approved.
As needed withfundingavailable,Facilitiesmodifications or newfacilitiesprojects inwork.
Current Facilities reviewedand impacts
identified. Whenapplicable, facilitiesmodifications or new
requirements aredocumented and
analysis completedfor (in) adequacy ofexisting facilities,trade studies for
optimal new facility,funding requested.
Facilities
Traininingcurriculaupdated.NTSPupdated.
Training curriculachangesupdated postvalidation/verification withchanges asnecessary.NTSPchangesfinalized.Changessubmitted forapproval.
Trainingcurriculachangesdrafted. Asrequiredchanges toNavalTrainingSystemsPlan(NTSP)drafted.
Impacts to Trainingidentified
Existing trainingprocedures/curricula andtrainingplanidentifiedandreviewed.
Training
LRL ExcerptLRL Excerpt –– DMSMSDMSMS
Fleet UseFleet
VerificationEngineering
Validation
ProjectDevelopment/Implementation
ProjectDefinition
Lab TestR&Dphase
Phase
Metrics andusagemonitored asrequired.
DMSMSmanagementplan updated.Technical datapackage thatsupportsDMSMSmitigationstrategyavailable.
DMSMSforecastingcompletedfor newtechnology.Updates toDMSMSmanagementplan drafted.Technicaldatapackagerequirementsdrafted.
New technologyevaluatedtodeterminecriticality asit relates toDMSMS.Assesscomponents againstthe techrefreshstrategy.Impacts toDMSMSplan ormetricsidentified.
ExistingDMSMSprogrammanagement planreviewed.Determinethetechnicalrefreshstrategy(2 yr, 4 yr,spiral, etc.)
DMSMS
Draft LRLDraft LRL
• Evaluated percentage of total effort required at eachphase
• Graphed percentage effort as a function of phase of theproject
• Percent effort is subjective number based on effortsoutlined in the LRL for each element at each phase
• Many other ways to depict data– 3 examples follow
Percent Effort by Project Phase
0
10
20
30
40
50
60
70
80
90
100
Lab Test/R&D Phase Project Definition Project Development Engineering Validation Fleet Verification Fleet Use
Project Phase
Perc
ent E
ffort
Maintenance PlanningSupply SupportTechnical DataTrainingFacilitiesManpowerPHS&TSupport EquipmentComputer ResourcesDesign InterfaceDMSMS
Percent Effort During Each Phase
0
10
20
30
40
50
60
Lab Test/R&D Phase Project Definition Project Development EngineeringValidation
Fleet Verification Fleet Use
Phase of Project
Perc
ent E
ffort
Technical DataMaintenance PlanningTrainingFacilitiesSupply SupportManpowerPHS&TSupport EquipmentComputer ResourcesDesign InterfaceDMSMS
Percent Effort vs. Project Phase
0
20
40
60
80
100
120
Tech
nical
Data
Maint
enan
cePla
nning
Train
ing
Facil
ities
Supp
lySu
pport
Manp
ower
PHS&
TSu
pport
Equip
ment
Comp
uter R
esou
rces
Desig
n Inte
rface
DMSM
S
Logistic Element
Perc
ent E
ffort
Fleet UseFleet VerificationEngineering ValidationProject DevelopmentProject DefinitionLab Test/R&D Phase
• Benefits include:– LRLs will be a template/benchmark to measure readiness
by logistic element on a project level basis– Template can be utilized to train/mentor new logistics
personnel (and engineering personnel) in sustainmentrequirements for tech insertion projects
– LRLs will aid in planning manpower/funding/schedulerequirements for projects as they mature from projectconcept to implementation
– LRLs will dovetail with logistics risk assessments foranother perspective
LRL BenefitsLRL Benefits
• Continue to collect input on Draft LRL concept• Brief Draft LRL concept to solicit further input• Update/change draft as needed• Establish a working group to expand the scope to
encompass aircraft in the entire lifecycle vice limiting to in-service aircraft
• Apply and test the process at NAVAIR AAIPT
Next StepsNext Steps
Questions?
• AAIPT Lead, Bob Ernst, 301-342-2203,[email protected]
• AAIPT Assistant Program Manager for Logistics, HarryProffitt, 301-757-0868, [email protected]
• AAIPT Air Vehicle IPT lead, Don Sheehan, 301-342-0131,[email protected]
• AAIPT Consultant, Elizabeth Broadus, 301-862-7049,[email protected]
AAIPT Points of ContactAAIPT Points of Contact
Backup SlidesBackup Slides
AAIPT OrganizationAAIPT Organization
0
5
10
15
20
25
30
1992
1994
1996
1998
2000
2002
2004
2006
2008
2010
Ave
rage
Age
(Yea
rs)
Army
Commercial
Navy
USAF
Average Age > 20 Years
Problem: Aging Aircraft
- Identify Problems - Quantify Risk- Provide Information to Program teams- Advocate for Enabling Technologies- Provide Standard Risk & Cost EvaluationTools
- Focus Attention to Aging Aircraft problems- Leveraged Funding to reduce cost
AAIPT Vision:AAIPT Vision:
Why is an AAIPT needed?
H-46
AV-8H-1
H53
AIR 1.0 AIR 3.0 / 6.0 AIR 4.0 / 5.0
AAIPT LEAD
STAFFFUNCTIONS
WIRING &POW ER
LOGISTICS
AIR VEHICLE AVIONICS OBSOLESCENCEFASTRACK
SUSTAINMENT(S.E.T.)
COST
FINANCES
CONTRACTS
JCAA
On BoardDiagonstics
Off BoardDiagonstics
C ircuitProtection
Batteries
ProcessImprovement
Fire Extinguisher
Corrosion
Hydraulics
Transparencies
Aeromachanics
NDI / NDE
Bearings
Repair / Bonding
S & T
Legacy
Process
Policy
Process /Tools
“Hot Line”
PMA Support
Policy
Process
StructureAnalysis
Products
ENVIRONMENT
AAIPT OrganizationAAIPT Organization
• Command Support ThroughoutNAVAIR
• Technical Expertise
• Adequately staffed to meetemergent needs (Triage)
• Command Support ThroughoutNAVAIR
• Technical Expertise
• Adequately staffed to meetemergent needs (Triage)
Fleet Focus Teams
Fleet Focus TeamFleet Focus Team
• Fleet Focus Teams (FFTs) identify, communicate, and leverageengineering solutions across Type Model Series and/or ServiceBoundaries
• Fleet Focus Teams (FFTs) identify, communicate, and leverageengineering solutions across Type Model Series and/or ServiceBoundaries
Simply Stated:
Common FleetIssue
Fleet FocusTeam
(Engineering,Logistics,
Cost)
Common Solution