Weapon Technology Readiness Assessment
Description
Weapon Technology Readiness Assessment document sample
Document Sample


Headquarters U.S. Air Force
Integrity - Service - Excellence
Air Force
Technology Readiness
Assessment (TRA)
Process
SAF/AQRE
30 Apr 08
What is a TRA?
(DoD TRA Deskbook, May 2005)
An objective, systematic, metrics-based process and
report that assesses the maturity of Critical Technology
Elements (CTEs)
Uses Technology Readiness Levels (TRLs)
Not a risk assessment; not a design review
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Why do a TRA?
Regulatory requirement for all acquisition programs
DoDD 5000.1, DoDI 5000.2, 12 May 03
AFI 63-101, 29 July 05; NSS 03-01, 27 Dec 04 (space
programs)
Submitted to DUSD(S&T) for DAE Programs
Ensure appropriate technology maturity at each phase of the
acquisition lifecycle
PMs job is to manage programs, not develop technology
According to a GAO review* of 54 DoD programs in 2005,
only 15% began development with all of their technologies mature
For programs with mature technology, RDT&E costs
increased 9% and unit production cost increased < 1%
For programs with immature technology, RDT&E costs
increased 41% and unit production cost increased 21%
*Defense Acquisitions: Assessments of Selected Major Weapon Programs, GAO-05-301, March 2005
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TRA Guidance
1. DoD TRA Deskbook, May 05
(https://acc.dau.mil/CommunityBrowser.aspx?id=18545)
2. Air Force TRA Guidelines (SAF/AQRE)
3. DAU Online Training (https://learn.dau.mil/html/clc/Clc.jsp)
CLE 021 “Technology Readiness Assessment” (3 hrs)
4. DAG (http://akss.dau.mil/dag/, para 10.5.2)
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Milestone TRL Requirements
TRL Minimums** 4 6* 7 8/9
A B C IOC FOC
CONCEPT TECHNOLOGY SYSTEM DEVELOPMENT PRODUCTION O
REFINEMENT DEVELOPMENT & DEMONSTRATION & DEPLOYMENT &
Design FRP
Concept
Decision Readiness Decision S
Review Review
TRA TRA
TRL 1-3 TRL 4 TRL 5 TRL 6 TRL 7 TRL 8 TRL 9
Proof Validation Validation Demonstration System Prototype System Mission
Of In In Relevant In Relevant Demonstration Qualification Proven
Concept Laboratory Environment Environment In Operational
Environment Environment
* Title 10 MDA Certification
**Per DoD TRA Deskbook and discussions with DUSD (S&T)
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Title 10 MDA Certification
USC Title 10, Sec. 2366a, Major defense acquisition programs:
certification required before Milestone B or Key Decision Point B
approval (per FY06/07/08 NDAAs)
MDAPs may not receive MS B/KDP B approval until the MDA certifies
that, among other items in Sec 2366a, “the technology in the program has
been demonstrated in a relevant environment”
A 2 Nov 07 SAF/AQR policy memo defines demonstrated in a relevant
environment as all CTEs are TRL 6 or greater.
PMO options:
Demonstrate technology maturity at MS B
Seek alternate, mature technologies
Delay MS B to mature needed technologies
Use evolutionary acquisition – immature technologies transitioned into
program at later date
Seek a National Security Waiver from the MDA (to be avoided)
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Air Force TRA Process
1. Initiate TRA 2. Plan TRA 3. Identify IRP* 4. Train IRP
5. Candidate CTE 6. Finalize CTE
7. Collect Data
List List*
8. Perform 9. Document
10. Staff TRA
Assessment TRA*
CTE – Critical Technology Element
IRP – Independent Review Panel * SAF/AQR Decision Points (coordinate with
PMO – Program Management Office
TRA - Technology Readiness Assessment
DUSD(S&T) for DAE programs)
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Step 1: Initiate TRA
PMO contacts SAF/AQR (SAE/DAE programs) to
initiate a TRA:
Phone: DSN 425-7777
Workflow email: SAFAQR.Workflow@pentagon.af.mil
SAF/AQR identifies AQRE and AQRT action officers
SAF/AQRE: Engineering and Technical Mgmt Division
TRA Process Owner
SAF/AQRT: Science and Technology Division
AFRL Interface (technology expertise)
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Step 2: Plan TRA
PMO and SAF/AQR develop the TRA plan
Kick-off telecon is the common approach
Participants include PMO, SAF/AQR, SAF
Capability Directorate, SAF/ACE, etc.
TRA plan consists of:
Program description, acq strategy, etc.
Technologies under consideration PMO briefs these
Planned TRA schedule areas during the
kick-off telecon
Funding considerations (TDY, labor, …)
Proposed IRP participants
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Step 3: Identify IRP
PMO provides bios of candidate IRP members to
SAF/AQR after kick-off telecon
IRP Lead will be an experienced technical leader, outside of
the PEO chain of command
IRP members have knowledge of program‟s technologies
and are independent of program‟s technology development
Sources of IRP members: Center ENs, Air Force Research
Laboratory (AFRL), FFRDCs, A&AS, other Services
SAF/AQR modifies as necessary and approves IRP
lead and members
Coordinates IRP membership with DUSD(S&T) for DAE
programs
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Step 4: Train IRP
AQR and PMO train the IRP
AQR provides TRA process information
PMO provides a program description to include a
potential list of technologies
Best practice is to have IRP convene at PMO for
briefings; VTC or telecon may be sufficient
Good opportunity for the IRP to request artifacts
(e.g. WBS, CDD, trade studies, s/w development
plan, etc.) from PMO to initiate the assessment
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Step 5: Candidate CTE List
PMO identifies a candidate CTE list
Develop a superset list of technologies by reviewing the
WBS, system architecture, etc.
Define a subset list of critical technologies by using the
methodology per para 3.2.2 of the TRA Deskbook
Clarifying definitions:
New Technology - A technology whose performance
characteristics have not yet been substantiated via operational
test or other acceptable validation methods.
Modified Technology - A change to a technology in which the
resulting performance characteristics can not be described or
predicted by prior/accepted design implementations.
Engineering - Practical application of technology via design,
analysis and/or construction, to solve specific technical
problems.
PMO submits candidate list of CTEs to IRP and AQR
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Step 6: Finalize CTE List
IRP recommends to AQR the final CTE list to be
assessed
Understand superset of program technologies
Consider PMO‟s candidate CTE list
Use IRP expert knowledge and TRA Deskbook CTE
identification methodology to finalize CTE list
SAF/AQR and modifies as necessary and approves
the final CTE list
Coordinates CTEs with DUSD(S&T) for DAE programs
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Step 7: Collect Data
PMO collects and provides data for the IRP to use in
assessing CTE maturity
Data should include detailed results from test or
demonstrations
Burden of proof is on the PMO to provide evidence
that a CTE has been successfully demonstrated
Provide documentation to the IRP well in advance of
the formal assessment to support a timely review
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Step 8: Perform Assessment
IRP performs assessment by reviewing data/artifacts to determine a
TRL for each CTE, and documents rationale and overall conclusion
IRP may consult SMEs to augment the IRP‟s skill set
IRP scoring via closed door session (limited attendance to IRP
members and SAF/AQR POCs)
IRP members use score sheets to record TRL value and rationale
Consulted SMEs do not participate in TRL scoring
Keep score sheets and personal notes unclassified
A copy of score sheets provided to the IRP Lead and to SAF/AQR
IRP Lead strives for TRL consensus
Completeness of artifacts and IRP discussion is key to achieving
consensus
Lack of consensus may necessitate AQR intervention
IRP provides opportunity for PMO feedback on any CTEs requiring
Technology Maturation Plans (TMPs)
PMO provides facility for IRP assessment and verifies facility and
attendees are cleared to handle classification level of data
presented/discussed
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Sample IRP Score Sheet
CTE TRL Rationale
1.
2.
3.
4.
5.
6.
7.
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Step 9: Document TRA
IRP documents its assessment IAW TRA Deskbook sections
3.0 thru 3.4 on pages 4-3 and 4-4
IRP Lead submits the assessment to the PMO with a copy to
AQR
PMO builds the TRA final document around the IRP‟s
assessment using the template on pgs 4-1 thru 4-4 of TRA
Deskbook
PMO (CE/Tech Director) and IRP Lead sign TRA final document
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TRA Final Document
Who writes DoD TRA Deskbook template (pgs 4-1 to 4-4)
PMO 1.0 Purpose of This Document
PMO 2.0 Program Overview
PMO 2.1 Program Objective
PMO 2.2 Program Description
PMO 2.3 System Description
IRP 3.0 Technology Readiness Assessment
IRP 3.1 Process Description
IRP 3.2 CTEs
IRP 3.3 Assessment of Maturity
IRP 3.3.1 CTE #1
IRP 3.3.2 CTE #2
IRP 3.4 Summary of TRLs by Technology
PMO 4.0 PMO Response to IRP Assessment (optional)
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Additional Section 3.3 Detail
3.3.1 CTE #1 (Name)
3.3.1.1 CTE Description
Technology description
Function performed
Synopsis of development history
3.3.1.2 Environment description
3.3.1.3 Criteria for TRL assigned; including rationale
3.3.1.4 References to supporting data
3.3.2 CTE #2 (Name)
3.3.2.1
3.4 Summary of TRLs by Technology
Table summarizing CTE #1,CTE #2, etc.
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Step 10: Staff TRA
PMO submits TRA final document to SAF/AQR NLT 6 weeks
prior to the Milestone
SAF/AQR performs a peer review on the TRA final document
IRP Lead and PMO representative shall be available to brief the
TRA assessment to SAF/AQR and DUSD(S&T) (for DAE
programs)
SAF/AQR endorses the TRA via memo and forwards to SAF/AQ
with an info copy to DUSD(S&T) (for DAE programs)
From DUSD(S&T): Components of a successful TRA …………
Process, Independence, Data
SAF/AQ endorses the TRA via memo
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Summary of Key Responsibilities
PMO
Initiates TRA process with SAF/AQR
Proposes IRP Lead and members to SAF/AQR
Identifies candidate list of CTEs per WBS
Provides artifacts and data to IRP for assessment
Consolidates IRP assessment into a final TRA document and coordinates with SAF/AQR
Funds TRA as necessary
IRP
Complete DAU CLE 021 “Technology Readiness Assessment” (~3 hrs online)
Recommends to SAF/AQR, a final CTE list to be assessed
Assesses TRL for all CTEs; include basis for assessment
Documents and submits assessment to PMO and SAF/AQR
IRP Lead
Manages assessment effort IAW TRA Deskbook and PMO schedule
Obtains additional expertise and artifact information as needed
Strives for consensus in assessment
Signs final TRA document
Communicates progress and outbriefs TRA results to SAF/AQR
SAF/AQR:
AF TRA process owner
Approves IRP Lead and membership
Approves IRP‟s final list of CTEs
Endorses Final TRA document
Coordinates TRA activities with DUSD(S&T) for DAE programs
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Source Selection Considerations
TRA Plan
Write RFP to request KTRs provide technology assessment material and identify
how technology will be evaluated in source selection
IRP/AQR/DUSD(S&T) in-briefed and sign source selection non-disclosure
agreements
Source selection rules apply
Data handling and control
Restricted access and discussions
Consult PMO contracting officer
Performing the Assessment
IRP assessment of technologies occurs in source selection
IRP develops a TRA for each bidder
PMO facilitates evaluation notices between the IRP and the bidders to obtain
additional information per PMO contracting officer instructions
SAF/AQR and DUSD(S&T) action officers are in-briefed and travel to the source
selection site to facilitate the TRA process and to evaluate assessments; not formal
members of the source selection team
Staffing the Final TRA Document
TRA does not imply approval of one source over another
SAF/AQR and DUSD(S&T) decisions accomplished in source selection
SAF/AQR endorsement memo to SAF/AQ and DUSD(S&T) – TRA complete and
results are available in source selection
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Backup charts
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Title 10 MDAP MDA Certification
Prior to Milestone/KDP B Approval
Chapter 139 of Title 10, United States Code (USC), as amended by Section
801, FY2006 NDAA; Section 805, FY2007 NDAA; and Section 812, FY 2008
NDAA
Sec. 2366a. Major defense acquisition programs: certification required
before Milestone B or Key Decision Point B approval
(a) Certification- A major defense acquisition program may not receive
Milestone B approval, or Key Decision Point B approval in the case of a space
program, until the milestone decision authority --
certifies that “the technology in the program has been demonstrated in
a relevant environment….”
(c) Waiver for National Security- The milestone decision authority may waive
the applicability to a major defense acquisition program of one or more
components of the certification requirement if the milestone decision authority
determines that, but for such a waiver, the Department would be unable to
meet critical national security objectives. Whenever the milestone decision
authority makes such a determination and authorizes such a waiver, the
waiver, the determination, and the reasons for the determination shall be
submitted in writing to the congressional defense committees within 30 days
after the waiver is authorized
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“Old” AF TRA Process
Previously
PM identifies independent team, conducts and documents TRA, and submits TRA
report to AQR in support of major program decision with little to no prior coordination
AQR involvement: inconsistent based on when and how PM coordinates TRA plan
with AQR; AQR coordinates final TRA with DUSD(S&T); AQR as „independent reviewer‟
reviews final report prior to major program decision and submits endorsement to
SAF/AQ and DUSD(S&T)
Results
Program delays due to immature technologies – unable to certify compliance with Title
10 MDA Certification requirement pushing out MS B (impacts cost & schedule)
Last minute rush to complete; insufficient time allowed for quality assessment
Independent TRA teams are led by or include program office personnel (perception of
conflict of interest, lack of objectivity)
TRA reports lack body of evidence supporting appropriate TRL
Ad hoc, inconsistent AQR involvement and support; early involvement only if PM
initiates coordination
Lessons Learned
Start earlier
Emphasize TRA training
Clarify AF TRA process (currently not well defined or understood)
AQR needs to be more proactive in guiding process, reviewing plan, identifying
independent team, and ensuring TRA quality meets OSD criteria
TRA GOAL: Programs select mature technologies (MDA Certified);
OSD doesn’t need to conduct ITA on the program
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Why do a TRA?
According to a GAO review of 54 DoD programs:
Only 15% of programs began SDD with mature technology
Programs with mature technologies averaged 9% cost growth
and a 7 month schedule delay
Programs that did not have mature technologies averaged 41%
cost growth and a 13 month schedule delay
At critical design review, 42% of programs demonstrated
design stability (90% drawings releasable)
Design stability not achievable with immature technologies
Programs with stable designs at CDR averaged 6% cost growth
Programs without stable designs at CDR averaged 46% cost
growth and a 29 month schedule delay
Source: Defense Acquisitions: Assessments of Selected Major Weapon Programs, GAO-05-301, March 2005
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Purpose of TRA
Determine maturity of CTEs via an independent or
objective assessment
A report on what has been accomplished to date for
an important subset of technologies in the program
Part of the program‟s technical risk assessment -- Not
the sole means for discovering technology risk
Does not predict future performance nor assess
quality of system architecture, design, or integration
plan
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Title 10 MDAP MDA Certification
Prior to Milestone/KDP B Approval
Chapter 139 of Title 10, United States Code (USC), as amended by Section
801, FY2006 NDAA; Section 805, FY2007 NDAA; and Section 812, FY 2008
NDAA
Sec. 2366a. Major defense acquisition programs: certification required
before Milestone B or Key Decision Point B approval
(a) Certification- A major defense acquisition program may not receive
Milestone B approval, or Key Decision Point B approval in the case of a space
program, until the milestone decision authority --
certifies that “the technology in the program has been demonstrated in
a relevant environment….”
(c) Waiver for National Security- The milestone decision authority may waive
the applicability to a major defense acquisition program of one or more
components of the certification requirement if the milestone decision authority
determines that, but for such a waiver, the Department would be unable to
meet critical national security objectives. Whenever the milestone decision
authority makes such a determination and authorizes such a waiver, the
waiver, the determination, and the reasons for the determination shall be
submitted in writing to the congressional defense committees within 30 days
after the waiver is authorized
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Impact of Title 10 Certification
Requirement to MDAPs
MDAPs may not receive MS B approval until the MDA certifies
that the technology in the program has been demonstrated in a
relevant environment (TRL 6 or greater)
Post MS/KDP B programs appear to be excluded
Program Managers preparing for MS B have the following
options
Demonstrate technology maturity at MS B
Seek alternate, mature technologies
Delay MS B to mature needed technologies
Use an Evolutionary Acquisition approach
Baseline program uses mature technologies
Less mature technologies are transitioned into the program at a later
date
Seek a National Security Waiver from the MDA (to be avoided)
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TRA Core Team Members
Organization Role Identify by Name
SPO Program Manager,
Chief Engineer
SAF/AQRE Component S&T –
TRA Process Owner
SAF/AQRT Component S&T –
USAF SME
DUSD(S&T) AO
AFRL AF SME (IRP Member)
ONR Navy SME (IRP Member)
ARL Army SME (IRP Member)
Identify IRP Lead and voting members
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TRA Schedule
Time Before Major Milestone Decision
* For ACAT 1D or 1AM only
Kick-Off AQR
Meeting AQR coordinates
AQR and IRP
coordinates PM IRP
AQR and PM review
PM Requests on TRA IRP identifies composition,
develop TRA CTE list and
TRA membership candidate CTEs, and
Plan environment
and panel CTE list environment
12-24 months definition
12 months lead definition with
10 months
9 months DUSD(S&T)*
11 months
8 months
PM & IRP
Lead
PM collects Conduct AQR
document
data in Technology PM submits endorses TRA Major
TRA findings
support of the Assessment final TRA to and submits Milestone
and
CTE -- AQR to AFAE and Decision
coordinate
assessment IRP assigns TRLs DUSD(S&T)*
with AQR & NLT 2.5 months
8-6 months 6 months DUSD(S&T)*
NLT 2 months
NLT 3 months
Note: schedule dependent on program complexity and contract strategy;
include time to conduct technology demonstrations as appropriate
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Potential TRA Costs
IRP Member Support
Travel
Contractor support (SEI, FFRDC, etc.)
Other (e.g., fee for service)
Technology Demonstrations (if needed)
TRA Assessment
Conference Fees
CTE Briefings presented by contractors
Identify and budget appropriate funding
as part of TRA planning effort
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Critical Technology Element (CTE)
(DoD TRA Deskbook, May 2005)
1. Does the technology directly 5. Is the technology new or
impact an operational novel?
requirement? 6. Has the technology been
2. Does the technology have a modified?
significant impact on an 7. Has the technology been
improved delivery schedule? repackaged such that a new
relevant environment is
3. Does the technology have a realized?
significant impact on the
8. Is the technology expected to
affordability of the system?
operate in an environment
4. If this is a spiral development, is and/or achieve a performance
the technology essential to meet beyond its original design
the spiral deliverables? intention or demonstrated
capability?
For a technology to be critical, the answer to one of the first 4 questions
must be “yes,” and the answer to one of the second 4 must also be “yes.”
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Manufacturing Technology CTE
(DoD TRA Deskbook, May 2005)
5. Has the manufacturing 9. Are the materials available to
technology been successfully meet quantity and schedule
integrated into a product line? demands?
6. Is the industrial base capable of 10. Are the design-to-cost (DTC)
design, development, goals achievable?
production, maintenance and 11. Are the key manufacturing
support, and disposal of the processes characterized,
system? capable, and controllable with
7. Is the intended design respect to achieving the system
producible? requirements?
8. Have the materials been
characterized in a manufacturing
environment?
For a technology to be critical, the answer to one of the first 4 questions
must be “yes,” and the answer to one of these second 7 must be “no.”
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Critical Technology Element (CTE)
(DoD TRA Deskbook, May 2005)
Critical Technology Elements (CTEs)
A technology element is “critical”
if the system being acquired depends on this technology
element to meet operational requirements (with
acceptable development, cost, and schedule and with
acceptable production and operation costs) and
if the technology element or its application is either new
or novel.
Said another way, an element that is new or novel or is being
used in a new or novel way is critical if it is necessary to
achieve the successful development of a system, its
acquisition, or its operational utility
CTEs may be hardware, software, manufacturing, or
life cycle related at the subsystem or component level
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Key References for TRLs and Assessment
Criteria in the TRA Deskbook
Hardware Software Manufacturing
TRLs TRLs TRLs
Tables 3-1 and 3-2 Table 3-3 in the TRA Table 3-4 in the TRA
in the TRA Deskbook* Deskbook* Deskbook*
Hardware Software Manufacturing
Assessment Assessment Assessment
Criteria Criteria Criteria
Examples Examples Examples
in Section C.2, Assessing in Section C.3, Assessing in Section C.4, Assessing
Hardware CTEs, of the Software CTEs, of the TRA Manufacturing CTEs, of the
TRA Deskbook Deskbook TRA Deskbook
Appendix D, Guidance and best Practices for Identifying Critical technology Elements, in the TRA
Deskbook
*http://www.defenselink.mil/ddre/doc/tra_deskbook_2005.p
df
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Corresponding Environment(s)
Define Corresponding Environment(s)
Tied to CDD and CONOPs
May be more than one environment depending on
system operations
MS B requirement: “relevant environment”
Identify current technology demonstrations that
reflect the corresponding environment
Modeling & Simulation
Ongoing or completed demonstrations,
exercises, or experiments
Plan for technology maturation efforts
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Environment Considerations
(DoD TRA Deskbook, May 2005)
Physical Environment Logical Environment
Mechanical components, Software (algorithm) interfaces
processors, servers, and Security interfaces
electronics Web-enablement
Kinetic and kinematic
Security Environment
Thermal and heat transfer
Connection to firewalls
Electrical and
Security appliques
electromagnetic
Rates and methods of attack
Climatic – weather,
temperature, particulate User and Use Environment
Network infrastructure Scalability
Data Environment Upgradability
Data formats and databases User behavior adjustments
Anticipated data rates User interfaces
Data delay and data Organizational
throughput change/realignments with
Data packaging and framing
system impacts
Implementation plans
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Measuring Technology Readiness
(DoD TRA Deskbook, May 2005)
Technology Readiness Levels (TRLs)
System Test, Launch TRL 9
& Operations 9. Actual system proven through successful mission
operations (sw mission-proven operational
TRL 8 capabilities)
System/Subsystem 8. Actual system completed and qualified (sw mission
Development qualified) through test and demonstration (sw in
TRL 7 an operational environment)
Technology 7. System prototype demonstration in an operational
Demonstration TRL 6 (sw high-fidelity) environment
6. System/subsystem model or prototype
TRL 5 demonstration in a relevant environment (sw
Technology module and/or subsystem validation in a relevant
Development end-to-end environment)
TRL 4 5. Component and/or breadboard (sw module and/or
subsystem) validation in relevant environment
Research to Prove
Feasibility TRL 3 4. Component and/or breadboard validation in
laboratory environment
3. Analytical and experimental critical function and/or
Basic Technology TRL 2 characteristic proof-of-concept
Research
2. Technology concept and/or application formulate
TRL 1
1. Basic principles observed and reported
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TRA Template– Final Document
Program Description (OPR: Chief Engineer)
Identify KPPs, CONOPS, program complexity, acquisition strategy,
and agreed to environment definition in support of the TRA
Methodology (OPR: Chief Engineer)
How CTEs were identified
How TRLs were assigned
TRA Team (OPR: Chief Engineer with info provide by IRP)
Identify IRP members, include credentials qualifying their
participation and objectivity
List of CTEs (OPR: Chief Engineer)
Include original candidates and justification for exclusion
Technology Maturation Plans (for „immature‟ CTEs) (OPR: Chief
Engineer)
TRLs (OPR: IRP Lead)
Identify body of evidence, or data provided to justify TRLs
TRA Summary and Conclusions (OPR: IRP Lead)
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What We Have Learned
Don’t wait until TRA to address technology maturity
Address technology maturity in the program’s acquisition strategy
Use of mature technology required by DoDD 5000.1
TRA is basis for the technology portion of the MDA certification required by
Section 2366a of Title 10, USC
Address Title 10 MS B technology maturity requirement in RFP and
source selection
Start Early
Obtain early agreement on CTEs and “relevant environment”
Develop a TRA team that can provide an objective assessment of the CTEs
SAF/AQR coordinates TRA effort with DUSD(S&T) for ACAT ID/AM programs
Reminders
ACAT I PMs should contact SAF/AQR at least 12 months before MS to
coordinate TRA strategy
ACAT II and III PMs should coordinate TRA strategy with MDA
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TRA Policy and
Guidance
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DoDD 5000.1: The Defense Acquisition System
(12 May 03)
2.2 The policies in this directive apply to all acquisition programs
3.5 The Program Manager (PM) is the designated individual with responsibility for
and authority to accomplish program objectives for development, production, and
sustainment to meet the user’s operational needs. The PM shall be accountable
for credible cost, schedule, and performance reporting to the MDA.
4.3.2 Responsiveness. Advanced technology shall be integrated into producible
systems and deployed in the shortest time practicable. Approved, time-phased
capability needs matched with available technology and resources enable
evolutionary acquisition strategies. Evolutionary acquisition strategies are the
preferred approach to satisfying operational needs. Spiral development is the
preferred process for executing such strategies.
E1.14 Knowledge-Based Acquisition. PMs shall provide knowledge about key
aspects of a system at key points in the acquisition process. PMs shall reduce
technology risk, demonstrate technologies in a relevant environment, and
identify technology alternatives, prior to program initiation. They shall reduce
integration risk and demonstrate product design prior to design readiness review.
They shall reduce manufacturing risk and demonstrate producibility prior to full
rate production.
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DoDI 5000.2, Defense Acquisition Management
Framework: Technology Development
3.6.1 The purpose of this phase is to reduce technology risk and to determine the
appropriate set of technologies to be integrated into a full system. Technology
Development is a continuous technology discovery and development process
reflecting close collaboration between the S&T community, the user, and the system
developer. It is an iterative process designed to assess the viability of technologies
while simultaneously refining user requirements.
3.6.2 The project shall enter Technology Development at Milestone A when the MDA
has approved the TDS…A favorable Milestone A decision DOES NOT mean that a
new acquisition program has been initiated.
3.6.5 The ICD and the TDS shall guide this effort. Multiple technology development
demonstrations may be necessary before the user and developer agree that a
proposed technology solution is affordable, militarily useful, and based on mature
technology. The TDS shall be reviewed and updated upon completion of each
technology spiral and development increment. Updates shall be approved to
support follow-on increments.
3.6.7 The project shall exit Technology Development when an affordable increment of
militarily-useful capability has been identified, the technology for that increment
has been demonstrated in a relevant environment, and a system can be
developed for production within a short timeframe (normally less than five years); or
when the MDA decides to terminate the effort…A Milestone B decision follows the
completion of Technology Development.
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DoDI 5000.2, Defense Acquisition Management
Framework: System Development &
Demonstration
3.7.1 The purpose of the SDD phase is to develop a system or an increment of
capability; reduce integration and manufacturing risk (technology risk reduction
occurs during Technology Development); …and demonstrate system integration,
interoperability, safety, and utility.
3.7.1.2. SDD has two major efforts: System Integration and System Demonstration.
The entrance point is MS B, which is also the initiation of an acquisition
program….Each increment of an evolutionary acquisition shall have its own MS B.
3.7.2 Entrance Criteria. Entrance into this phase depends on technology maturity
(including software), approved requirements, and funding. Unless some other factor
is overriding in its impact, the maturity of technology shall determine the path to be
followed.
3.7.2.2 The management and mitigation of technology risk, which allows less costly
and less time-consuming systems development, is a crucial part of overall program
management, and is especially relevant to meeting cost and schedule goals.
Objective assessment of technology maturity and risk shall be a routine aspect of
DoD acquisition. Technology developed in S&T or procured from industry or other
sources shall have been demonstrated in a relevant environment or, preferably
in an operational environment to be considered mature enough to use for product
development in systems integration. Technology readiness assessments and
where necessary, independent assessments, shall be conducted. If technology is
not mature, the DoD Component shall use alternative technology that is mature and
that can meet the user’s needs.
Integrity - Service - Excellence 45
Regulatory Requirements
(Non Space)
TRA required for MS B and C approval per DoDI 5000.2,
Enclosure 3 (E3), Regulatory Information Requirements
DoDI 5000.2, When
Section Comment
12 May 2003 Required
Technology Readiness Assessments
Assessment Table E3.T.2 MS B & C
required for all
programs (TRA
Independent Technology required at program
Readiness Assessment Table E3.T.2 initiation for ships)
MS B & C
(ACAT ID only – as
required by DUSD (S&T))
Integrity - Service - Excellence 46
NSS Acquisition Policy 03-01
(27 Dec 04)
AP1.1.11 Technology Readiness Assessment (TRA)
– SPD/PM identifies critical technologies and conducts TRA
– Component S&T Executive [SAF/AQR for the Air Force] conducts
independent assessment of TRA at KDP B and C
E4.1 ENCLOSURE 4: INTEGRATED PROGRAM SUMMARY, E4.9, Risk
Management
– At each KDP and Build Approval, the program office should identify the
key technology components of the system and provide their
assessment of the maturity of each key component using the
Technology Readiness Level (TRL) method identified in the DoD
Acquisition Guidebook
– The IPAT will review the program office assessment and determine if, in
their view, all key technology components of the program have been
identified. The IPA will also provide its own independent assessment of
the maturity of the key components using the TRL method
Integrity - Service - Excellence 47
Regulatory Requirements
(Space)
TRA required at KDP B and C for space programs
NSS Acquisition Policy 03-01* Section When Comment
27 Dec 2004 Required
Component
SPD/PM conducts Technology S&T Executive
AP1.1.11 KDP B & C
Readiness Assessment (TRA) assesses TRA;
submits to IPAT
SPD/PM assesses Each KDP
maturity of key technology E4.9 and Build Submitted to IPAT
components Approval
* NSS Acquisition Policy 03-01 provides, “streamlined decision making framework for all
DoD space system MDAPs.”
Integrity - Service - Excellence 48
AFI 63-101: Operations of Capabilities
Based Acquisition System (29 Jul 05)
This instruction applies to defense technology projects and acquisition programs
procured under DOD 5000.2.
1.2 Capabilities Based Acquisition is a process…There are five mutually supporting tenets
that comprise Capabilities Based Acquisition…[including] Technology Transition
Process…[and] Robust Systems Engineering…
2.1.3 Technology Transition Process. One of the fundamentals that makes EA [evolutionary
acquisition] work is the rapid and streamlined incorporation of mature, high pay-off
technology into each increment… AFRL will support the development of phased
capabilities requirements by helping acquisition program offices and operators assess the
maturity and viability of technologies being considered for incorporation in EA programs
and assist when appropriate, in the preparation of a Technology Development Strategy
(TDS) for Milestone A, B, and C.
2.1.4.5 Systems Engineering Planning and the Systems Engineering Plan (SEP)… [The
SEP] should incorporate the planning that is consistent with Technology Readiness
Assessment (TRA) and successfully execute the Technology Development Strategy
(TDS).
Integrity - Service - Excellence 49
AFI 63-101: Chapter 3
Responsibilities
Deputy Assistant Secretary, (Science, Technology and Engineering).
SAF/AQR will:
3.11.5 Review MDAP TRA plans for Milestones B and C, to include the Program Office’s
identification of critical technologies and technical experts to perform the TRA.
3.11.6 Review and validate MDAP TRAs one month prior to milestone decision date and
forward endorsement to the CAE for Milestone B and C. Additionally, transmit ACAT ID
[and IAM] endorsements through the CAE to DUSD (S&T).
(Also, 4.3.5.2 SAF/AQR reviews MDAP TRAs and ACAT II TRAs for which the CAE has
retained responsibility as the MDA one month prior to the Milestone review date, and
forwards a recommendation to the CAE.
Capabilities Directors (CD). SAF/AQI will:
3.7.2 Review MDAP TRA plans for Milestones B and C, to include the program
office identification of critical technologies and technical experts to perform the
TRA.
3.7.3 Review MDAP TRAs one month prior to scheduled Milestone decision date.
Integrity - Service - Excellence 50
AFI 63-101: Chapter 3
Responsibilities (continued)
Program Executive Officers (PEO). PEOs will:
3.14.10 Ensure use of mature technologies demonstrated in relevant
environments at Milestone B and Milestone C.
Program Manager (PM) Responsibilities. PMs will:
3.16.5 Use mature technology demonstrated in operationally relevant
environments for product development and production of each increment of
capability. Coordinate plans prior to starting an objective assessment of critical
technologies for MDAPs… with SAF/AQR six months prior to Milestone B and C
to avoid schedule delays…
Integrity - Service - Excellence 51
AFI 63-101: Chapter 4
4.3.5.2 Assessing Technology Readiness
All acquisition programs must complete an objective technology
readiness assessment (TRA) for MDA consideration at Milestones B
and C.
The assessment [TRA] determines whether or not critical technologies
are sufficiently mature for product development and low-rate initial
production.
A critical technology should have been demonstrated in an
operationally-relevant environment (or, more preferably, in an
operational environment) to be considered mature enough to use in
systems integration during product development.
TRAs for ACAT II and III programs are reviewed by the applicable MDA.
TRAs should be accomplished in an efficient and timely manner to
prevent a delay to a Milestone decision.
Integrity - Service - Excellence 52
Defense Acquisition Guidebook (DAG)
ACAT ID and IAM TRA Submission
The DoD Component Science and Technology (S&T) Executive [AQR]
directs the technology readiness assessment and, for Acquisition
Category ID and Acquisition Category IAM programs
Submits the findings to the CAE who should submit his or her report to the
DUSD(S&T) with a recommended technology readiness level (TRL) (or some
equivalent assessment) for each critical technology.
When the DoD Component S&T Executive [AQR] submits his or her
findings to the CAE, he or she should provide the DUSD(S&T) an
information copy of those findings.
In cooperation with the DoD Component S&T Executive [AQR] and the
program office, the DUSD(S&T) should evaluate the technology
readiness assessment and, if he/she concurs, forward findings to the
OIPT leader and DAB.
If the DUSD(S&T) does not concur with the technology readiness
assessment findings, an independent technology readiness assessment,
under the direction of the DUSD(S&T), should be required.
DAG, Section 10.5.2
Integrity - Service - Excellence 53
DoD TRA Deskbook*
Section 3, The TRA Process
3.2 Identifying CTEs
3.2.1 TRA schedule Established
a) AQR** / PM establish schedule for conducting TRA
b) AQR provides training and support to SPO as needed
3.2.2 The CTE Identification Process
a) PM develops candidate list of CTEs using WBS or system
architecture
b) AQR / PM form independent team to review CTEs
c) Independent team recommends which CTEs should be assessed in
the TRA
3.2.3 Data Collection
a) PM collects data for TRL assessment
3.2.4 CTEs Coordinated
a) PM submits final CTE list to AQR
b) AQR reviews CTEs and coordinates with PM
*Prepared by DUSD(S&T), May 2005
**AQR is “Component (S&T)”
Integrity - Service - Excellence 54
DoD TRA Deskbook
Section 3, The TRA Process (continued)
3.3 Assessing CTE Readiness
3.3.1 TRA Performed
a) AQR appoints and trains independent team to make
assessments. May or may not be same team as in CTE
identification, 3.2.2
b) Independent team assesses TRLs for each CTE and prepares TRA
for submission
3.3.2 TRA Coordination
a) AQR approves TRA and submits to CAE and info copies DUSD(S&T)
b) CAE submits report to DUSD(S&T)
3.3.3 DUSD(S&T) TRA Review and Evaluation
a) DUSD(S&T) evaluates TRA in cooperation with AQR and PM
b) If DUSD(S&T) does not concur with the TRA, and independent
technical assessment can be conducted
Integrity - Service - Excellence 55
DoD TRA Deskbook
Section 4, Submitting a TRA
4.2 Annotated Template for a TRA Submission
“3.1 Process Description”
Who led the TRA and what organizations or individuals
performed the TRA (identifies the special expertise,
establishing the competence and independence of the TRA)
How CTEs were identified (process and criteria used, and who
identified them) – describes the scale used for the
assessments (TRLs)
What analyses and investigations were performed when
making the assessment
Integrity - Service - Excellence 56
DoD TRA Deskbook
Section 4, Submitting a TRA (continued)
4.2 Annotated Template for a TRA Submission
“3.2 CTEs”
Shows the WBS or systems architecture and the CTEs
Explains criterion for technologies that were included
Describes the environment surrounding each CTE
A table that lists the technology name and includes a words
that describe the technology, its function, and the environment
is appropriate
Any additional technology elements that AQR considers
critical should be included
Integrity - Service - Excellence 57
DoD TRA Deskbook
Section 4, Submitting a TRA (continued)
4.2 Annotated Template for a TRA Submission
“3.3 Assessment of Maturity”
Describes the technology (subsystem, component, or technology)
Describes the function it performs and, if needed, how it relates to
other parts of the system
Provides a synopsis of development history and status (facts
about related uses, hours of testing, prototyping, relevance of test
conditions, and results achieved)
Describes the environment in which the technology has been
demonstrated (include brief analysis comparing demonstrated
environment to intended operational environment)
The criteria for TRL and assign readiness level; include rationale
Provide extensive references to papers, presentations, data, and
facts that support the assessment
Repeat for each CTE
Integrity - Service - Excellence 58
DAU Online TRA Training
“TRA Process” https://learn.dau.mil/html/clc/Clc.jsp
7 Steps: 1. Set Schedule
Responsibilities:
1. PM responsibility (integrate into 2. Identify CTEs
IMS); coord with AQR; keep
DUSD(S&T) informed
2. PM responsibility; AQR verifies 5. Collect
3. Coordinate CTEs
Data
3. PM responsibility; coord with
AQR; keep DUSD(S&T)
informed
4. Assess CTEs; prepare TRA
4. AQR responsibility; appoint
independent review team; PM
funds
5. PM responsibility 6. Coordinate and Submit TRA
6. AQR coord; AE submits
7. DUSD(S&T) responsibility
7. OSD Review
Integrity - Service - Excellence 59
Document CTE Maturity
Assessment
CTE #1 - Name
CTE Description
Describe technology (subsystem, component, or technology)
Describe function performed and, if needed, how it relates to
other parts of the system
Provide synopsis of development history and status (facts
about related uses, hours of testing, prototyping, relevance
of test conditions, and results achieved)
Describe environment in which the technology has been
demonstrated (include brief analysis comparing
demonstrated environment to intended operational
environment)
TRL (now and at next milestone)
Criteria for TRL and assign readiness level; include rationale
Provide extensive references to papers, presentations, data,
and facts supporting the assessment
Repeat for each CTE; Use next slide for immature CTEs
Integrity - Service - Excellence 60
Document CTE Maturity
Assessment (continued)
CTE #2
CTE Description
TRL (now and at next milestone) and Rationale
Summarize Technology Maturation Plan,
appended (e.g., if TRL < 6 for MS B)
Schedule showing Technology Demonstration
Events (past and future)
Integrity - Service - Excellence 61
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