USAF Digital Thread Initiative Overview

Similar documents
The Role of CREATE TM -AV in Realization of the Digital Thread

Challenges and Innovations in Digital Systems Engineering

WSARA Impacts on Early Acquisition

An Element of Digital Engineering Practice in Systems Acquisition

Our Acquisition Challenges Moving Forward

DoDI and WSARA* Impacts on Early Systems Engineering

AFRL Digital Thread / Digital Twin

Prototyping: Accelerating the Adoption of Transformative Capabilities

DoD Modeling and Simulation Support to Acquisition

Digital Engineering and Engineered Resilient Systems (ERS)

Digital Engineering (DE) and Computational Research and Engineering Acquisition Tools and Environments (CREATE)

Air Force Research Laboratory

Jerome Tzau TARDEC System Engineering Group. UNCLASSIFIED: Distribution Statement A. Approved for public release. 14 th Annual NDIA SE Conf Oct 2011

Michael Gaydar Deputy Director Air Platforms, Systems Engineering

AAC/XR: Shaping Tomorrow

Stevens Institute of Technology & Systems Engineering Research Center (SERC)

Closing the Knowledge-Deficit in the Defense Acquisition System: A Case Study

DEFENSE ACQUISITION UNIVERSITY EMPLOYEE SELF-ASSESSMENT. Outcomes and Enablers

Update on R&M Engineering Activities: Rebuilding Military Readiness

Digital Engineering Support to Mission Engineering

Technology & Manufacturing Readiness RMS

Digital Engineering. Ms. Philomena Zimmerman. Deputy Director, Engineering Tools and Environments OUSD(R&E)/Systems Engineering

Engineered Resilient Systems NDIA Systems Engineering Conference October 29, 2014

Reducing Manufacturing Risk Manufacturing Readiness Levels

Advances in Hypersonic Test & Evaluation. Dr. Ed Kraft Associate Executive Director for Research Space Institute at Tullahoma

Advancing the Use of the Digital System Model Taxonomy

Engineered Resilient Systems DoD Science and Technology Priority

Manufacturing Readiness Levels (MRLs) Manufacturing Readiness Assessments (MRAs) In an S&T Environment

Defense Innovation Day Unmanned Systems

AIR FORCE LIFE CYCLE MANAGEMENT CENTER

Strategic Guidance. Quest for agility, innovation, and affordability. Distribution Statement A: Approved for Public Release

Transitioning Technology to Naval Ships. Dr. Norbert Doerry Technical Director, SEA 05 Technology Group SEA05TD

Critical Role of Software Engineering in Development Planning and Sustainment

Space Technology FY 2013

Digital Engineering. Phoenix Integration Conference Ms. Philomena Zimmerman. Deputy Director, Engineering Tools and Environments.

AF Life Cycle Management Center

RAPID FIELDING A Path for Emerging Concept and Capability Prototyping

Information Warfare Research Project

Using the Streamlined Systems Engineering (SE) Method for Science & Technology (S&T) to Identify Programs with High Potential to Meet Air Force Needs

COMMERCIAL INDUSTRY RESEARCH AND DEVELOPMENT BEST PRACTICES Richard Van Atta

A New Approach to the Design and Verification of Complex Systems

Model Based Systems Engineering (MBSE) Business Case Considerations An Enabler of Risk Reduction

Commodity Management in the Department of Defense

Autonomy Test & Evaluation Verification & Validation (ATEVV) Challenge Area

Building the S&T Foundation for Agile Solutions

Summary of the Recent AM Activities at the FAA

The Army s Future Tactical UAS Technology Demonstrator Program

Engineering Autonomy

Test & Evaluation Strategy for Technology Development Phase

Models, Simulations, and Digital Engineering in Systems Engineering Restructure (Defense Acquisition University CLE011)

2018 Aerospace Career Expo. Hosted by the Aeronautical and Astronautical Engineering Student Advisory Council (AAESAC)

Dr. Cynthia Dion-Schwartz Acting Associate Director, SW and Embedded Systems, Defense Research and Engineering (DDR&E)

Synopsis and Impact of DoDI

MILAN DECLARATION Joining Forces for Investment in the Future of Europe

University of Massachusetts Amherst Libraries. Digital Preservation Policy, Version 1.3

A Case Study of Changing the Tires on the Bus While Moving

Technology Refresh A System Level Approach to managing Obsolescence

Accelerating Defense Innovation with Computational Prototypes and Supercomputers

Disruptive Aerospace Innovation Aeronautics and Space Engineering Board National Academy of Engineering

Air Force Small Business Innovation Research (SBIR) Program

GTMI Strategic Planning: Additive Manufacturing with Metals

Human Systems COI 3/23/2018. Dr. Kevin T. Geiss Director Airman Systems Directorate 711th Human Performance Wing Air Force Research Laboratory

TRLs and MRLs: Supporting NextFlex PC 2.0

Administrative Change to AFRLI , Science and Technology (S&T) Systems Engineering (SE) and Technical Management

Other Transaction Authority (OTA)

Panel: Systems Engineering Considerations in Practicing Test & Evaluation A Perspective from DoD

Typical Project Life Cycle

COI Annual Update: Guidance April 2017

The Role of the Communities of Interest (COIs) March 25, Dr. John Stubstad Director, Space & Sensor Systems, OASD (Research & Engineering)

Manufacturing Readiness Assessment Overview

Innovative Approaches in Collaborative Planning

Innovative Weapon Technology Solutions for the Current & Future Fight

Air Force Research Laboratory

Aeronautics Research and Technology Roundtable. Steven Pennington October 10, 2013

Stakeholder and process alignment in Navy installation technology transitions

Lean Aerospace Initiative Plenary Workshop. Looking Forward to Phase III. March 23, 1999 Presented By: Cliff Harris MIT

Integrated Transition Solutions

Impact of Technology Readiness Levels on Aerospace R&D

A System Maturity Index for Decision Support in Life Cycle Acquisition

The New DoD Systems Acquisition Process

Systems Engineering Initiatives for Verification, Validation and Accreditation of DoD Models and Simulations

A Knowledge-Centric Approach for Complex Systems. Chris R. Powell 1/29/2015

Cyber-Physical Production Systems. Professor Svetan Ratchev University of Nottingham

Developing S&T Strategy. Lesson 1

Thanks for Hosting Us!!

Are Rapid Fielding and Good Systems Engineering Mutually Exclusive?

Michael Coughenour Lockheed Martin Rotary & Mission Systems (RMS) System Engineering Technologist

An Assessment of Acquisition Outcomes and Potential Impact of Legislative and Policy Changes

Lean Enablers for Managing Engineering Programs

Applying Model-Based Systems Engineering (MBSE) to Develop an Executable Model for the RAX CubeSat Mission

A New Way to Start Acquisition Programs

Future Technology Drivers and Creating Innovative Technology Cooperation

Systems Engineering (SE) In Early Development Planning for the Automated Aerial Refueling (AAR) Project

Engineered Resilient Systems (ERS) A DoD Science and Technology Priority Area Overview Presentation February 28 th, 2013

SETAC Conference May 17th, Rome Challenges, methodological developments and practical solutions for Social LCA in industry and policy

Manufacturing Readiness Assessments of Technology Development Projects

Follow the Yellow Brick Road

Space and Missile Systems Center

Riser Lifecycle Monitoring System (RLMS) for Integrity Management

Physics-Based Modeling In Design & Development for U.S. Defense Virtual Prototyping & Product Development. Jennifer Batson Ab Hashemi

Transcription:

USAF Digital Thread Initiative Overview Claudia V Kropas-Hughes AFLCMC/XZE Presented to NDIA M&S Committee April 8, 2014 Cleared for Public Release on 4 Apr 14, 88ABW-2014-1407 1

Agenda Digital Thread DPAAS Digital Thread Workshop, 21 Nov 13 Workshop Results: Guiding Principles Follow-on Activities Digital Thread Working Group (DTWG) Next Steps 2

What if The performance capability and total ownership cost of a weapon system could be quantitatively estimated at every stage of the acquisition lifecycle? Program risks could be identified and quantitatively estimated up front? The expected impact of specific program activities/decisions on program risks, performance capability, and total ownership cost could be quantitatively estimated up front? Program risk, performance capability, and total ownership cost estimates could be updated as program activities are completed? Enables rapid development and acquisition of capable, reliable, and affordable weapon systems. 3

Digital Thread Defined Digital Thread is the creation and use of a digital surrogate of a materiel system to allow dynamic, real-time assessment of the system's current and future capabilities to inform decisions in the Capability Planning and Analysis, Preliminary Design, and Detailed Design, Manufacturing, and Sustainment acquisition phases. The digital surrogate is a physics-based technical description of the weapon system resulting from the generation, management, and application of data, models, and information from authoritative sources across the system's life cycle. (SAF/AQR Definition 09/2013) 4

Main Goals: Digital Thread Concept Use ALL AVAILABLE INFORMATION in analyses Use PHYSICS to inform analyses Use PROBABILISTIC METHODS to quantify program risks CLOSE THE LOOP from the beginning to the end and back to the beginning of the acquisition lifecycle Make INFORMED DECISIONS throughout acquisition 5

Digital Thread Analysis Progression Develop preliminary models & req ts in Concept Development Develop detailed as designed models & req ts in Design Validate/calibrate in Test & Evaluation Update using as built data from Production Update using as flown data from Operation Update using as maintained data from Sustainment Requires formalized framework(s) for linking & updating across both acquisition phases and technical domains. 6

Capability Based Planning (CBP) MDD A B C Materiel Solution Analysis (MSA) Affordable, Interoperable System Requirements Technology Development (TD) Weight Mgt @CDR Engineering & Manufacturing Development (EMD) Minimum Defects Discovery After 1 st Flight Ground Tests Flight Tests Production And Deployment (P&D) Assured Suitability (RAM) At FRP Decision Reduced O&S Costs Thru Optimum Maintenance, SLEP Planning Operations & Sustainment (O&S) Rapid Response, Repurposing for Changing Mission Threads, Crisis Management Digital Simulation for Capability Planning & Analysis Affordable, Feasible Design Space High Fidelity Aero Loads Model Wind Tunnel Loads Test Prototype Vehicle Design System Reliability System Weibull Statistics Accelerated Mission Testing Model Based Engineering & Design Detail Design MIN/MA X Loads PSD Bayesian Learning Model Component Reliability Component Weibull Statistics Bayesian Assembly of Component Reliability to System Reliability Early Reliability Assessment Rig Tests Initial Meta Data For Digital Twin Process Workflow 3D Parts Rendering Manufacturing Logisitcs Design in Reliability MB Virtual Mfg Configuration Management Interface Control Part Number ID Engineering Knowledge Validated Components, Structures And Materials Models Management Digital Twin

Digital Thread (DT) Workshop, Nov 21, 2013 Defense Planning and Analysis Society (DPAAS) host Purpose: to facilitate a dialogue/ collaboration between Industry and Government A continuation of previous meetings; broaden the recommendations of Global Horizons The workshop 10 Industry and Government presentations on current efforts Industry/Government panel discussion on the way forward Follow-on Activities and Guiding Principles 8

DT Workshop Guiding Principles The burning platform = escalating cost of development and need for faster timelines More pilot programs needed chosen wisely Do early wins Low hanging fruit could be structural life applications for sustainment Acquisition community needs to fully engage Manage Expectations: It will take several years to succeed Digital Thread and Digital Twin are closely aligned Collaboration may involve complex networking issues and cybersecurity challenges 9

DT Workshop Follow-on Potential next steps: Activities Develop glossary of terms Inventory current tools and methodologies Establish working group of system engineers to define way ahead (strategic plan) 10

DT Workshop Follow-on Potential next steps: Activities Develop glossary of terms Inventory current tools and methodologies Establish working group of system engineers to define way ahead (strategic plan) 11

Digital Thread Working Group (DTWG) Knowledgeable personnel to define way ahead for DT (strategic plan) Government and Industry participants Glossary of terms Baseline current activities Develop a strategic roadmap (where we want to go) AFLCMC/XZ point on establishing the DTWG 12

Digital Thread Working Group (DTWG) AFLCMC/XZ point on establishing the DTWG Representatives include: DoD Air Force (SAF/AQR/ AFMC/ AETC/ AFLCMC/ AFRL) and Navy/Army Industry ABDA, AGI, Aurora Flight Sciences Corp., BAE, BAH, Boeing, Camo LLC, CRG, Etegent, GE, ISSI (DPAAS), Lockheed Martin, MacB, MERC, NGC, Peerless Technologies, Stevens Aircraft Engineering, RR Associates, OAI, Shahady Consulting, TDKC (DPAAS), Textron Systems, Wright State Univ 13

Next Steps First Telecom: Thurs, Feb 27 Finalize Charter Glossary Second Telecom: Thurs, Mar 13 Glossary Third Telecom: TBD, April 2014 Focus will be on the Air Force perspective on Digital Thread identify what our needs are, what our areas of interest are, etc. Provide specific examples/outline issues to be addressed CONOPs for AF DT along with particular use cases Provide examples and use cases What capability is the Air Force looking to have? 14

Next Steps Aerospace Enterprise Dialog with Industry (AEDI) April 16-18, 2014, Hope Hotel, Dayton OH Will include a Panel discussion on Digital Thread and CREATE Focus will be Air Force overview on Digital Thread Role of CREATE in the Air Force For more information on this Event: http://www.defenseinnovationmarketplace.mil/aedi.html 15