SE Transformation - “ - PowerPoint Presentation

SE Transformation - “Shaping our Future…” Presented to: Presented by: NDIA Mr. Dave Cohen 13 August 2018 Director, Systems Engineering Dept., AIR-4.1

Integrated Warfare Analysis establishes CONEMPS and Effects-Chains CONEMPS and Effects Chains are modeled at the System of Systems (SoS) level SYSTEM MODELS Capability Based Acquisition - Outpacing the Threat Digital Thread enables rapid delivery of Integrated Capabilities Constructive Virtual Live LVC-based training maximizes Fleet proficiency System models form “Constructive” basis for LVC M&S environment Capabilities-Based T&E SoS MODEL Systems are developed in a Model-Based environment 2 SE TRANSFORMATION I & I

Industry-Government PartnershipSET applies to Government and IndustryCommercial cycle time is a function of development and production activitiesDoD cycle times add the activities associated with Government oversight responsibilitiesBoth must be addressed to achieve the necessary reductionGovernment must reassess its role in the acquisition process and the methods for executing that roleCriteria for gov’t involvement/oversight (not every decision)If involved, must be on developer’s timelineMust bring value to the decision – not just positional authority Industry must fully leverage advances in HPC-enabled models and participate in establishing a collaborative, integrated digital environment which enables continuous interaction3 NAVAIR Public Release 2017-370. Distribution Statement A – “Approved for public release; distribution is unlimited”

The Elements of SE Transformation4

System Specification as a Model5 A system model is an interconnected set of model elements that represent key system aspects including structure, behavior, requirements, and parametrics In SET, the System Spec (Performance Spec) would be instantiated in a model (using SysML). It will be developed in a collaborative workspace by a cross-functional team. The model will then be placed on the development contract vice a paper spec

System Model – As An Integration Framework6 External Requirements System Document & Specification Mechanical Design Models Electrical Design Models Software Design Models Testing Methods & ModelsSystem Framework for Design ViewpointTraceabilityRationaleAnalysisNeeds Performance EstimatesSystem Model The system model is linked “upstream” to mission effectiveness models and CONEMPS, and “downstream” to decomposed and allocated sub-system requirements and associated designs. It is also linked to verification tools (FEM, CFD) which validate it’s fidelity and utility for intended purpose The system model flows down, and is interconnected with the subsystem requirements and emerging designs. These design are instantiated in different models based on their governing physics (stress/strain, fluids, electro-magnetic, etc.) 6

HumanReadableReview Artifacts Authoritative Source of Truth 7 Machine Readable Analysis ToolsSYSTEM MODELAbility to interrogate the design information and extract data into the format necessary for the given taskLeverages formalismTransformation rules are reusable Provides machine and human readable formats Leverage the model by reviewing the model itselfStakeholders focus on the views of the system model that address their concernsSingle-Source-of-Truth Repository(Gov’t/Prime) TableView Diagram View Graph View XML View RDF View The entire set of models and tools is held in a single repository and becomes the Single-Source-of-Truth for the duration of system development 7

SET FrameworkCDD Integrated Test Vehicle #1 Design & Manufacture Release MDAO*/SET-BASED DESIGN Integration Events * Multi-Disciplinary Analysis & OptimizationElimination of paper CDRL artifacts and large-scale design reviewsContinuous insight/oversight via digital collaborative environment and interaction with the Single Source of Truth Mechanical Design ModelsElectrical Design Models Software Design ModelsTesting Methods & ModelsAnalysis Tools Instantiate System Spec in a model Instantiate and validate design in models Move rapidly to mfg. Substantiation and insight via modeling environment Right-size CDD – very few KPPs, all tied to mission effectives SINGLE SOURCE OF TRUTH Re-balance as required Mission Effectiveness optimization 8

How NAVAIR is Executing SET9

V9.0Training Content Development Coaching & Mentoring Workshops Training Delivery KEY AREAS OF RESEARCH:Model IntegrationModel IntegrityOntology MDAOMulti-Physics ModelingModel VisualizationRoadmap & ImplementationContract Language Tech Data / Acq. ArtifactsOutreachSET Research TeamModeling Envn’t Team Policy, Contract, Legal Team Ref. Model V&V Acquisition Policy Initial Training SET Lead SET Action Officer Workforce/Culture Team Data Models PM/KM Model Visualization Collaboration Center Data Standards & RM - Ontology Decision Framework IT Infrastructure Modeling Methodology Model Repository SSOT Modeling Tool-Set Skill/Performance Model Instructions, SWP & Guides Source Selection SE Process Model “as-is / “to-be” Process & Methodology Team V&V Process IP/Proprietary Data Requirements Policy System Modeling (Spec) Gov’t/Prime Collaboration Model-centric Technical Review Dev. Modeling Methodology Element 1 Element 2 Element 3 Element 4 SET Element Links SET - CBT&E Link SET Framework Links SET - LVC Link SET - I&I Link Surrogate 10

SET Framework 11 CDD Integrated Test Vehicle #1 Design & Manufacture Release MDAO*/SET-BASED DESIGN Integration Events* Multi-Disciplinary Analysis & OptimizationMechanical Design Models Electrical Design ModelsSoftware Design ModelsTesting Methods & Models Analysis Tools Re-balance as required Single Source of Truth V5.0 Element 1 Element 2 Element 3 Element 4 Breaking Framework up into 4 Elements I&I Work – Develop ICTBs which inform CDDs Instantiate System Spec in SysML Decompose and Allocate rapidly, and instantiate subsystem design in models Accelerate design-to-manufacture release thru continuous interaction with Single Source of Truth

Pilots – MANGL, MCAS, NACES, NGAD EngExperiment – Surrogate SystemSET Capability DevelopmentSET “Roll-out” StrategySE Transformation Research (by the SERC) SET Capability Development SET Operation & Maintenance (SEDIC/4.1) Research State-of-the=art Research LiteraturePilot – MQ-25APilot – V-22 COD “Virtual” Technical Reviews Pilots – FVL, Triton Training DeviceResearch Collaboration Increment 1 Increment 2 Increment 3 Lessons Learned Lessons Learned Lessons Learned NAVAIR Enterprise Deployment Development & Implementation Infusion & Deployment SET RESEARCH Model Integration Model Integrity Implementation Methods Roadmap TOOLS – Licenses, Sustainment, etc.. Collaboration Center , IT, CM, SW Releases, etc.. Process Documentation - instruction, SWP, SSP, Guides TRAINING Help Desk INTEGRATED MODELING ENVIRONMENT(IME) Modelling Methodology Modelling Tool-set Modelling Language Model Repository Collaboration Center PILOTS & DEMONSTRATIONS Collaborative Environment Technical Review Framework (e.g. MDAO) System Model Engineering Data in Models SET Cap. Dev. SET Capability Development V7.0 12

Surrogate Pilot focus on Execution of SET Framework Surrogate Pilot Integrated Modeling Environmentfor real-time Collaboration in Authoritative Source of Truth 13

SET Increment 1 Deliverables14 NAVAIR Public Release 2017-892. Distribution Statement A – “Approved for public release; distribution is unlimited”

Workforce & CultureTraining - Increment 1Training Courses15 Architecture and Systems Engineering: Models and Methods to Manage Complex Systems Four Course Professional Certificate Program 17 Weeks On-line 190 Employees Completed/Enrolled Essentials for Understanding SysML Models/ Hands-On Essentials for Creating SysML ModelsOne Week On-site (20/class)Language & Tool Training 83 Employees TrainedAdvanced SysML One Week On-site/ 8 Week Distance Learning Advanced Language & Tool Training 17 Employees Trained Online SysML Language Training 30 – 40 Hour Online Course Self Paced/ On-Demand In Process of Contracting Effort NAVAIR Public Release 2018-194. Distribution Statement A – “Approved for public release; distribution is unlimited”

NAVAIR AIR-00 Digital Engineering Video: https://youtu.be/ppTq1n2cTVYSET MBSE Video: https://youtu.be/171blNCgpCo16