Aerospace System Integration Working Group (ASI-WG)

Transcription

1 Aerospace System Integration Working Group (ASI-WG) Satoshi Nagano (Chair) Mat French (Co-Chair, Communication & Membership) Hernando Jimenez (Co-Chair, Publication) Tony Williams (Conference)

2 Mission Mission and Objectives Promote and contribute to aerospace system integration (ASI) across the spectrum of applications ranging from traditional systems to complex systems and systems of systems Objectives 1. Actively contribute to the ASI body of work Advancement of the state of the art, Contributions to established theories and practices 2. Serve the community by pursuing the development of ASI resources with inherent value and archival merit 3. Disseminate, share, and expose AIAA members and the community at large to the ASI body of work 4. Collaboratively engage with relevant AIAA committees whose membership holds subject matter expertise pertinent to ASI, and foster synergistic efforts in support of AIAA s mission 5. Support and participate in AIAA technical activities relating to ASI 2

3 Integration across AIAA Integration is pervasive in aerospace engineering across all applications and is supported by fundamental skills and disciplines proper of this field (Not surprisingly ) We find that the subject matter of ASI-WG is relevant to most if not all TCs / PCs / WGs However none are solely dedicated to integration and only a few feature emphasis on it. ASI-WG recognize the need to reach out to TC s & PC s whose scopes are particularly well aligned. 3

4 Relationship with other TAC PCs and TCs AIAA Publications Executive Committee Technical Activities Committee (TAC) Standards Executive Committee Technical Discipline Groups Technology Integration Groups Program Committees (PCs) Regional Directors for Technical Activities ASI-WG - Aerospace Sciences - Information Systems - Aircraft and Integration Group - Engineering & Tech Mgmt - Aerospace Traffic Mgmt - Space Exporation - Regions I - VIII - Propulsion & Energy - Space & Missiles - Unmanned Systems Cooperative Working Relationship 4

5 Participation in AIAA New Event Model ASI-WG Products AIAA New Event Model participation and organization in Integration and Discipline Tiers Initially providing Panel Discussions on ASM 2013, CASE 2013, Aviation 2014, etc Actively developing AIAA standard, guide, handbooks, book series in coordination with AIAA TAC TCs and PCs Ongoing activity focused on development of AIAA ASI Guide Future activities include: Guides/Handbooks for Aerospace SoS / Complex System Integration, etc Proposed Joint SETC and ASI-WG joint project Journal of Systems Engineering and Systems Integration Start with Book series applicable to SE and ASI Require several PCs & TCs participations on wide range of SE and ASI subjects Currently in coordination with TAC & Publication Committee leaderships 5

6 Participation in AIAA New Event Model Implementation approach: crawl walk - run Crawl 2013 Engage with event planning committees for ASM, Aviation, and Space Sponsor multiple panels that showcase ASI-WG activities and provides a forum for technical discussion around ASI Walk Alternative possible growth options Multiple sessions mixing papers and panels systems integration, system-of-systems integration, complex systems, etc. Plenary exposure Involvement in Call-for-Papers explicitly seeking integration topics Run TBD Integration topics naturally addressed in planning ASI-WG spotlights emergent/cutting edge issues in special sessions 6

7 ASI-WG Conference Agenda Crawl Stage (2013) Initial Panel has been proposed to ASM (Jan 2013) Title: Aerospace Systems Integration Challenges and Opportunities in Advancing the State of the Art Format: Panel discussion with 4-6 leaders in the area of ASI discussing initiatives to improve the state of the art. Initial engagement requested with Aviation and Space Planning Committees Next Steps: (and help needed!) Refine themes and expert panelists for ASM (including session chair) Propose specific focus areas for ASM, AVIATION, and SPACE Participate in ASM, AVIATION, and SPACE planning committees and represent ASI-WG Themes: Objective: Highlight importance of addressing ASI as part of systems implementation Discussion items: (initial list) Effective applications of SE processes to SE Integration Effective application of cost and schedule management to SE Integration - Example : Application of Value Driven Design approach to minimize cost Effective application of Risk management to SE integration Effective New technology, Heritage, and Commercial system to SE integration Space systems (manned and unmanned) Integration Aircraft system (manned and unmanned) Integration Hardware-software integration etc, etc 7

8 ASI Guide: G-135 GUIDELINE NEED Industry need for comprehensive toolset of guidelines and best practices Leverages useful features of previous work Application-agnostic Builds upon fundamental systems engineering concepts Targets revolutionary complex vehicle systems architecture These architectures can produce counter-intuitive, seemingly acausal behavior full of unpredictable surprises GUIDELINE OBJECTIVE Consolidated current state of the art guidelines and best practices for systems integration : Planning Execution Assessment Management Guidance to apply to industry accepted practices, tools, techniques &methods to a specific application Limitations / Strengths of each approach GUIDELINE CHARTER Not development of new standard Guideline built upon current state of art Distributed Industry / Government / Academia work scope Balanced representation of impacted stakeholders Future revisions to capture state of art every 5-10 years SCOPE BOUNDARY PLATFORM 8

9 G-135 Contents (Brief Outline) Abstract 1. Introduction Background Scope Purpose Application Intended Use Applicable Documents 2. Vocabulary 3. Integration in Systems Engineering Models Plan Driven Development and IID SE V Spiral DoD 4. Challenges in Aerospace System Integration Complex Software Extensive Emergent Requirements Multi-Disciplinary Feedback Intensive Substantial Concurrency Scope: Legacy to Revolutionary Integration Global Supply Chain Adaptive Interfaces / Interactions 5. System Integration Planning 6. System Integration Introduction Requirements Definition Requirements Analysis Architecture Design Implementation (Process) 7. System Integration Verification 8. System Integration Programmatic Assessment 9. System Integration & Risk 10. Emerging Techniques / Other Approaches Readiness Levels CMMI Appendices: System Integration Case Studies Planning and Inputs Execution Physical / Functional, Relational Structures Modeling & Simulation Hardware-in-the-loop Adaptable Architectures Assessment Integration & Risk 9

10 Mat French Membership Information ASI-WG Website (initial stages): Recurring Monthly Teleconferences Last Thursday of each Month; 12pm-1pm EST ; Access Code:

11 Back Up 11

12 Charter Statement ASI - WG Charter The ASI-WG is a forum to promote and contribute to ASI across the spectrum of applications ranging from traditional systems to complex systems and systems of systems. These activities may include publications, conference organization and participation, participation in public policy discussion and debate, and membership solicitations partnering with AIAA technical and program committees and the general aerospace community. ASI-WG is now authorized to promote/facilitate both traditional system integration and SoS/Complex systems integration related activities as follows: Can receive AIAA funding for the cause of ASI-WG such as for advertisement, and cost for face-to-face meeting, and for the use of telecon/webnar, etc. Can establish its own Web site in AIAA Web Shared Site Can officially advertise on AIAA media for membership solicitation Can officially advocate the charter, missions, and activities of ASI-WG in AIAA conferences, publications, etc Can publish documents and papers under the ASI-WG charter stated above Can work with other AIAA TCs, PCs and general aerospace community under the ASI-WG charter stated above 12

13 Relation between ASIWG and other committees Discipline focused committees (Discipline relies on or directly supports aerospace systems integration) E.g. Design Engineering Technical Committee Systems Engineering Technical Committee Ground Testing Technical Committee Flight Testing Technical Committee Modeling and Simulation Technical Committee Application oriented committees (Success/feasibility of the application is strongly reliant on integration) E.g. Air Breathing Propulsion Systems Integration Technical Committee Air Transportation Systems Technical Committee Aircraft Design Technical Committee Communications Systems Technical Committee Information and Command and Control Systems Technical Committee Intelligent Systems Technical Committee Space Systems Technical Committee Energy Optimized Aircraft and Equipment Systems Program Committee Unmanned Systems Program Committee 13

14 Publication Standard /Guide ASI-WG Activities In Progress: AIAA G135, Guide for Aerospace System Integration Future activity: Guide for SoS/Complex Aerospace Systems Integration, Handbook/Book, Journal of Systems Engineering and Systems Integration Communication Secretary/Website Development and Management Aerospace America, AIAA Daily, etc Conference Work with New Event Model particularly in Integration and Discipline Tiers (See previous page) CASE 2012 Participation Aerospace Systems Integration Panel Discussion in ASM 2013 being planned Membership Membership Ad in publication : AIAA Daily, AIAA Momentum, Aerospace America and TCs & PCs Long Term Goal: ASI-WG to become ASI Program or Technical Committee 14

15 ASI-WG Conference Participation Closely working with the AIAA New Event Models Organizer particularly relating to Integration and Discipline Tiers Tier Aviation and Aeronautics Defense and Security Propulsion and Energy Science and Technology Space and Astronautics Plenary Integration O/S O/S O/S O/S O/S Discipline O O O O O 15

16 Relationship with other TAC PCs and TCs AIAA Publication Standard Technical Activities Committee Technical Discipline Groups Technology Integration Groups Program Committees (Coordinator : Mark Melanson) ( Deputy: Peter Hartwich, Satoshi Nagano) Regional Directors for Technical Activities Aerospace Sciences Information Systems Propulsion and Energy Aircraft and Integration Group Engineering & Technology Management (SETC, Economics, etc ) Space and Missiles Aerospace Traffic Management Space Exploration Unmanned systems Green Engineering Region 1-VII Liaisons Exhibits, Honor, Standard. Students, etc Cooperative working relationship Space Environments ASI-WG 16