ALM-1814C

41 Pages·2010·5.07 MB·English

Building a Smarter Systems
Engineering Environment:
IBM Research and Israel
Aerospace Industries (IAI)
Eran Gery
DE, Rational Systems Platform
[email protected]
Alon Modai
Development & Systems Engineering
Processes, Corporate Operations, IAI
[email protected]
Nir Mashkif
Research Staff Member, HRL
[email protected]
The premiere software and product delivery event. ALM-1814C
June 6–10 Orlando, Florida
Building a Smarter Systems Engineering Environment:
IBM Research and Israel Aerospace Industries (IAI)
(cid:1)
Today’s smart products require engineering processes to be
carried over a complex development environment
(cid:1)
Multi-discipline, Multi-application, Multi-role
(cid:1)
Key challenge: facilitate connectivity and traceability of
engineering data across the lifecycle
Our solution approach:
(cid:1)
A Collaborative Lifecycle Management Relationship Hub
(RH) among all engineering data and tools, enabling
(cid:1)
Linking & Traceability
(cid:1)
Impact analysis
(cid:1)
Search & Query & Reporting
(cid:1)
Common Baselining
(cid:1)
We will demonstrate how RH helps IAI's to meet those
challenges enhancing their existing engineering
environment
2
2
Agenda
The Systems Engineering Challenge
Systems Engineering in Israel Aerospace Industries (IAI)
IBM Research and IAI project collaboration: PLM Relationship Hub
(RH)
Demonstration
Summary
3
3
Challenges in Complex Products Development
Collaboration between domains is still manual..
(cid:2)
Related and dependent data
(cid:2)
Progress on related tasks (process visibility)
(cid:2)
Progress related to the overall program plan
(cid:2)
Visibility to changes in related system elements
Engineering
Manager
Many Different Roles
System Hardware Mechanical Software Test
Engineer Engineer Engineer Engineer Engineer
Best of Breed Applications,
Domain Specific Processes
Domain Specific Program
Assets
AAsssseettss Assets Assets AAsssseettss Assets
Program Master Plan
4
4
Business results of increased product complexity driving critical
imperatives for product development and delivery
Business View
Product missed customer needs 46%
Late to market/missed demand 33%
Poor commercialization / promotion 26%
Product quality 24%
Pricing 23%
No clear product differentiation 19%
The CIO’s Guide to the PERFECT Launch: Translating
Innovation to Business Benefit, AMR Research, 2005
Engineering Opportunity
Improve communication and collaboration across disciplines 71%
Increase visibility into status of requirements 49%
Increase ability to predict system behavior prior to testing 46%
Implement or alter new product development processes 43%
for a multi-disciplinary approach
Increase real time visibility of product Bill of Materials (BOM) 39%
throughout the development process
Aberdeen Group, System Design: New Product Development for
Mechatronics, Michelle Boucher, David Houlihan, January, 2008
5
5
Enterprise Integrated Systems Development
Systems Enginering
Systems Acceptance
Req’ts Testing
Management
Systems Architecture
Subsytem Testing
Components Enginering
Electrical Design
Mechanical Design
Embedded SW Design
Mechanical Design
6
IBM Product Development Integration Framework (PDIF): An
umbrella for multi-disciplinary CLM integration
Tivoli Directory
Server
Product Field
Marketer
Engineer Engineer
WebSphere Portal Server
Sametime
Instant Msg
WebConf
Enterprise
Teamcenter Enovia Windchill
Resource Planning
Open Services for Lifecycle
WebSphere Enterprise Service Bus
DOORS Rhapsody
Collaboration (OSLC)
Team Quality Service and Asset Information Mgmt
DOORS Rhapsody
Concert Manager Management and Analytics
IBM Methods and Best Practices Software Development and Operations Master Data Mgmt
for Systems Engineering Enterprise Asset Management Information Integration
7
Jazz: Leveraging Web technology for CLM
The Web has proven to be the most scalable, open, and flexible integration technology!
http://acme.com/Requrement http://acme.com/MechanicalPart
about
about about
about
HTTP/REST
Mechanical Embedded
Require- System Electronics
Design / Software Test
ments Architecture Design
PDM Design
Jazz provides the infrastructure to meet RH challenges!
88
Jazz: IBM Rational Architecture for Application Integration
(cid:1)
Jazz tools implement the Open
Services for Life-cycle
Collaboration (OSLC) Jazz
Server
specifications
(cid:1) Tool A
Jazz Integration Architecture
Server Extension
(JIA) extends OSLC to 1 Tool B
r
e JFS 2 Server Extension
v
integrate tools further er §Discovery er 3 Tool D
(cid:1) JIA defines Jazz Foundation Services s §§§AQPdruemesreiynn istatrtaiotinon sevr TSeorvoelr CExtension server Third party
(cid:1) Storage, administration, composite
user interface, query, …
(cid:1) REST APIs( OSLC, JFS, product specific)
Existing applications can plug
into the JIA incrementally
(cid:1) B
Jazz Foundation Server – an D
C
implementation of Jazz Tool A Tool B Compositional Tool D
Desktop Client Web Client Web Client Desktop Client
Foundation Services
Jazz provides the infrastructure to meet RH challenges!
99
Agenda
Systems Engineering in IBM
Systems Engineering in Israel Aerospace Industries (IAI)
IBM Research and IAI project collaboration: PLM Relationship Hub
(RH)
Demonstration
Summary
10
10