The document discusses IBM Rational Solution for Systems and Software Engineering. It aims to help organizations reduce time, cost and risk of developing profitable products and systems by providing an integrated set of tools, practices and services for specifying, designing, implementing and validating complex products and the software powering them. Key capabilities highlighted include requirements engineering, systems modeling and analysis, quality management, embedded software development, change and configuration management, and collaboration throughout development.

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IBM Rational Solution for Systems and
Software Engineering
Reduce the Time, Cost and Risk of
Developing Profitable Products and Systems

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Software and Systems Engineering | Rational
Products of all types are becoming more
instrumented, interconnected and intelligent

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Software and Systems Engineering | Rational
Innovation is increasingly being driven by software
Software encompasses
80% of the innovation
that differentiates today’s systems, products and services
The average 2010 automobile
contains more lines of software
code than a fighter jet
More than 11% of all implantable
medical-device recalls between 1999 and
2005 were attributed to software failures

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Connect multiple products and services into a
“system of systems” to deliver unique value
Leverage systems engineering to accelerate
time to market, improve quality and reduce costs
Develop a core competency in software delivery
to produce products that are differentiated
Smarter Products and Services
Delivery will require new investments in software and systems

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Results Matter
Best-in-class Systems Engineering in product companies results in significant marketplace
advantages
Source: “System Engineering”, Aberdeen Group, Michelle Boucher, October 2009
“Good system engineering
practices offer a lot of opportunity
for greater profitability.
However, poor system engineering
practices are extremely costly.”
Michelle Boucher, Aberdeen Group
83%
met deadlines
13%reduction in
development time
10%
reduction in product cost
8%
increase in profit margins

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Software and Systems Engineering | Rational
Silos of people,
process, and projects
Organizational BarriersGeographic Barriers
 Poor communication
 Language, culture, time
 Process gaps resulting in
rework
Infrastructure Barriers
 Weak collaboration
 Poor project governance
and LOB oversight
 Security of IP
 Incompatible tools
 Unreliable access
 Lengthy on-boarding
 Inflexible integration
Complexity Creates Development Challenges
Leading to cost overruns, schedule slips and quality issues
Poor requirements engineering = failed projects
Paper-based and manual processes hinder efficiency
Complex architecture is difficult to textually explain
Functionality is poorly distributed across components
Hardware/software integration is often late
Many organizations lack formalized practices

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Automate
individually
Automate
incrementally
Automate
across all disciplines
Engineering Disciplines
Address discipline
offering biggest ROI
requirements, quality,
design, change management
configuration management
Incrementally automate
other disciplines
tool-to-tool traceability
impact analysis between disciplines
Exploit multi-dimensional
traceability and data visibility
views by product, process, project, and role
multi-discipline impact analysis and reporting
Next generation development adoption model
What is your next step?

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Software and Systems Engineering | Rational
Overcoming Complexity
How do you foster innovation, manage increasing complexity and establish a collaborative,
responsive lifecycle approach in developing systems?
Moving from manual methods to an automated, visual approach
Specifications
Interface requirements
System design
Analysis & trade-off
Test plans
UserUser
AdminAdmin AccessPointAccessPoint
CameraCamera
Security System
Uc3ConfigureSecurity
System
Uc2Control Exit
Uc1Control Entry
readSecurityCard
User
validateSecurityCard
[CardStatusValid][CardStatusValid]
scanBiometricData
User [else][else]
authenticateBiometricData
[else]
flagBiometricScanFailure
[else]
[else][else]
[else]
flagSecurityCardFailure
[else]
[else][else]
[BiometricData Authenticated]
logEntryData
[BiometricData Authenticated]
[BsFailCount==3]
disableUserAccount
Admin
[BsFailCount==3]
[ScFailCount==3][ScFailCount==3]
displayCardStatus
[Timeout BiometricScan][Timeout BiometricScan]
displayAuthenticationStatus
logAccountData
alarm
unlockAccesspoint
«MessageAction»
AccessPoint
lockAccesspoint
«MessageAction»
AccessPoint [Timeout Unlocked][Timeout Unlocked]resetAlarm
Admin
[else][else]
takePicture
«MessageAction»
Camera
[First Request][First Request]
User CameraAccessPointUc_Uc1ControlEntry
message_0()
readSecurityCard()
message_1()
validateSecurityCard(CardStatus)
displayCardStatus(CardStatus)
message_2()
scanBiometricData()
authenticateBiometricData(AuthenticationStatus)
displayAuthenticationStatus(AuthenticationStatus)
logEntryData()
message_3()
message_4()
message_5()
message_6()
message_0()
readSecurityCard()
message_1()
validateSecurityCard(CardStatus)
displayCardStatus(CardStatus)
message_2()
scanBiometricData()
authenticateBiometricData(AuthenticationStatus)
displayAuthenticationStatus(AuthenticationStatus)
logEntryData()
message_3()
message_4()
message_5()
message_6()
Uc1ControlEntryCtrl
WaitForEntryRequest
UnlockingAndLockingAccessPoint
reqTakeSnapshot to pCamera
reqReadSecurityCard/
readSecurityCard();
reqProcessAlert("User Access Disabled") to pAdmin
ProcessingSecurityCardData
Fail3Times
ProcessingBiometricData
Failed3TimesBsTimeoutAuthenticated
[CardStatus=="Valid"]
A
evAccessPointLocked
A
/disableUserAccount();
logAccountData();
A
WaitForResetAlarm
reqResetAlarm/
resetAlarm();
reqReadSecurityCard/
readSecurityCard();
[CardStatus=="Valid"]
evAccessPointLocked
/disableUserAccount();
logAccountData();
reqResetAlarm/
resetAlarm();

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New and enhanced solutions for systems and
software engineers
Accelerate development
with industry specific
systems
and software
development solutions
Access
a growing
and extensive
business partner
ecosystem
Enhanced products that
deliver integrated
capabilities for product
and systems
development
ProductsLifecycle Solutions Ecosystem

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Software and Systems Engineering | Rational
Aerospace
and Defense
• DO-178B/C
• DoDAF, MODAF and
UPDM
• SysML
Automotive
• ISO 26262
• AUTOSAR
• GENIVI
Electronics
• Hardware software
co-design
• EDA Integrations
Medical Devices
• FDA QSR standard
• International standards
(IEC 62304)
Industry focused solutions
 Extend the Systems and Software
Engineering Solution with industry-
specific templates and tool mentors
 Efficiently comply with industry
regulations
 Execute guidance on best practices
“We facilitated 100% compliance rate with ERTMS
standards for code traceability and safety
with the support of their IBM Rational solution.”
- Invensys Rail Dimetronic
IBM Solution
for Systems and Software Engineering
Requirements
Architecture,
Design and
Development
Systems
and Software
Engineering
Planning, Change
& Configuration
Management
Best Practices and Services
Quality
Open Lifecycle IntegrationOpen Lifecycle Integration

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 Process delivery by way of:
• Practices, Dashboards, Workflows, Tool mentors, Sample Artifacts
• 14 Systems Engineering Practices
• 6 Embedded Software Practices
• 2 Enterprise Practices
• RTC process and work item templates
• Process enactment aligned and integrated directly with the practices
 Rational Solution for Systems and Software Engineering provides a
new level of combined process and tool support for key activities
and key deliverables within the development lifecycle
• Based upon the proven experience with our customers
• Extendable through the IBM Rational Practice library
Systems Engineering and Embedded Software Practices
Accelerate the adoption of common process support, practices and tools so reducing
the time to value for client’s process improvement initiatives

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THE FOUNDATION
IBM Rational solution for systems and software engineering
Accelerate time to value through a collaborative lifecycle
Specify, design, implement and validate complex
products and the software that powers them with an
integrated systems lifecycle management solution
Recent enhancements:
 Improve quality and ensure compliance with
requirements-driven-testing
 Improve asset reuse with software variant
management
 Increase efficiency with cross-project planning
 Increase security for product development IP
 Enhanced support for numerous safety critical
standards
IBM Solution
for Systems and Software Engineering
• IBM Solution for Systems and Software Engineering
– IBM Rational DOORS
– IBM Rational Quality Manager
– IBM Rational Team Concert
– IBM Rational Rhapsody with Design Manager
Requirements
Architecture,
Design and
Development
Systems
Lifecycle
Management
Change/
Configuration
Management
Best Practices and Services
“Our ability to maximize the breadth of the IBM software
let us provide NASA with demand-based statistics
while maintaining control of the costs.”
- Joseph Dress, Requirements Management,
Constellation Software Engineering, Corporation
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Quality
Open Lifecycle Integration
Lifecycle

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IBM Solution for Systems
and Software Engineering
Integrations
• IBM Rational DOORS and IBM Rational Quality Manager
• IBM Rational ClearCase and Rational Team Concert
• IBM Rational ClearQuest lifecycle data visualization
in Rational Team Concert / Jazz dashboards
• IBM Rational Quality Manager and Test Tools (e.g. Spirent iTest)
• IBM ClearCase integration to Cadence DFII
• IBM Rhapsody Design Manager and The Mathworks Simulink
Accelerate collaboration across IBM and domain-specific tools
Enable information access and visibility across all disciplines
Enhanced integrations unite lifecycle activities:
 Improve compliance efficiency with traceability
and linked data
 Manage development trends and resources
with metrics, dashboards and risk management
 Link data in third party tools to integrate domain
specific activities into the workflow
 Increase agility through lifecycle collaboration
and visibility
“Improved collaboration accelerates
our development time.”
- Diagnostic Grifols
Requirements
Architecture,
Design and
Development
Systems
Lifecycle
Management
Change/
Configuration
Management
Best Practices and Services
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ENHANCED
Enhanced IBM and third-party tool integrations
Quality
Lifecycle
Open Lifecycle Integration

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Software and Systems Engineering | Rational
Expanding the Ecosystem Across the Lifecycle
Project Management
Deliver and Deploy
System Validation
and Acceptance
Systems Engineering
Multi-Disciplined Engineering
Software
Mechanical
Electronics
Integration and
Verification
Foundation: Change, Version, Lifecycle, Asset Management
Extensions: Security, PLE, etc.
Systems
Analysis & Design
Detail
Design
Implementation
& Unit Test
Module
Integration & Test
(Sub-)System
Integration Testing
System
Acceptance
Requirements
Capture & Analysis
Electrobit

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Software and Systems Engineering | Rational
IBM Rational Solution for Systems and Software Engineering
 Specify, design, implement and validate complex
products and the software that powers them with
an integrated set of tools, practices, and services.
 Improve quality, predictability and consistency
with best practices and process guidance.
 Assess and manage changes throughout your
systems lifecycle.
 Unify software, electrical and mechanical
engineering through a federated, linked data
approach.
 Increase agility in embedded software development.
Systems Engineering
• Optimize design alternatives
• Link design and test
• Manage change across domains
Embedded Software Engineering
• Develop against changing requirements
• Reduce compliance overhead
• Integrate HW/SW development
IBM Rational Solution
for Systems and Software Engineering
Open Lifecycle Integration
QualityRequirements
Architecture,
Design and
Development
Systems and
Software
Engineering
Change/
Configuration
Management
Best Practices and Services

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 Capture and document customer and
market needs
 Avoid customer-required features
from ‘falling through the cracks’
 Better control of “scope creep”
 Build what business needs the first
time
 Use traceability to prove compliance
Formalize management of requirements as a core
development competency
Requirements Engineering
Capture, analyze, and manage requirements across the lifecycle

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 Manage growing system complexity
through architectural and behavioral
modeling
 Earlier design verification by
simulating systems behavior with
executable models
 Manage functional allocation
between software, hardware, and
mechanical components
 View impact of proposed changes
Systems engineers focus on big picture to
ensure requirements can be satisfied
Systems Modeling and Analysis
Visually develop complex systems using a structured
approach across all design disciplines
“IBM Rational DOORS and Rational Rhapsody
allow us to better manage complex architectures
of our products, and help us prevent our development
environment from becoming fragmented.”
Gervin Fadda, Body and Security Business Unit
Continental Automotive Group

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 Make high quality decisions
based on quantitative information
 Integrate defect tracking and change
management
 Smooth the information flow between
testers and developers
 Improve quality by managing
complexity across multiple product
configurations
Requirements-
driven testing
Quality metrics
dashboard
Reduce errors through automated reuse of
information
Quality Management
Deliver enduring quality with improved efficiency
with a lifecycle approach to quality management
“We have greater control to improve processes, greater
test coverage and traceability, plus, vastly improved
navigation and user friendliness.”

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Software and Systems Engineering | Rational
Embedded Software Development
 Design efficient embedded source code
 Specify and create from the system requirements
 Generate complete C, C++, Java, and Ada applications
 Unite the architecture and code
 Simultaneously work with the system design, software and target platform
 View how a change in any one area is reflected in the others
Source CodeArchitectural View

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 Reduce the time to propagate changes
throughout the entire development team
 Improve management of multiple
engineering disciplines
 Understand impact of requirements &
product changes
 Leverage existing investment in Product
Data Management (PDM), and software
development platforms
PDM
System
Software
Change &
Configuration
Mgmt
Requirements
Engineering
Customers
Mechanical
Engineering
Chang
e
Software
Engineering
Chang
e
Chang
e
Electrical
Change &
Configuration
Mgmt
Electrical
Engineering
Chang
e
Enhance the ability to manage
project costs
Change & Configuration Management
Synchronize changes across mechanical, electronic
and software disciplines and throughout the supply chain

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Strengthen co-development
of hardware and software
Extended SCM capabilities in SSE through
IBM Rational ClearCase
 Enhanced Rational ClearCase
integrations with Rational Team
Concert
 ClearTeam Explorer unified client
 Enhanced Cadence integration
for EDA
Cadence
Rational
Team Concert
Rational
ClearCase
Systems Lifecycle
Management
Open Lifecycle Integration

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Software and Systems Engineering | Rational
Collaborate and Communicate throughout Development
 Collaborate across teams and
geographies
– Reduce time and risk associated with
parallel development
– Enable integrated design, sharing
and review across diverse
engineering teams
 Enhance productivity
– Share views
– Link work items
– Automatically execute design reviews
 Automatically generate detailed
reports and documentation

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Software and Systems Engineering | Rational
Collaborate, plan and manage change across the lifecycle
Capabilities
 Integrated planning, change management, collaboration, SCM
 Dashboards and metrics with real-time status
 Enhanced systems engineering support
 In-context collaboration; Work item search and query
 Process guidance when and where needed; eSignatures
 Customizable security for external collaboration
 Mobile application development support
Benefits
 Increase visibility and collaboration across stakeholders, system
engineers, contributors & diverse lifecycle disciplines
 Ensure secure collaboration with ecosystem partners
 Link, access & trace artifacts created across lifecycle activities
 Respond efficiently to change
 Enforce policy, desired processes, compliance requirements
 Blend and customize agile, iterative and waterfall processes for
incremental adoption. Automate process enactment.
 Integrate your SCM of choice with RTC planning and change
management: RTC, ClearCase, Synergy, Open Source

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 Increase your innovative capacity
– By making better use of your engineering data
 Improve efficiency and productivity
– By managing complexity of data and relationships
 Increase agility and engineering intelligence
while reducing costs
– By understanding impact of change across engineering
disciplines
 Enhance collaboration and visibility
– By understanding interaction and dependencies between
development disciplines
 Leverage your existing tools and infrastructure
with
– A federated, linked-data architecture based on open
standards
– Tight integration with Rational systems and software
solutions
– Extensibility to integrate data from other disciplines (e.g.
electrical, electronic, mechanical)
IBM Rational Solution
for Systems and Software Engineering
Open Lifecycle Integration
Best Practices and Services
Architecture,
Design and
Development
QualityRequirements
Visualize,
Analyze, and
Organize
Planning, Change/
Configuration
Management
Rational Engineering Lifecycle Manager (RELM)
Conquer complexity by making better use of your engineering data

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Software and Systems Engineering | Rational
Rational Engineering Lifecycle Manager
(RELM)
Rational Engineering Lifecycle Manager (RELM)
Extending the Rational solution for systems and software engineering
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Open Lifecycle Integration
Visualize Analyze Organize
Cross Domain
Navigator /
Explorer
Query,
Reporting, and
Impact Analysis
Product and
System
Definition
Linked Lifecycle Data
• Uses a Linked Data approach that
enables
Visualization – across many sources of
data
Organization – information in context
Analysis - answer questions using that
contextualized information
• Allows stakeholders to:
• manage growing complexity
• derive more valuable knowledge
from the available data
• make timely and correct engineering
and business decisions

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Process Management and Enactment
The engine of lifecycle management
 Improve quality and predictability by leveraging
proven practices and patterns of success
 Quickly and easily compose right-sized
project/team processes and deploy process,
methods and tools to project
 Surface process guidance in-context directly
within practitioner tools to speed on-boarding,
process adoption and return on investment in
Rational tools
 Simplify compliance with pre-defined methods
and mappings to industry standards and
regulations
 Unify process management and enactment with
integrated process, methods and tools
 Increase productivity and turn “know-how” into
competitive advantage

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Software and Systems Engineering | Rational
Collaboration, Planning,
and Change Management
Collaborate across diverse engineering disciplines
and development teams
Rational Team Concert (RTC)
DOORS Quick StartDOORS Quick Start
Planning and Governance
with RTC Quick Start
Planning and Governance
with RTC Quick Start
SE Practice workshopsSE Practice workshops
RTC Quick StartRTC Quick Start
RQM Quick StartRQM Quick Start
How do I ensure
development
implements the
business needs?
How do I validate
quality with the
business?
Adopt
DOORS & RTC
Accelerator for Systems and Software Engineering – PSO Mappings Adoption Paths
Moving services from product-based offerings to solution-based offerings!
27
Adopt
RQM & DOORS
How do I ensure
development is tested
by independent test?
Adopt
RTC & RQM
Supporting
PSO
Continued
adoption
Entry
Point
Determine next step
in the adoption path
Quality Management
Improve quality and reduce and cost by
automating the testing process
Rational Quality Manager (RQM)
Requirements Management
Improve capacity to deliver value by effectively
capturing, prioritizing, managing and monitoring
requirements throughout the lifecycle
Rational DOORS
Common Entry Points Supporting PSO Continued Adoption
Design Management
Increase innovation by using model driven
engineering techniques to manage increasing
complexity
Rational Rhapsody
Rhapsody Deployment PackageRhapsody Deployment Package
How do I manage
increasing complexity
and still find capacity
to innovate? Adopt
Rhapsody
Systems and Software Engineering
Assessment of current capabilities and
recommendations for deployment of new and/or
improved capabilities
All SSE Foundation
SSE Assessment PackagesSSE Assessment Packages

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Software and Systems Engineering | Rational
Incremental solution adoption – DOORS entry point example
Entry Point Add Capability Add Capability Add Capability
Client looking to better capture
and communicate stakeholder
need
Need a more flexible way to handle
evolving customer demands
Need a more formal method to capture,
analyze, and share system designs
Need a more rigorous to system
validation and quality management
DOORS
Requirements Driven
Engineering
RTC
Add Requirements Change
Management & Work Item
Management
Rhapsody
Add System architecture modeling and
design analysis
RQM
Add Requirements driven test
management
Measure
Total number of Reqs
Req Volatility
Number of req sourced defects
Measure
Req changes
Work item throughput
Measure
Number of design sourced defects
Rate of design maturity
Measure
Total number of test cases
Level of test coverage
Defect identification
PSO
DOORS Quickstart
DOORS Upgrade
PSO
Introducing RTC Assessment
RTC QuickStart
PSO
Rhapsody Deployment Package
Harmony Workshop
PSO
RQM QuickStart
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These adoption models assume a whitespace client. For existing customers choose an alternate entry point down the thread.

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Software and Systems Engineering | Rational
Rational Packaged Service Offerings
FastTracks
Approx: 5 Days
Quick value add.
Often used to
accelerate
installation,
migrations and
deployments.
Ideal For...
New engagements
with small budgets
Clients who would
benefit from product
upgrades (provides
second entry for
Sales)
Existing clients
starting new
projects, adding new
product or require
PoC.
Prescriptive packaged services with pre-defined known activities and deliverables
An offering for each incremental adoption stage with measurable return on investment
Approx: 10-15 Days
QuickStarts provide
a clearly defined
roadmap with pre-
defined activities and
deliverables that
rapidly implement
foundational
capabilities using
Rational tools.
Ideal For...
Great foundation to
accelerate new client
engagements
Existing clients
starting new
projects, adding new
product or require
PoC.
Approx: >15 Days
Provide proven
processes, methods
and solutions
services based on
known best practices
tailored to client
requirements. The
deployment
packages are
designed in a
modular fashion.
Depending on client
requirements,
different deployment
options can be
selected.
Ideal For...
Projects requiring
tailoring to support a
deployed usage
models / solution.
QuickStarts
Approx: variable
Employing proven
methodologies to
gain knowledge of
client requirements
and environment.
Ideal For...
New engagements
when client is not
certain of their
current capability
status.
Support existing
clients to review
current capabilities
or deployments
advising on current
status and best
practices.
Approx: 1-5 Days
Packaged, well
bounded predefined
IP (tool) sold as is
with services.
Solution provided to
address a specific
customer
requirement.
Ideal For...
Accelerate
customer’s time to
value/adoption with
out of the box
assets. Rational
Commercial Assets
are an important
part of a complete
solution.
Deployment
Packages
Assessments Commercial
Assets
* Durations depend on specific scope of each offering

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Software and Systems Engineering | Rational
How do customers access our practice content?
Option 1
Each content consumer
requires an RMC Content
Reader License
Customer does not need to
deploy RMC for this option
Client wishes to use IBM
method content without
changes
How?
Usage via published website /
document,
guidance such as templates &
checklists, indirect or derivative
works such as project plans, and
enactment
Option 2
Each tooling user
requires an RMC Author
License (AU, Floating, Token)
Each content consumer
requires an RMC Content
Reader License
Client wishes to blend a
combination of IBM method
content with homegrown
content
How?
RMC tooling for method
authoring
Usage via published website /
document,
guidance such as templates &
checklists, indirect or derivative
works such as project plans, and
enactment
Option 3
Client wishes deploy only
homegrown process content
(all non-derivative)
How?
RMC tooling for method
authoring
Usage via published website /
document,
guidance such as templates &
checklists, indirect or derivative
works such as project plans, and
enactment
Each tooling user
requires an RMC Author
License (AU, Floating, Token)
content consumers
do not require a license

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Software and Systems Engineering | Rational
Chevrolet Volt
GM leverages Rational solution to develop innovative products
What’s smart?
 Innovative electric drive system
10 million lines of code; Nearly 100 microprocessors
Smarter business outcomes
 Volt was delivered in <5 years
Industry average is 10+ years
How IBM helps GM develop
smarter products
 Requirements management
 Model-driven development
 Team collaboration
 Engineering asset management
 Technical services
 Business transformation services
Watch the video

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Software and Systems Engineering | Rational
Invensys Rail Dimetronic
Leveraging the Rational solution to improve rail safety
What’s smart?
 Train monitoring and communications
Control the movements of trains capable of travelling 350 km/hr
Smarter business outcomes
 Reduced time to market of safety-critical
railway signaling applications by 40%
While meeting stringent safety regulations
How IBM helps Dimetronic develop
smarter products
 Translate complex requirements into a functional system design
 Automatically generate code that must meet stringent safety regulations
 Speed developers' response to frequent changes and new requirements
 Provide customers and regulators with comprehensive documentation and reports
Watch the video

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Software and Systems Engineering | Rational
Additional Resources
 Client stories
– Invensys Rail Dimetronic (video, case study)
– General Motors (case study and videos)
 Self Assessment on System Engineering
– Tips to increase profit margins by Aberdeen Group
 Systems Engineering for Dummies ebook
 Learn more about the Rational solutions for systems and
software engineering
– Web page
– Podcast: Systems & Software Engineering Practices – Unleash
the Potential!

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Software and Systems Engineering | Rational
Additional Resources (2)
 Rational Solution for Systems and Software Engineering
– Video – SSE Solution Overview (3:55 min)
• Link with full SSE Solution Video Series
– SSE Solution Brochure with customer examples (Solution Overview)
– DEMO: SSE Solution Demo Video Series
– Executive Brief: Turning product development into competitive advantage
 Live Events (North America)
– Symposiums and Hands-On Workshops: IBM Rational Systems & Software Engineering

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SSE on Jazz.net https://jazz.net/products/sse/

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Software and Systems Engineering | Rational
SSE Information Center
 SSE information center covers Installation, Configuration, Troubleshooting
 URL: http://pic.dhe.ibm.com/infocenter/rssehelp/v1r0m0/index.jsp

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