© 2016 Siemens Product Lifecycle Management Software Inc. Siemens and the Siemens logo are registered trademarks of Siemens AG. 43811-A23 11/16 A

For more information,visit:

www.siemens.com/ plm/leader

Broad automotive industry leadership, unmatched momentum and comprehensive expertise

Winning choiceSiemens PLM Software is a winning choice for more auto companies.

29 of the top 30 global vehicle manufacturers use PLM solutions from Siemens.

29 of 30 44 yearsSiemens PLM Software has driven automotive innovations for the last 44 years.

The world’s top automakers and suppliers choose Siemens PLM Software because of our broad leadership, unmatched momentum and comprehensive expertise in the global automotive industry.

Body

in w

hite

Stamping

PowertrainMFG

planning

Paint

LogisticsPlant

operations

Orders

Qu

alilt

y

Final assem

bly

Engineering simulation, test and services drive product performance decisions across the complete product lifecycle.

Engineering design, geometry creation, multi-discipline development enable teams to develop market-leading products.

Simulation modeling

Structural

Thermal

Flow

Motion

Durability

NVH and acoustics

Driving dynamics

Multi-physics

Concept design

Product development

Detailed engineering

Process validation

Integrated automotive manufacturing solutions consist of multiple domains.

Siemens PLM Software solutions for the automotive industry

Innovation is needed at the system level – thus more people need to work in the systems context.

Shift from single to system innovation (over 50% innovation at system level)

Component innovation

System innovationABS

Electronic stability control

Adaptive cruise

control

Integrated driver

experience

Siemens continues to invest in automotive key processes to help you realize your innovation in:

Systems Engineering

Body & Powertrain

Simulation & Test

Electronics & Software

Integrated Manufacturing

BOM Management

Repair

Supply chain

Factory design

Safety (crash testing)

Fuel-economy and vehicle light-weighting implications

New materials Part manufacturing

Vehicle packaging

Analysis (CAE)

NVH

Joining methods

Light-weighting triggers the most fundamental change in vehicle engineering in 50+ years

45%

Vehicle design cycles starting in 2013 have less than 2 cycles to comply with the 2025 NHTSA standards.(Source: IHS Inc.)

Regulations and fuel economy standards drive automotive innovations

Fuel economy standards increase by 45% from 2015 to 2025. (Source: Roland Berger/Lazard Global Supplier Database)

65%

In 2020, 65% of vehicle added-value content will be due to fuel economy and safety-related regulations.(Source: McKinsey Analysis)

Growth of multi-region platforms

38% of platforms were multi-regional in 2000.

58% of platforms were multi-regional in 2005.

62% of platforms were multi-regional in 2010.

71% of platforms were multi-regional in 2015.

75% of platforms will be multi-regional in 2020.

Multi-regional platform implications for automakers and suppliers

Platform consolidation will drive greater scale advantage and program launch productivity

From 2010 to 2020, average platform volume will grow by 40%(Source: IHS)

Increased need for product and process re-use

With high volume of common parts, potential quality issues can result in significant costs for warranties and penalties2010 2020+40%

58% 62% 71% 75%38%

Share of multi-region platforms will grow significantly in coming years (Source: IHS)

For the top 12 OEMs, China’s share in total light-vehicle sales will grow up to 20% by 2019. (Source: IHS)

China

20%Electronics – U.S. Engines – Germany Interiors – Japan

Global localization of vehicle design and production implications

Global coordination of regional engineering centers to reflect vehicle design and production changes.

Future growth will come from emerging economies

(Source: IHS Auto Insight )

Light-vehicle sales in millions

100

Other

BRIC

Japan/Korea

Western Europe

U.S.

80

60

40

20

2010

2011

2012

2013

2014

2015

2016

2017

2018

2019

2020

0

© 2016 Siemens Product Lifecycle Management Software Inc.Siemens and the Siemens logo are registered trademarks of Siemens AG.43811-A23 11/16 A

For more information,visit:

www.siemens.com/plm/leader

Broad automotive industry leadership, unmatched momentum and comprehensive expertise

Winning choiceWinning choiceWinning Siemens PLM Software is a winning choice for more auto companies.

29 of the top 30 global vehicle manufacturers use PLM solutions from Siemens.

29 of 30 44 yearsSiemens PLM Software has driven automotive innovations for the last 44 years.

The world’s top automakers and suppliers choose Siemens PLM Software because of our broad leadership, unmatched momentum and comprehensive expertise in the global automotive industry.

Body

in w

Body

in w

hite

StStamping

PoPowertrainMFG

planning

FG planning

Paint

LogisticsPlant

operations

Orders

Qu

alilt

y

Final assem

bl

inal assem

bly

Engineering simulation, test and services drive product performance decisions across the complete product lifecycle.

Engineering design, geometry creation, multi-discipline development enable teamsto develop market-leading products.

Simulation modeling

Structural

Thermal

Flow

Motion

Durability

NVH andacoustics

Driving dynamics

Multi-physics

Concept design

Product development

Detailed engineering

Process validation

Integrated automotive manufacturing solutions consist of multiple domains.

Siemens PLM Software solutions for the automotive industry

Innovation is needed at the system level – thus more people need to work in the systems context.

Shift from single to system innovation (over 50% innovation at system level)

Component innovation

System innovationABS

Electronic stability control

Adaptive cruise

control

Integrateddriver

experience

Siemens continues to invest in automotive key processes to help you realize your innovation in:

SystemsEngineering

Body & Powertrain

Simulation & Test

Electronics & Software

IntegratedManufacturing

BOMManagement

Repair

Supply chain

Factory design

Safety (crash testing)

Fuel-economy and vehicle light-weighting implications

New materials Part manufacturing

Vehicle packaging

Analysis (CAE)

NVH

Joining methods

Light-weighting triggers the most fundamental change in vehicle engineering in 50+ years

4545%

Vehicle design cycles starting in 2013 have less than 2 cycles to comply with the 2025 NHTSA standards.(Source: IHS Inc.)

Regulations and fuel economy standards drive automotive innovations

Fuel economy standards increase by 45% from 2015 to 2025. (Source: Roland Berger/Lazard Global Supplier Database)

6565%

In 2020, 65% of vehicle added-value content will be due to fuel economy and safety-relatedregulations.(Source: McKinsey Analysis)

Growth of multi-region platforms

38% of platforms were multi-regional in 2000.

58% of platforms were multi-regional in 2005.

62% of platforms were multi-regional in 2010.

71% of platforms were multi-regional in 2015.

75% of platforms will be multi-regional in 2020.

Multi-regional platform implications for automakers and suppliers

Platform consolidation will drive greater scale advantage and program launch productivity

From 2010 to 2020, average platform volume will grow by 40%(Source: IHS)

Increased need for product and process re-use

With high volume of common parts, potential quality issues can result in significant costs for warranties and penalties2010 2020+40%

5858%% 6262%% 71% 75%38%

Share of multi-region platforms will grow significantly in coming years (Source: IHS)

For the top 12 OEMs, China’s share in total light-vehicle sales will grow up to 20% by 2019.(Source: IHS)

China

20%Electronics – U.S. Engines – Germany Interiors – Japan

Global localization of vehicle design and production implications

Global coordination of regional engineering centers to reflect vehicle design and production changes.

Future growth will come from emerging economies

(Source: IHS Auto Insight )

Light-vehicle sales in millions

100

Other

BRIC

Japan/Korea

Western Europe

U.S.

80

60

40

20

2010

2011

2012

2013

2014

2015

2016

2017

2018

2019

2020

0

Siemens PLM Software

Automotive leadership: Unmatched momemtum

Downsizing and optimization of the internal combustion engine (ICE)

Increasing use of platforms and standardization of platforms

Market growth in emerging markets

Key automotive trends in the next decade

76%Standardization Internal combustion engine optimization78%85%

Percentage of respondents who rated these top three trends as ‘extremely important‘ or ‘very important‘.(Source: KPMG‘s Global Automotive Executive Survey 2014)

Emerging markets