With the continuous development and progress of
intelligent network technology, traditional functional
cars are transforming into smart cars, and users
have higher and higher demands for new
functions such as growth and personalization.
Meeting the ever-increasing needs of users has
become a problem. Although the central + regional
architecture, high-performance HPC, SOA and other
technologies provide ideal solutions, the excessively
high technical threshold and high investment have
made traditional car companies wonder about the
fashionable concept of "software-defined cars".
This speech will introduce how to explore the
evolution of EE architecture in response to the practical problems faced by traditional OEMs.

Speaker: Feng Jiang, senior electronic and electrical architecture engineer, Changan Automobile Company Intelligent Research Institute

Topic: "Parasoft Testing Theory-Automotive
Software Testing"

With the advancement of autonomous、connected、electric and shared, the service-oriented architecture
is increasingly implemented, and the complexity
of automotive software continues to increase.
Product launch cycles and software differentiated
services have gradually become the core
competitiveness of various manufacturers. Under
the new situation, how to ensure the functional
safety and information security of automotive
software and improve the efficiency of software
quality assurance? Under the SOA architecture,
how to apply end-to-end testing and service
virtualization guarantee to accelerate the
software iteration cycle and stand out in the
increasingly fierce market competition?
Parasoft will provide a unique solution.
This speech mainly introduces the development
trend of automotive software and how to deal with the challenges of software quality and safety assurance.

Speaker:  Yingcai Zhou, Technical Support Manager, Parasoft 

The core issue of intelligent connected vehicles (level L3 and
above) is safety. Functional safety and information security are complementary and inseparable to build a security system for
the electronic and electrical architecture of intelligent connected vehicles.
Based on this security system, the intelligent network
can be guaranteed. The safety and reliability of the
intelligent functions of connected vehicles and the
safety and reliability of connected control. This speech
will explain the roadmap for the development of
intelligent connected vehicle technology; the safety
challenges faced by intelligent connected vehicles;
the necessity of building a security system for intelligent 
connected vehicles and the construction of a new-
eneration architecture security system

Speaker: Fengmin Tang , Director of Automotive
Electronics Department, Fifth Development Division, 
China Automotive Technology Research Center, 
Automotive Engineering Research Institute. 
 

Bio: 

Working Experiences: July 2007-January 2010: Chery
Automobile Co., Ltd. Electronic and Electrical Department 
February 2010-present: China Automotive Technology
Research Center Automotive Engineering Research
Institute Department of Electronics. Since 2007, he has
been engaged in the research and development of
electrical and electronic architecture. He has rich
experience in the development process of electrical and
electronic architecture, vehicle bus, functional safety,
electrical architecture, and the use of PREEvision
software. He has experience in the development of
electrical and electronic architecture for 15 models.
Presided over the compilation of the electronic and
electrical architecture part of the national major special
project "Intelligent Connected Vehicle Electronic and
Electrical Architecture Development" and "Intelligent
Connected Vehicle Technology Roadmap 2.0".

Topic: "Bosch Electrical Electric and Architecture in
evolution"

As the concepts of service-oriented architecture
and software-defined vehicles are gradually
implemented, each OEM and supplier have their
own different understandings. This presentatio will
illustrate  to you that, In the face of this new and
far-reaching change, how did Bosch's architecture
epartment gradually move from a traditional electrical
and electronic architecture to a service-oriented
architecture to embrace software-defined vehicles.
In addition, in the current revolution, how should
we focus on the current architecture so that it can
expand the service-oriented architecture design
while taking into account the traditional architecture.
The presentation will also introduce  to you the development trend of software-defined vehicles, current solutions and future challenges.

Speaker:  Renjie Zhang, Bosch China-Bosch Engineering Technology Electronic and Electrical Architecture Engineer/Senior Software Engineer
 

Bio:  After graduating from the University of Sheffield
with a master's degree in software engineering, he
joined Bosch and was responsible for the
development of brake system software. After that,
he participated in the design and construction of
Bosch's latest architecture platform. He has a
wealth of software knowledge background and
understanding of service-oriented architecture,
and is familiar with automobile development processes, brake software development and architecture design methods. 

Speaker: Dongjie Song, Chief Engineer EEA Design,
Commercial Vehicle R&D, Geely New Energy
Commercial Vehicle

Bio: Mr. Song is currently working as Chief Engineer
of Electric and Electrical Architecture Design at
Commercial Vehicle Research Institute of Geely New
Energy Commercial Vehicle Company. Before He has
worked at Dongfeng Commercial Vehicle Technology
Center for 14 years. Mr. Song started to research and
work at EEA field.

Topic: Discussion on electrical appliance architecture
based on user experience

Speaker: Dexuan Cai, Director of User Experience
Center of Product Digitalization Center, Great Wall Motors

Topics: “ AUTOSAR Development in China”
Introduce the latest development of the AUTOSAR
organization, especially the application of AUTOSAR
at partners in China. And the plan to strengthen the China AUTOSAR community activities.

Speaker: Jing Zhe, Engineering Director Systems
Engineering & Technical Strategy; AUTOSAR
China Representative, Bosch (China) Investment Ltd.

 

Topics: “ The car of the future – a "data center
on wheels “
From distributed to domain and zonal architectures
The CAR.OS and functional platform stacks 
OEM, Tech and supplier strategies Implications for
the industry

Speaker:  Dr. Wolfgang Bernhart, Senior Partner,
Roland Berger GmbH

Bio: Dr. Bernhart is a Senior Partner at Roland Berger
GmbH,based in Stuttgart Germany

He leads the Global "Advanced Technology Center"
(ATC) within Roland Berger'sIndustrial Platform.
The ATC supports Automotive , Industrial and High
Techcompanies in defining new business models,
developing and executingrespective strategies,
transforming the organization and processes and
establishing winning partnerships, with a profound
and in-depth knowledgeon technology development
in sensing, computing, and actuators as well as
energy storage technologies (Lithium ion, fuel cell). 
A special focus within Automotive lies on future
Electronics architectures, software platforms and
applications around ADAS/Automated Driving,
IVI, connectivity and respective cloud platforms. 
Dr. Bernhart has worked with leading global and
Asian OEMs, suppliers, semiconductor and tech
companies on transformational topics towards the "software-enabled car"