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Introduction |
Agenda | Register
| Hotel
Information |
All
Special Events |
Become A Sponsor |
AGENDA
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| 13:30
- 13:45 |
Welcome
and Opening Remarks |
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| 13:45
- 14:30 |
KEYNOTE:
Driving Automotive Industry Transformation through Systems
Engineering Improvement Frameworks |
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Christoph Braeuchle, Business Development Director, PTC, Inc.
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| The
automotive industry is undergoing a once-in-a-generation
transformation as it brings a wealth of disruptive
technologies to market, including the self-driving vehicle and
zero-emission, carbon neutral vehicle. In response, automotive
manufacturers and suppliers are turning to Systems Engineering
as an organizing principle of the product development process.
All manufacturers face tradeoffs of delivering fleets of
vehicles that balance affordability, comfort, quality, and
ecology -while meeting the increasingly sophisticated demands
of a segmented marketplace. Embedded software not only
controls the interaction of sensors and actuators, but also
coordinates the user interaction and cloud connectivity that
defines the users' automotive experience. Consequently,
innovative car makers must, at every stage of the product life
cycle, master the complex interplay of mechanical and
electronic components, integrated software and networked
systems, and product line engineering.
How are automotive engineers tackling the need for
fundamental systems engineering transformation? This
presentation explores a Systems Engineering Improvement
Framework that is the result of an industry and academic
collaboration. The Improvement Framework provides a structured
approach to understanding and mastering systems engineering
maturity across the organization. It provides a practical
approach to making progress against key strategic initiatives
such as product line reuse, quality, and product innovation.
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14:30 - 15:00 |
Model-Based
Design of Complex Embedded Systems Using Industry Standards |
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Tom Erkkinen, Embedded Applications Manager, The Mathworks,
Inc. |
| Model-Based
Design enables executable specification and production code
generation for automotive ECUs, flight control systems,
medical devices, and more. As these systems and devices grow
in complexity, use of modeling and simulation becomes
increasingly important in understanding and specifying their
system behavior. Standards have emerged that facilitate system
development and certification including ARP-4754A, AUTOSAR,
DO-178C, and ISO 26262. This talks discusses latest
technologies, emerging trends, and impacts to program teams
using Model-Based Design with MATLAB and Simulink to develop
complex embedded systems according to industry standards.
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| 15:00
- 11:15 |
Break |
| 15:15
- 15:45 |
Automotive
Consumer Device Safety |
| Dr.
Naoya Ishizaki, Project Manager, Toyota Motor Corporation |
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| 15:45
- 16:15 |
Automotive
and the Autosar Standard |
| Daniel
Siegl, CEO, LieberLieber Software GmbH |
| This
session is based on a UML AUTOSAR profile that allows the
creation of models directly in Enterprise Architect in
accordance with the AUTOSAR 4 Virtual Function Bus (VFB)
specification. The profile provides all necessary AUTOSAR
elements like components, interfaces, runables etc.
Additionally, attendees will see how ARXML helps you to
empower your tool chain. Aspects of functional safety and
tight integration to SysML will give you a complete picture of
the power of modeling in an automotive environment. |
| 16:15
- 17:00 |
PANEL:
PLM / MBSE Integration |
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- What are the critical needs & standards
- How to engage trading partners
- Current state of Modeling and Modeling standards in the
Automotive Industry
- Current and emerging OMG standards that can address the
needs
- Evolving a roadmap
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| 17:00
- 17:30 |
Wrap-up
& Adjourn |
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NOTE:
If you register for the Technical Meeting Week, you do not have
to pay the additional fee(s) to attend any or all of the special
events. If you register only for special events, special fees
may apply.
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Last updated on
06/24/2015
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