Presented by: Jens Svensson, Volvo 3P. Volvo Group



Similar documents
The Volvo Group is one of the world s leading manufacturers of trucks, buses, construction equipment and marine and industrial engines.

What do you want to do?

User-friendly Configuration of AUTOSAR ECUs with Specialized Software Tools

AUTOSAR Configuration Process - How to handle 1000s of parameters

TÜ V Rheinland Industrie Service

Efficient and Faster PLC Software Development Process for Automotive industry. Demetrio Cortese IVECO Embedded Software Design

Volvo Group FIRST QUARTER 2015 JAN GURANDER. Volvo Group Headquarters First quarter

Safety and security related features in AUTOSAR

Product Information Services for Embedded Software

How To Be Successful

J1939: Opening Up AUTOSAR to the Heavy Vehicle Industry

Safety and Security Features in AUTOSAR

Key Elements Procedure 1 General Requirements

Configuration management in AUTOSAR

Challenges for the European Automotive Software Industry

Vehicle Electronics. Services and Solutions to Manage the Complexity

From Signal Routing to complete AUTOSAR compliant CAN design with PREEvision (II)

AutoSAR Overview. FESA Workshop at KTH Prof. Jakob Axelsson Volvo Cars and Mälardalen University

Requirement Traceability in Practice

VOLVO FINANCIAL SERVICES. company presentation

Development of AUTOSAR Software Components within Model-Based Design

AUTOSAR Seminar WS2008/ Assignment: Simulation of Automotive Systems in the Context of AUTOSAR

Software Production. Industrialized integration and validation of TargetLink models for series production

Embedding Trust into Cars Secure Software Delivery and Installation

Creating value by satisfying customers

The SAE J1939 Communications Network

Mentor Embedded Automotive Solutions

Non-Stop Manufacturing Excellence. Automotive. Answers for industry.

Seminar Automotive Open Systems Architecture

Standardized software components will help in mastering the. software should be developed for FlexRay were presented at

Volvo Powertrain driving the Volvo Group

Multi-domain Model-driven Development Developing Electrical Propulsion System at Volvo Cars

Beschleunigen Sie die Entwicklung Ihrer Embedded Software mit Dienstleistungen von Vector

Herstellerinitiative Software (OEM Initiative Software)

GRPE Informal Working Group on Heavy Duty Hybrids

AUTOSAR Software Architecture

Advanced Electronic Platform Technologies Supporting Development of Complicated Vehicle Control Software

Safe-E. Safe-E Introduction. Coordination: Andreas ECKEL TTTech Computertechnik AG

Collaborating in California: Open HIL Test System Architecture uses the ASAM HIL API

Supply Chain Integrity Business Process Architecture. John D Andrea Director, Global Supply Chain Program Management

openmdm an Open Source Platform for Measured Data Management Dr. Dietmar Rapf, Michael Schwarzbach

Alternative drivmidler

we keep you ahead components, via integration and validation to charger infrastructure.

AUTOSAR Safety Solutions for Multicore ECUs and ADAS Systems. Robert Leibinger 5 th June 2015

IDC4E software update TRUCK

Software Components for Reliable Automotive Systems

Lecture Series: Consumer Electronics Supply Chain Management

ISO Introduction

Freescale Leadership in Driving Standards. Customer Relationships. Long-term Global Presence. Broadest Automotive MCU Product Portfolio

Virtual Integration and Consistent Testing of Advanced Driver Assistance Functions

EHOOKS Prototyping is Rapid Again

6th Vector CONGRESS. November 28 and 29, 2012 Stuttgart

Integrated electronics for enhanced performance, energy efficiency and reduced emissions

VELOCITY LAB TM Embedded Development Ecosystem

ECU State Manager Module Development and Design for Automotive Platform Software Based on AUTOSAR 4.0

Do AUTOSAR and functional safety rule each other out?

CS155b: E-Commerce. Lecture 14: March 1, 2001 Introduction to B2B E-Commerce

Hardware-independent Software Development

Volvo Group Purchasing. VÄLKOMMEN TILL STORA LEVERANTÖRSDAGEN Volvo Group Trucks

Heavy Truck Manufacturer Fleet Management Offerings. Industry Research Whitepaper

The Future of Trucks. How Technology Will Change Value Chain Structures. Summary of study results. June 2005

Heavy-Duty Diesel Diagnostics

BRAZILIAN AUTOMOTIVE INDUSTRY AT A GLANCE

EXCELLENCE IN SERVICE EUROPE S LEADING FORKLIFT TYRE AND WHEEL SERVICE COMPANY

CycurHSM An Automotive-qualified Software Stack for Hardware Security Modules

BENEFITS FEATURES. Specifically designed for the Repair of Mack Trucks or Volvo Trucks with Mack or Volvo Engines. Simple, Easy to Use.

Automotive Software Development Challenges Virtualisation and Embedded Security

ASCET in ECU Development Tool Chains

Opportunities and Challenges in Software Engineering for the Next Generation Automotive

I SO wish it were that easy! The challenge of ISOBUS Implementation

BMW Car IT GmbH. AUTOSAR - First Experiences and the Migration Strategy of the BMW Group

Telematics Workshop: Remote 2-Way Communication Meeting Results

Automatic Validation of Diagnostic Services

International Business Strategy

Future Fuels for Commercial Vehicles. Rolf Willkrans Director Environmental Affairs Volvo Group Headquarters Göteborg, Sweden

Safety compliance. Energy management. System architecture advisory services. Diagnostics. Network topologies. Physical and functional partitioning

A PLM APPROACH FOR DEVELOPMENT OF AUTOMOTIVE ELECTRONIC SYSTEMS

An Introduction to the ECSS Software Standards

openmdm an Open Source Platform for Measured Data Management Dr. Dietmar Rapf, Michael Schwarzbach

Nissan Motor Co., Ltd. (7201) - Financial and Strategic SWOT Analysis Review

Intecs Roma - Pisa - Napoli - Milano - Torino - Cagliari - Genova L Aquila - Toulouse - Paris

A Survey Report by Horst Hientz Hans-Jürgen Kugler

Software House Embedded Systems

What is Automotive Software Engineering? What is Automotive Software Engineering? What is Automotive Software Engineering?

Software Development for Multiple OEMs Using Tool Configured Middleware for CAN Communication

ProSyst Software AG. for a smarter world. EuroCargo 2004 Joachim Ritter. Technical Consultant, ProSyst Software

A Case Study of Application Development and Production Code Generation for a Telematics ECU with Full Unified Diagnostics Services

Volvo Trucks Jorma Halonen

Effective Modularization How to Link Product Portfolio Strategy and Product Development?

Michael Bitter, Robert Bosch GmbH

isolar Integrated Solution for AUTOSAR

AURIX Preferred Design House. Hitex Development Tools GmbH Hitex (UK) Ltd.

Volvo Construction Equipment CORPORATE PRESENTATION 2012

Plug and Play Solution for AUTOSAR Software Components

The Value of ITAM To IT Service Management. Presented by Daryl Frost. Copyright Burswood Information Solutions Limited 2015

Transcription:

Presented by: Jens Svensson, Volvo 3P

Welcome to is one of the world's leading suppliers of transport solutions for commercial use. We also provide complete solutions for financing and service.

Volvo Trucks Renault Trucks Mack Trucks UD Trucks Buses Construction Equipment Volvo Penta Volvo Aero Financial Services Volvo 3P Volvo Powertrain Volvo Parts Volvo Logistics Volvo Technology Volvo Information Technology Real Estate Volvo Business Services

Global Operations NORTH AMERICA 12,640 14% EUROPE 52,556 58% ASIA 18,416 20% SOUTH AMERICA 4,257 5% Produktion facilities Volvo Trucks Renault Trucks UD Trucks Mack Trucks Construction Equipment Buses Volvo Penta Volvo Aero Volvo Powertrain Eicher (50/50 owned joint venture with Eicher Motors) OTHER 2,339 3%

Volvo 3P Mission To propose and develop profitable products to ensure a strong competitive offer for each truck company based on common vehicle architecture and shared technology We do this based on modularized vehicles with standardized interfaces

Where do we come from Today We do not mix supplier and Volvo SW in our ECUs Our maintenance costs and SW variants are increasing We have several unique infrastructure solutions Features are closely connected to specific components

Where are we going Today We do not mix supplier and Volvo SW in our ECUs Our maintenance costs and SW variants are increasing We have several unique infrastructure solutions Features are closely connected to specific components Tomorrow Broader supplier base which gives us lower costs and distributed risks Increased SW flexibility in order to handle product changes Controlled maintenance costs Increased SW flexibility in order to facilitate branding features in line with Volvo strategies Carry over of applications and hardware components independently Possibility to buy SW to achieve unique selling points

- EE Platform Volvo Trucks Renault Trucks Mack Trucks UD Trucks Buses Construction Equipment Volvo Penta Volvo Aero Financial Services Volvo 3P Common Electric & Electronic Platform

Commonality in different dimensions Segment commonality Brand commonality Reuse of features that are unique for a specific segment (Heavy Duty, Medium Duty, Conventional). Reuse of features that are unique for a specific brand (Volvo, Renault, Mack, Nissan Diesel).

Decision to use AUTOSAR for future development

Two AUTOSAR packages at Volvo Based on Release 3.0 of AUTOSAR. The strategy is to follow the development with AUTOSAR when new versions are available. VAP Volvo AUTOSAR Platform Complete AUTOSAR Basic Software and RTE. Extended with features not included in AUTOSAR R3.0 (extensions based on solutions from AUTOSAR R4) All central and strategic ECUs are required to use this package Secures future functional add-ons to VAP Enables future reuse of functions and ECU CSWC Common Software Components CSWC includes parts of the AUTOSAR Basic Software for common features Communication Diagnostics Network management Software download Off-the-shelf and non-strategic ECUs are required to use this package

Three goals for the VAP/CSWC supplier business model 1 Secure use of VAP/CSWC across all business areas in 2 License cost based on number of produced vehicles, rather than number of ECUs 3 Include incentive for commonality in system solutions to reduce costs

VAP/CSWC supplier business model in three parts SLP Software License Package Covers HW independent implementation of the functionality and rights to use it Secures Goal 1 Agreement between Volvo and VAP/CSWC supplier Fee based on number of produced vehicles by each business area Independent of number of ECUs Secures Goal 2 HLP Hardware License Package Covers cost for porting to one specific HW platform HW platform = CPU + compiler combo Agreement between Volvo and VAP/CSWC supplier One-time fee for each port Valid for unlimited number of ECUs Secures Goal 3 Cost of HLP covered by project developing first ECU with that HLP SIP Software Integration Package Covers integration, test, release and delivery of software components included in the SLP and HLP targeted for a certain ECU Takes into account specific HW and compiler version & switches Agreement between ECU supplier and VAP/CSWC supplier One-time fee for each ECU

System control strategies Volvo approves all use of VAP or CSWC for each ECU Enables Volvo to control system functions and provides opportunity to plan for future reuse of both functions and ECUs Volvo decides which CPU to use in each ECU Enables Volvo to reduce costs by limiting the number of required HLPs ECU C ECU B ECU A

ECU supplier business model Supplier X Supplier Z Supplier Y SW-C A SW-C B SW-C A SW-C B VAP VAP Supplier X is a Tier 1 supplier and delivers the complete ECU to Volvo Agreement established with Volvo Supplier X shall deliver and take responsibility for the software as a product SW-Cs shall be reusable in other VAP ECUs in future platforms Ensure requirements fulfillment Integration responsibility (everything shall work together) Supplier Y is a Tier 1 supplier and delivers the complete ECU to Volvo Agreement established with Volvo Supplier Z delivers SW-Cs integrated in the ECU delivered by Supplier Y Agreement established with Volvo, includes terms for delivery to Supplier Y Supplier Z has responsibilities for requirements fulfillment Supplier Y has the same responsibilities as Supplier X Supplier Y does not have responsibility for requirements fulfillment of SW-Cs from Supplier Z

ECU supplier business model - reusability Supplier X Supplier X SW-C A SW-C B E C U 1 VAP SW-C A VAP SW-C F E C U 1 Supplier Y Supplier Y SW-C C SW-C D E C U 2 VAP SW-C C SW-C D E C U 2 VAP SW-C E SW-C F E C U 3 VAP Supplier Y delivers SW-C F integrated in the ECU1 delivered by Supplier X Supplier Y still have the responsibilities for requirement fulfillment of SW-C F Supplier X has the responsibility to deliver the complete ECU1 Integration responsibility (everything shall work together) Supplier X does not have responsibility for requirements fulfillment of SW-C F

Effect of AUTOSAR on Volvo Cost Savings AUTOSAR enable separation of hardware and software development and procurement Standardized formats enables more competition and specialization from suppliers For OEM developed ECUs the platform software only have to be implemented once and used in all ECUs AUTOSAR enable the flexibility to scale the system to different business areas

Effect of AUTOSAR on Volvo Cost Savings Quality Improvements Reuse of platform and generic SWCs will increase the quality AUTOSAR VFB enables early verification of the application in simulated environment

Effect of AUTOSAR on Volvo Cost Savings Quality Improvements Time To Market The use of a platform will shorten the time to reach the right quality Reuse of software will shorten lead-time for both development and verification

Effect of AUTOSAR on Volvo Cost Savings Quality Improvements Time To Market Volvo can focus on application development instead of infrastructure System design role is of high importance

Effect of AUTOSAR on Volvo s suppliers Suppliers can get businesses of varying sizes Previously, a supplier had to deliver hardware and all software for an ECU With AUTOSAR, a supplier can deliver Only hardware Application software (SW-Cs) to be integrated by someone else Integration responsibility for an ECU or subsystem, possibly including hardware and software from other suppliers

Effect of AUTOSAR on Volvo s suppliers Suppliers can get businesses of varying sizes Suppliers have to adapt the business models How to get paid when delivering software without hardware? Which terms and conditions apply when an OEM uses the software in an unknown environment?

Volvo 3P in the forefront of innovation