Product Lifecycle Management - IPEK: HOME · Challenge: Manage Complexity Definition: Introduce...
Transcript of Product Lifecycle Management - IPEK: HOME · Challenge: Manage Complexity Definition: Introduce...
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Agenda
Warm Up: Meet METTLER TOLEDO
Challenge: Manage Complexity
Definition: Introduce Product Lifecycle Management
Approach: Drive Change by Processes and IT-Tools
Elements: Play the entire range
Cool Down: Challenge the speaker
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Our Group
METTLER TOLEDO is a global manufacturer and marketer of precision instruments for use in the laboratories, manufacturing, and food retailing. Worldwide presence
12'000 employees (End of 2011)
Sales USD 2.309 billion in 2011
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Sales per Region
in mUSD
1595
14
82
936 10
96
1148
12
14
1304
14
04
1
998
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
1065
1794
19
73
1729
Americas 34%
Europe
37% Asia / RoW
29%
2309
19
68
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Global Manufacturing, Sales & Service Innovation Centers MT Partners
MT Sales & Service Organizations
Global manufacturing strategy with focused innovation centers Approx. 5’500 employees in Sales, Marketing, Service & Support in 35 countries
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Customer Processes
Solutions to support customer processes
Accelerate processes Improve product quality
Increase efficiency Comply with regulations
Customer Benefits
Laboratory Solutions
Industrial Solutions
Retail Solutions
R&D Drug Discovery
Quality Control
Retail Logistics
Packaging Manufacturing
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1’000 R&D professionals work daily on maintaining our technology lead
Innovation Competencies
User Interface
Automation & Robotics
Technology Integration
Customer Applications
Click on the
pictures
In Process Technology
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Agenda
Warm Up: Meet METTLER TOLEDO
Challenge: Manage Complexity
Definition: Introduce Product Lifecycle Management
Approach: Drive Change by Processes and IT-Tools
Elements: Play the entire range
Cool Down: Challenge the speaker
Intensive Collaboration and Interactions
2009 2015
% of total workload of all R&D project
70 80
% of total workload of R&D project
30 20
% of total workload of R&D project% of total workload of R&D projectSUM 100 100
Internal R&D of SBU % of total workload of R&D project
0 0
R&D on local PO level % of total workload of R&D project
60 50
R&D on remote PO level / e.g. MTCT, MTTS, … % of total workload of R&D project
30 40
R&D / Engineering within Component PO (MTLC, MTGE) % of total workload of R&D project
8 8
External Partners for R&D % of total workload of R&D project
2 2
SUM 100 100
Internal R&D of SBU % of total workload of R&D project
0 0
R&D on PO level % of total workload of R&D project
80 80
R&D / Engineering within Component PO (MTLC, MTGE) % of total workload of R&D project
15 10
External Partners for R&D % of total workload of R&D project
5 10
SUM 100 100
Other (Please specificy: ….)
If you look at your R&D organization, which operational models are applied?
Global Collaboration
Pure local R&D Setup
Primary / secondary Site
If R&D projects are done in a global collaboration, how is the workload is distributed for a typical R&D project across the following organizations (e. g. MTWT)
If R&D projects are done in a local R&D setup, how is the workload is distributed for a typical R&D project across the following organizations (e. g. MTANA)
Development Industrialization Production Maintenance
PCBA 1
PCBA 3
PCBA 2
PCBA 4
...
Europe
China
USA
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10
Fragmented Processes & IT Landscape
开始
Phase1项目可行性及设计方案评审
是联合开发?
Y
设计任务书 TPD设计方案评审报告
设计方案评审报告新项目立项审批表
评审Pass?
N
Phase2设计评审阶段
Spec.确定设计方案确定
进行原型机的设计制造
N
Y
设计输出成套图纸产品标准确定原型机完成
TPD 更新设计评审报告
评审Pass?
决定Pilot run
Y
N
Phase3设计验证
研发团队产品进行测试验证
设计输出受控
功能验证性能验证可靠性
安全验证工艺/工装验证
Pass
QMS进行测试验证
Y
Pass
设计验证评审报告用户试用报告
Y
Pass N
决定批量制造
Phase4设计确认和上市评
审
Y
1.review前期评审的问题是否关闭
2.制造工艺是否有问题
3.销售资料是否齐备...
设计确认和上市评审记录
Pass
上市销售
Y
样机设计/制造
整改
N
整改N
整改
整改N
设计和开发控制程序流程图 MTCS & OHCS
METTLER TOLEDO Produkte-Entstehungsprozess (PEP) BALC
Ausgabe: 17.1.2002 BALCE10-001 Seite 3 von 10
Projektphase: Tätigkeiten
Meilenstein: BeschlussProjektstart
Entwicklungs-auftrag
Ziel ist es, die Grundlagen für einen Entwicklungs-auftrag zu erarbeiten.
Studienphase:
Projektphase: Tätigkeiten
Meilenstein: BeschlussStudienphase
Produktbild
Ziel ist es, Grundlagen und ein Produktbild als Basis für vertiefte Studien zu erstellen.
Ideenphase:
Projektphase: Tätigkeiten
Meilenstein: BeschlussPrototypen-phase
Beschluss Prototypenphase
Ziel ist es, ein Pflichtenheft zu erstellen und anhand eines Modells den eindeutigen Nachweis der technischen und kommer-ziellen Mach-barkeit des Produktes zu erbringen
Modell: Projektphase: Tätigkeiten
Meilenstein: BeschlussPilotserie
Beschluss Pilotserie
Ziel ist es, funktionsfähige Prototypen herzustellen zur Verifizierung von Spezifika-tionen, Funk-tionen, Design und Gestaltung, Qualität, Zuver-lässigkeit und Produzierbar-keit.
Prototypen: Projektphase: Tätigkeiten
Meilenstein: BeschlussSerieanlauf
Beschluss Serieanlauf
Ziel ist es, die technische u. funktionelle Produzierbar-keit und die Produkt-anforderungen(Spezifikation, Funktion, Qualität, Zuverlässig-keit) gemäss Pflichtenheft unter Serie-bedingungenzu erfüllen.
Pilotserie: Projektphase: Tätigkeiten
Meilenstein: BeschlussLieferung
Beschluss Lieferung
Ziel ist es, unter Serie-bedingungenverkaufsfähige Produkte in den geplanten Stückzahlen herzustellen.
Serieanlauf:
Erteilen eines Entwicklungs-auftrages. Serie-
betrieb
Überblick zu den Entwicklungsphasen
BALCE03 Produkt-Entwicklungsprozess
BALCE02 Projektgestaltungsprozess
BALCE01 Marketingprozess BALCE04 Markteinführungsprozess
Processes, structures and IT landscape are not prepared to the new challenges regarding effectiveness and efficiency
MTANA
Cadstar
LabTecMentor
Boardstation
Create EBOM+(PO/SBU
Elec. Design)
Load Data on DataGate
(PO/SBUElec. Design)
DataGate
Enhance Parts List with:- SW- Labelling- Mechanical Parts
Single Level BOM;10 – 250 components;
up to 2000 parts;Parts List contains 95% of
EBOM+ data
Search ECR/ECO
(LSS)
DataGate Outlook
Missing ECR/ECO: Iterationwith Account Mgmt
Check Data Package
(LSS)
SAP DataGate
PEKCIS+
10 different CAD formats; SAP – CIS+ up to one
week out of sync
„Design Review“ as part of a „Production Ordering“
process
Every change now can impact already done
external product tests/certification
Missing Data: Iteration with PO
Requirements regarding„Environmental
Conditions“ of End product missing
For IORA Pilot Units; Complete & Accurate: 30%;
10% of PCBA have EQR
Deleted Documents not trackable from MTGE(missing or deleted…)
No information about mechanical parts
changes; no MCAD/ECAD collaboration
Always complete packages should be updated and not only
increments -> not adhered
E, g.- SAP Part No?- BOM Matching (see below)!- Drawings for Mechanical Parts?-Library Parts (no customer library parts)?- Check Problem Reports!
PEK contains product issues /problem reports
Match BOMs
(LSS)
SAP DataGate
CIS+From SAP only Basic View relevant; Classification not used
If part doesn’t exist (mainly for prototypes):
1. Match with existing part;2. Start NCS/NCI
Impacts of EQR on the complete process must be
understood!
In the case of prototypes: Use „Text Item“ for not know parts in SAP within BOM
DataPackage
PartsList
PartsList
Download Data Package to KDS
(LSS)
DataGate KDSKDS stores the original data package of customer (Reference Data Package)
Start IL
(LSS)
PEK
Prerequisite:Manufacturer must be decided at this point in time latest!
Create WBS & ECR
(Ind. Mgmt)
SAP
Industrialization Management can start
with ist work far too late in the process -> until now only data validiation and
no real value adding actvitities!
Enhance Data
(LSS)
SAP KDS
E. g. download drawing info from SAP
Preparation of DPK Upload
(LSS)
KDS Local Machine
Copying data to local laptop;restructuring data according to SAP requirements
Upload DPK to SAP
(LSS)
SAP
Complete DPK
Error Correction
(LSS)
SAP
Release DPK
(LSS)
SAP
DPK is protected against changes; ECR is open; objects of corresponding DIR are protected
Identify BOM Differences
(Ind. Mgmt)
SAP BOM DIFF(Excel)
DPK in SAP = EBOM
Change BOM
(Ind. Mgmt)
BOM DIFFXLS
MTGE CH/CN: Plant-specific BOM;PCI: Client-wide BOM
PCBA Manufacturer should be clear during
Concurrent Engineering, but last minutes changes
happens!
Today if Predecessor BOM has Usage 3 &
Status 2 only manual data changes are possible
(CS02); status of EU-1 CR unclear
SAP
INBOUND(Batch Input Tool on XLS)
INBOUND for upload of BOM – only possible if predecessor has Usage 2 or 3 and Status Released (usually only possible for Prototypes!)
Enhance BOM
(Ind. Mgmt)
SAP
Analyse BOM on Multiple Levels
(Ind. Mgmt)
SAP (BOMAnal. Rep.)
Release BOM
(Ind. Mgmt)
SAP
Prepare Quote
(Ind. Mgmt)
Quote Tool (xls)
Only MTGE-CHAdd:- Labels- Packaging- Programmed IC
Iteration with PO:1) Exchange non ROHS
compliant parts2) Exception permission by
PO
Restructure as an MBOM, e. g Variants, assmblies like programmed IC
Impacts of EQR on the complete process must be
understood!
For M
TGE
-CH
For PCI and MTGE-CN, MBOM Creation is
responsibility of Engineering; for MTGE-CN this should change with Blue Ocean AP-1
- Check EQR compliance (AML according to customer)- Quality Assurance from Manufacturing Point of View- Export standard CSV Format for manufacturing tools- SMD Picking List based on classification- Analyze material with process restriction- Standard BOM Format for paper work- Records KPI of PCBA for process calculation modelExport MBOM to
Manufacturing Tools should be done directly
with CAD Data!
WBA Macro
ProcessRestrictions
Process Restrictions is an excel list of 50 – 100 critical parts(important knowledge base for MTGE)
Information within Process Restrictions not in
Libraries of CAD systems!
Create Routing
(Prod. Eng.)
SAP
IPK
Per Project;to identify A Materials & control quotation process
Operational Readiness Check
(Ind. Mgmt)
SAP
- MD04- CK14N (Standard Price)
EstimatedCost
Routing
Create Minimum IPK
(LSS)
SAP
For PCI& MTGE-CN (until AP-1
Go-Life)
Only for PCI;Minimum IPK = DPK + AML
Upload ePDS
(LSS)
ePDSSAP
For P
CI
PCI
Email Notification
Also to Transfer Manager(within MTGE)
Electronics Value Chain- Current State of PCBA BOM Management Value Stream -
Results of BOM Management Workshop,20-Jan-2011;
Participants:Hilmar Brunn, MTG-CFMino Capobianco, MTG-CFHeinz Reichardt, MTGEArthur Schmucki, MTGEPaulo Sigg, MTGE
PLM FoundationRelease 1
Version 1.0; 21-Jan-2011; Status DRAFT For Internal Use Only! Page 1 of 1
Objectives
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AddedValue
Pre
para
tion
Adm
inis
tratio
n,P
lann
ing,
Coo
rdin
atio
n
Tim
e fo
rS
earc
hing
/W
aitin
g fo
rIn
form
atio
n
Dis
tribu
tion
Erro
rC
orre
ctio
n
Non Added Value
Value Proposition of Lean Management within PLM: Reduce time for non-value adding „activities“ Free resources for value adding activities Decrease effort for standard tasks Increase working on competitive advantage
Added Value Non Added Value „Saved“Time
Pre
para
tion
Adm
inis
tratio
n,P
lann
ing,
Coo
rdin
atio
n
Tim
e fo
rS
earc
hing
Dis
tribu
tion
Erro
rC
orre
ctio
n
11
Enable "economies of scale" intelligently within PLM – Without compromising "economies of scope"
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Agenda
Warm Up: Meet METTLER TOLEDO
Challenge: Manage Complexity
Definition: Introduce Product Lifecycle Management
Approach: Drive Change by Processes and IT-Tools
Elements: Play the entire range
Cool Down: Challenge the speaker
Our Point of View towards PLM
Strategic change initiative to help METTLER TOLEDO achieve the next level of innovation excellence Harmonize product-related processes
and data around the globe
Give equal importance to all stages of the product lifecycle
Increase probability of projects being successful by using consistent practices and procedures throughout the whole product lifecycle
.
We try to optimize the whole product lifecycle from cradle to grave – and not only bits and pieces within
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Agenda
Warm Up: Meet METTLER TOLEDO
Challenge: Manage Complexity
Definition: Introduce Product Lifecycle Management
Approach: Drive Change by Processes and IT-Tools
Elements: Play the entire range
Cool Down: Challenge the speaker
Address People, Processes and Tools
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Enable SBUs to minimize time to money for new solutions & to maximize overall profitability of solutions during their active life
PLM Program ONE COMMON
overall PLM Backbone ONE COMMON
integrated IT Architecture
ONE COMMON global PLM process
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Different lighthouses shining in different directions contradicting global collaboration and complicating management throughout the complete solution life cycle
Seamless integrated grid of lead competence centers based on a common culture of collaboration configured around solutions of SBUs
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Focus on Synchronization & Interaction
People transform
information into knowledge with which to make
decisions
Data drives cohesive,
timely information
Idea Generation & Business Justification Product Development and Introduction Active Product Life Retirement
M100 M200 M800 M600 M700 M300 M400 M500
All of the essential activities at any given point during the product lifecycle are developed on a concurrent basis
Sales and Marketing; Service
Supply Chain Management
Product Ownership & Management
NPDI QM ECM
Position Role of IT Tools from Beginning
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A PLM system is a key complementary system that together with an ERP/CRM deliver an overall value proposition
Idea Generation
Business Justification
Technical Specification
Prototype / Pilot Production
Customer Relationship
PLM based processes ERP/CRM based processes
Sales
Demand Management
Introduction / Active
Product Life
Mass Production
Customer Support
Digital / Virtual
Product
Physical Product
Product Life Cycle
Product Delivery
ECM Product
Retirement
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Agenda
Warm Up: Meet METTLER TOLEDO
Challenge: Manage Complexity
Definition: Introduce Product Lifecycle Management
Approach: Drive Change by Processes and IT-Tools
Elements: Play the entire range
Cool Down: Challenge the speaker
Structure the Topic in an Holistic Way
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PLM Vision Crisp paradigm in operational terms as basis for strengthening individual excellence and personal responsibility
PLM Product Types Holistic and balanced portfolio of complete solutions as basis for products and services meeting customers’ requirements
PLM
Con
trol
&
Supp
ort P
roce
sses
Smooth interaction of collective knowledge as basis for technical excellence and competitive advantage
PLM
Val
ue
Proc
esse
s
Lean processes as basis for generating and maintaining a consistent value stream to our customer
Simple and repetitive best practices as basis for learning efficiency and doing effectiveness
PLM Digital Product Data Backbone
Consistent and complete single source of truth as basis for knowledge sharing and decision making
PLM Foundation Highly integrated application landscape as basis for capturing, disseminating and orchestrating product knowledge
PLM
Met
hods
&
Too
ls
Understand the Real Needs
PLM Program
Insights from SBU Interviews
Version: A01, 09-Sep-2010
Internal usage only6
Context of SBU Interviews
Division Heads have asked PLM Program for a “Step wise approach according to the most imminent needs in the organization and focusing on operational productivity gains”
Purpose of the SBU Interviews was to understand in the area of PLM- Most imminent needs- Areas for operational productivity gains- Assumed changes in needs based on business strategy and market trends
Intention was to enable the PLM Program to - identify the best opportunities to realize value through PLM as a greatest
common denominator across all SBU- answer how important the value proposition of PLM as Concept is for MT and
where is a consensus about the most imminent needs across all SBU- derive which capabilities of PLM as System can satisfy these needs?- ensure sustainability of PLM as Daily Business by addressing specific operational
productivity gains
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Enable PLM Program to identify the best opportunities to realizevalue through PLM in a pragmatic and sustainable way
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Focus on Greatest Common Denominator
PLM Process Framework is a pre-defined route to be traveled in a systematic manner – including discovery and elimination of problems and barriers
- The foundation is that product-related projects achieve their targets regarding time, quality, and cost (magic triangle of project management)
- Top framework for managing all activities and resources to bring a new product or a breakthrough innovation to market that meets customer drivers and supports the business goals
- All product-related projects must follow this Framework - Due to their commonality, product-related projects rely on continuous improvement
of the PLM Process Framework itself
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Risk
Leverage pre-defined Process Management
Leverage specifically tailored Project Management
New Product Development
Breakthrough Innovation
Product Enhancement
Maintenance of Line
Balance Governance with Support
Global PLM & PLM Framework Team
Operational Units
Gov
erna
nce
Func
tion
Sup
port
Cen
ter
Push
Pull
MTOP
Instructions/Best Practices
TemplatesDeliverables Project Mgmt
Risk Management
Collaboration Management Eng. Change Management . . .
Solution Idea
Product Vision SCM Concept . . .
Risk Log
Project Data Sheet Project Health Metrics . . .
PoliciesR
ecomm
en-dations
Toolbox
Align
Improve
Sustain
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Build a Network of Experts & Local Champions
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Global PLM / PLM Framework Team
Local PLM Champions
Operational Unit
Developing the building blocks
Transporting and polishing the building blocks
Getting a solid PLM House
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Agenda
Warm Up: Meet METTLER TOLEDO
Challenge: Manage Complexity
Definition: Introduce Product Lifecycle Management
Approach: Drive Change by Processes and IT-Tools
Elements: Play the entire range
Cool Down: Challenge the speaker