The Secret of Lean PLM implementation

Similar documents
Jos Voskuil

PDM vs. PLM: It All Starts with PDM

Intro & Executive Summary

Easy-to-Build Workflows & Forms For Dummies WHITEPAPER

Enterprise Enabler and Salesforce.com

Cornerstone Solutions, Inc.

7 ways to improve your Production Planning using SAP Business One integration

Enterprise Information Systems

12/02/2018. Enterprise Information Systems. Learning Objectives. System Category Enterprise Systems. ACS-1803 Introduction to Information Systems

A Product Innovation Platform and Its Impact on Successful PLM Deployments

Capability White Paper Prescriptive Maintenance

Delivering Business-Critical Solutions with SharePoint 2010

Applying Lean Principles to Your Business Processes 6 Simple Steps to More Business Insight, Control and Efficiency

proalpha ERP CAD Integration ERP for SMEs

7 STEPS TO SUCCESSFUL RETENTION AUTOMATION YOUR GUIDE TO MAXIMIZING REVENUE FROM YOUR CUSTOMER DATA

7 STEPS TO SUCCESSFUL RETENTION AUTOMATION YOUR GUIDE TO MAXIMIZING REVENUE FROM YOUR CUSTOMER DATA

An Overview of Guiderails: Keeping Aligned and on Track

INTRODUCTION TO COMPUTER INFORMATION SYSTEMS/INFORMATION SYSTEMS

ERP alone is not enough

More Than a Vision: SAP s Perfect Plant in the Chemical Industry

Document management in complex technical structures

Controlling Specification Management. Throughout the Food & Beverage Product Lifecycle

State of the PLM Industry

2010 John R. Grandzol

Choosing the right lifestyle with Autodesk Vault Lifecycles

THINKSAP THINK THINK. THE FUTURE OF SAP BW. by Andrew Rankin

My name is Jack Hay The title of my presentation is Staying lean with Electronic Work Instructions

Moderne Asset Verwaltung SAP Asset Intelligence Network. Daniel Huber, SAP SE March, 2017

Infor PLM Discrete. Minimize time to value and TCO

WHITE PAPER. Standardization in HP ALM Environments. Tuomas Leppilampi & Shir Goldberg.

CHAPTER 4, SECTION 1

Wipro s PLM Harmonization Framework for Successful M&A

Chapter 2 Enterprise Systems

Chap 1 : Business Process Management & IT

The Definitive Guide to PDM. Your guide to managing engineering data, people, and processes

Data-Centric Innovation How customers are building competitive advantage around data Martin Guther VP Digital Enterprise Platform, SAP

Defining & Managing the Digital Twin throughout the Lifecycle PDT Europe October 2017 Gothenburg, SWEDEN

SEVEN (7) PRINCIPLES FOR IMPROVING WORKFLOW

Accelerating your business transformation

Facilitating Competitive Intelligence: The Next Step in Internet-Based Research

Deltek Costpoint Manufacturing Solutions

Management Information Systems, Sixth Edition. Chapter 3: Business Functions and Supply Chains

PLM Best Practices Drive Value April 2017

Smart Manufacturing Standardization: Reference Model and Standards Framework

THE RISE OF THE DIGITAL CFO. Microsoft

MES ON THE EDGE IN AERONAUTICS

Enterprise Information Systems

SAP01. SAP Overview COURSE OUTLINE. Course Version: 17 Course Duration: 3 Day(s)

SAP AND IBM: FLEXIBLE BUSINESS INFRASTRUCTURE. Top to Bottom. we know. they know. End to End

HOW MANUFACTURING FIRMS CAN USE BPM TO OPTIMIZE OPERATIONAL PERFORMANCE

Managing Multi- CAD Complexity on a Budget By : Jim Brown President Tech-Clarity

Why Reporting in Dynamics AX2012 is Difficult and what you can do about it

REQUIREMENTS ANALYSIS IN THE IMPLEMENTATION OF INTEGRATED PLM, ERP AND CAD SYSTEMS

Business Drivers and Job Scheduling

Fleet Management and Compliance. Improve driver safety and simplify regulatory compliance, while saving time and money

What Can Enterprise Process Work Accomplish?

Data-as-a-Service: The Beginning of the End of Data Quality

Beyond Survival Thriving on Innovation in a Down Economy

Digital Twin & Augmented Reality. Usage of digital product models for product development, production and. service

PIM Software Solutions A Buyers Guide

MICROSOFT DYNAMICS NAV FOR INTERNATIONAL

FraME- Framework for Manufacturing Execution. Integrating Product lifecycle with Manufacturing Execution & supply chain processes

7 Must-Have ERP Features for High Tech/Electronics Manufacturers

Future of Manufacturing - driving the digital enterprise

IFS Applications. IFS ApplIcAtIonS

Business Process Management and the Benefits of Automation

Weighing the Benefits of a Paperless Office

Gain better visibility of your into key business processes and operational data in SAP for better decision making using Oracle BAM

RuleDesigner Enterprise Automation. Web -

SHOULD YOUR BARCODE LABELING SOLUTION BE FULLY INTEGRATED WITH YOUR BUSINESS SYSTEM?

WHITE PAPER. Analytics Software. Find what Matters

Enterprise Modeling to Measure, Analyze, and Optimize Your Business Processes

Goodbye Starts & Stops... Hello. Goodbye Data Batches... Goodbye Complicated Workflow... Introducing

PDM Buyer s Guide. Ensuring Maximum Value from Product Data Management

Advanced Analytics. and IoT for Energy Utilities: The Path to a Profitable Future

Dynamic Enterprise Performance Management

Contextual Intelligence for Sales Professionals

We have shown it is possible to let people be passionate about ideas they generate and run successfully on site, regardless of role.

The Evolution of the Royal Dutch Shell: A Conversation with Marvin Odum, President of Shell Oil Company

JD Edwards Consumer Goods Industry Solution

Enterprise Data Discovery

SAP NetWeaver The Need For Tactical Solutions On The Road Towards Strategic Goals

Instant Edge enables Kautex s Global IT Organization to drive their Digitalization Initiatives

Business Process Management

Ten Steps to Evaluate and Select A Mid-Market Budgeting, Forecasting, and Reporting Solution

Solutions for the automotive industry siemens.com/automotive

Lean ITIL at Jazz Aviation April Professional Development Summit (PDS)

About the Company. ESTABLISHED IN: COMPANY'S HEADQUARTERS, R&D, Foundry, Toolshop: MANUFACTURING: EMPLOYEES:

Automating Key Business Processes with NetSuite ERP & Salesforce CRM

CASE STUDY. Fashion Avenue Sweater Knits. Continuous Improvement with NGC s PLM.

Lean Thinking. Continuous improvement is about removing stuff that get in the way of your things working well.

PDM Buyer s Guide. Ensuring Maximum Value from Product Data Management

Streamline: Progressions in Product Compliance (Part 1 of 4)

MOVING TO FLOW. by Ian Glenday. Background

Our Approach to the Scaled Agile Framework (SAFe )

The Basics of Process Mapping, Modeling and Analysis

The Case for the SIO. A guide to navigate the new challenges of Service Management. kpmg.ca

Electronic document management offers many advantages

Software Forecast Update, 1H03: Markets Start Their Slow Growth

Lean Enterprise Achieving efficiency in a world demanding effectiveness

Transcription:

I. What are companies looking for with global economic recession? The global economic recession has left product design and manufacturing companies with less sales volume, less demand, less supply chain flow, and the worst, site closure and bankruptcy. Still, companies who applied effective risk mitigation strategies, and who are flexible and who are able to make decision early enough do survive the storm. Surviving instinct with sound information generates turn key decisions. Whereas, sound information relies on sound management approaches and efficient management processes supported by efficient tools and systems. In order to stay current with critical product information, companies are searching for new methodologies, strategies, tools and implementations that could generate true business value with limited budget and resources. II. Current Implementation trend and issues A quick skim in the market, we have already seen that Computer Aided Design (CAD), Product data management (PDM), Enterprise Resource Planning (ERP), Material requirement planning (MRP), Supply Chain management (SCM), Customer Relationship Management(CRM), Collaborative Product Commerce (CPC), Business process management (BPM), Business Intelligence (BI) provides management methodologies, strategies, tools and processes to address management needs at different stages in a product life cycle. In reality, large enterprises are able to afford to implement each of them or most of them. Medium size companies afford to implement one or two of them or settle themselves on variations of one or two of these components. Small companies cannot afford big implementation, and they'd rather believe they are efficient enough to skip those big words and only take on steps, approaches and tools that fit in their immediate requirements. The issues associated with this reality are:! that implementation of any of the components above are costly;! that every implementation only covers one perspective out of the whole product life cycle, reflecting a uncompleted form of the truth. Without knowing the truth itself, the form could be far from the actual value pole.! PLM implementation, if companies happen to know what it is, often goes sour with large scope but limited budget.

III. PLM Defined Product Lifecycle Management (aka PLM), a concept that came to exist for a long while but has not been as well accepted as ERP or SCM or other listed components yet. We believe that Product Lifecycle Management is the leading thread, the soul of all the remaining components instead of just an appending step only to help in process streamlining, user collaboration and issue fixing after other discrete components are implemented. According to Wikipedia, "Product lifecycle management (PLM) is the process of managing the entire life cycle of a product from its conception, through design and manufacture, to service and disposal. PLM integrates people, data, processes and business systems and provides a product information backbone for companies and their extended enterprise." Wikipedia positioned PLM as the product information backbone shown in the diagram below: Another diagram from site www.areschina.com depicts PLM in relation to other components as follows: 2

In this case, PLM is the platform which all other components are based upon and extended from. IV. PLM implementation in relation to other implementations like PDM, ERP, SCM, BPM, BI, etc. In practice, depending what software applications they started investing first, companies may not even know the concept of PLM before they start their ERP implementation, for example, SAP was strong in ERP package and only brought PLM in a later stage. Due to different reasons as such, companies often think that PLM is something nice to have, and/or that PLM essentials are essentials covered by each ERP package, SCM package or PDM package, etc, so there is not a need to consider it with higher priority nor independently. However, we believe that there is a fine line here which is easy to be ignored but could make critical difference in the success of your company innovation. We believe that companies choose to implement their innovation strategies without first taking PLM into consideration would be far less successful than those who start from PLM. The reasons are straightforward: # PLM provides you a vision; # PLM provides you a blue print; # PLM provides you a road map; # PLM provides a backbone, a platform where other components could be based on. # PLM provides you a bird-eye view, an overall picture on what you are doing or going to do with your products. Starting with a need assessment from PLM point of view, companies would have a thorough grasps of 3

their goal and clear understanding of where they are going before they actually start driving. V. Defining "Lean" Lean is a very sexy word in now-a-day enterprise business solutions. But what is really "Lean"? According to LEI (Lean Enterprise Institute), "the core idea is to maximize customer value while minimizing waste. Simply, lean means creating more value for customers with less resources. A lean organization understands customer value and focuses its key processes to continuously increase it. The ultimate goal is to provide perfect value to the customer through a perfect value creation process that has zero waste. To accomplish this, lean thinking changes the focus of management from optimizing separate technologies, assets, and vertical departments to optimizing the flow of products and services through entire value streams that flow horizontally across technologies, assets, and departments to customers. Eliminating waste along entire value streams, instead of at isolated points, creates processes that need less human effort, less space, less capital, and less time to make products and services at far less costs and with much fewer defects, compared with traditional business systems. Companies are able to respond to changing customer desires with high variety, high quality, low cost, and with very fast throughput times. Also, information management becomes much simpler and more accurate." VI. Lean PLM The essence of lean PLM, we believe, is to provide companies with opportunities for a PLM implementation whose scope does not have to be big, which is not at all window dresser and definitely the backbone of all other elements. The focus of lean PLM is to address the need of the right amount of product data in different stages of product life cycle to serve the requirement of business intelligence, based on which sound business decisions can be made in a timely fashion. PLM is often global, and/or across multiple business entities, therefore, lean PLM would also address the needs for intelligent, secure and efficient communication across board. For small and medium local businesses, lean PLM would address PLM needs in the form of on-demand 4

requirements for on-demand services. How would on-demand PLM be effective is a separate discussion itself. Our consultant specialized in on-demand PLM would be able to address your on-demand PLM implementation needs. For example, will PLM Software-as-a-Service really fit into my PLM requirements? Being an enterprise backbone, will it make sense for PLM to be "on-demand"? If so, how would I fit my "on-demand" PLM requirements into the "on-demand" PLM application without worrying about having massive changes later? In general, "Lean PLM", we believe, is what companies are looking for regardless of the seasons. VII. Lean PLM Implementation Lean PLM implementation is to apply the lean principles to a PLM implementation to ensure that all ingredients in the implementation is well justified and of value and there is no waste and there is minimum change needs. According to LEI (Lean Enterprise Institute), there are 5 steps in the lean practice: 5

1 Specify value from the standpoint of the end customer by product family. 2 Identify all the steps in the value stream for each product family, eliminating whenever possible those steps that do not create value. 3 Make the value-creating steps occur in tight sequence so the product will flow smoothly toward the customer. 4 As flow is introduced, let customers pull value from the next upstream activity. 5 As value is specified, value streams are identified, wasted steps are removed, and flow and pull are introduced, begin the process again and continue it until a state of perfection is reached in which perfect value is created with no waste. The steps sound very tedious. But we believe that a master of lean PLM implementation would be able to apply these principles in a way that is spontaneous and effective with least effort. It is just a born habit to do so for the customer. That has been how we distinguished our services with record keeping success on the PLM implementations we were involved in the past. For more details and further discussions, please send a request to. 6