Process industries, particularly CPG and food and beverage, have some real needs for more effectively managing their product portfolios. New PLM solutions may provide an answer to these needs. Three suppliers - Formation Systems, Sequencia, and SAP - offer initial PLM solutions focused on specific parts of the product lifecycle such as design, production, or metadata management. While no current solution meets all PLM needs, they provide opportunities for process manufacturers to better manage product development and information sharing internally and with partners.
Developing a new product development & launch process Case: Company Xvarun rathod
This document provides an overview of developing a new product development and launch process for Company X. It begins with introducing the Stage-Gate model, which is a structured process used for new product development and launch. It describes the key stages of idea generation, scoping, building a business case, development, testing and validation, and launching the product onto the market. The document then discusses applying this model to Company X by analyzing the company's current process, identifying gaps, and developing recommendations to create a customized process to increase the success of new product launches. In the end, it proposes a new product launch process tailored for Company X to clarify the steps from idea to market launch.
The document outlines a chapter about the design of goods and services. It discusses key topics like product strategy options, product life cycles, product development, and defining products. The learning objectives are to understand concepts such as the product life cycle, product development systems, time-based competition, and how products and services are defined. It also provides examples of companies that implement different product strategies.
The document discusses lean innovation and product architecture design. It contains the following key points:
1. The main topic is designing a complexity-optimized product architecture using procedural models and methodical tools.
2. The challenges involve balancing external market requirements, internal product architecture needs, and organizational sustainability.
3. Methods described include market segmentation, success factor portfolio analysis, defining a function structure and assigning solution principles to derive technical needs and standardize architectures.
What and how about quality function deploymentZishy Rajput
This document discusses quality function deployment (QFD), which is a customer-oriented approach to product development. QFD guides teams through conceptualization, design, and production planning to relate customer desires to engineering specifications and manufacturing requirements. The key aspects of QFD are its focus on customers, use of cross-functional teams, and structured method for communicating information. While originally developed in Japan, Western companies have also found success with QFD in developing better products and production processes. Critical to its success is senior management support and a company-wide emphasis on customers.
This document summarizes a case study on how two engineering industries improved business processes by applying Product Lifecycle Management (PLM) systems. The case studies found that PLM systems helped with data capture and reuse, improved communication and teamwork, and enhanced product and process management and visibility. Benefits included reduced disruption, faster response to changes, improved knowledge sharing, streamlined processes, and better project status monitoring. The studies indicate a strong relationship between PLM application and positive business process development.
The document discusses Kgroup being awarded the 2018 European Commercial Refrigeration Company of the Year Award by Frost & Sullivan. It highlights Kgroup's visionary innovation through its extensive product portfolio that addresses customer needs, its use of mega trends to develop futuristic solutions, and excellence in implementing strategies. Examples provided include Kgroup's new full vision doors that enhance the user experience and energy savings, as well as its modular product design that optimizes transportation costs. The award recognizes Kgroup's leadership in commercial refrigeration through innovative products that deliver excellent price and performance value for customers.
Developing a new product development & launch process Case: Company Xvarun rathod
This document provides an overview of developing a new product development and launch process for Company X. It begins with introducing the Stage-Gate model, which is a structured process used for new product development and launch. It describes the key stages of idea generation, scoping, building a business case, development, testing and validation, and launching the product onto the market. The document then discusses applying this model to Company X by analyzing the company's current process, identifying gaps, and developing recommendations to create a customized process to increase the success of new product launches. In the end, it proposes a new product launch process tailored for Company X to clarify the steps from idea to market launch.
The document outlines a chapter about the design of goods and services. It discusses key topics like product strategy options, product life cycles, product development, and defining products. The learning objectives are to understand concepts such as the product life cycle, product development systems, time-based competition, and how products and services are defined. It also provides examples of companies that implement different product strategies.
The document discusses lean innovation and product architecture design. It contains the following key points:
1. The main topic is designing a complexity-optimized product architecture using procedural models and methodical tools.
2. The challenges involve balancing external market requirements, internal product architecture needs, and organizational sustainability.
3. Methods described include market segmentation, success factor portfolio analysis, defining a function structure and assigning solution principles to derive technical needs and standardize architectures.
What and how about quality function deploymentZishy Rajput
This document discusses quality function deployment (QFD), which is a customer-oriented approach to product development. QFD guides teams through conceptualization, design, and production planning to relate customer desires to engineering specifications and manufacturing requirements. The key aspects of QFD are its focus on customers, use of cross-functional teams, and structured method for communicating information. While originally developed in Japan, Western companies have also found success with QFD in developing better products and production processes. Critical to its success is senior management support and a company-wide emphasis on customers.
This document summarizes a case study on how two engineering industries improved business processes by applying Product Lifecycle Management (PLM) systems. The case studies found that PLM systems helped with data capture and reuse, improved communication and teamwork, and enhanced product and process management and visibility. Benefits included reduced disruption, faster response to changes, improved knowledge sharing, streamlined processes, and better project status monitoring. The studies indicate a strong relationship between PLM application and positive business process development.
The document discusses Kgroup being awarded the 2018 European Commercial Refrigeration Company of the Year Award by Frost & Sullivan. It highlights Kgroup's visionary innovation through its extensive product portfolio that addresses customer needs, its use of mega trends to develop futuristic solutions, and excellence in implementing strategies. Examples provided include Kgroup's new full vision doors that enhance the user experience and energy savings, as well as its modular product design that optimizes transportation costs. The award recognizes Kgroup's leadership in commercial refrigeration through innovative products that deliver excellent price and performance value for customers.
The document presents a framework for implementing a Product Lifecycle Management (PLM) system in the fashion industry. It consists of 4 steps: 1) Process analysis - mapping business processes using BPMN and identifying user needs, 2) Needs analysis - identifying PLM functionalities to meet user needs using a relationship matrix, 3) Detailed implementation - developing PLM functionality in Agile sprints for user testing, and 4) Final test and training - integrating all functionality and training users before system launch. The framework was applied successfully in a case study with an Italian gold jewelry company.
This document discusses Satyam Industrial Practice's service offerings which include product development, supply chain management, manufacturing, sales and marketing, and after sales service. Some key points:
- Product development services include product engineering, product data management, and supplier collaboration.
- Supply chain management services include demand and supply planning, global sourcing, and supplier chargebacks.
- Manufacturing services include factory scheduling, manufacturing execution systems, lean manufacturing, and operations planning.
- Sales and marketing services include channel management, marketing, market intelligence, order management, sales, service, CRM analytics, and sales planning.
- After sales services include network optimization, inventory planning, product lifecycle management, opportunity management
This document discusses product lifecycle management (PLM) strategies for manufacturing industries. It describes PLM as an enterprise strategy that manages all product data throughout the product's lifecycle. The document then outlines a seven step PLM methodology: 1) identifying needs, 2) formulating solutions, 3) demonstrating return on investment, 4) describing a deployment plan, 5) going live, 6) providing post-live support, and 7) conducting post-live assessments. It also discusses PLM implementation, costs, software models, and benefits. PLM is presented as helping to reduce time, costs and errors while improving productivity, quality and profitability when compared to traditional communication systems.
Motorized Urban Mobility focuses on developing sustainable and intelligent light transport solutions to improve quality of life in urban areas. They have experience managing projects for OEMs and developing new electric vehicles and mobility services. Their goal is to reduce emissions and create more efficient personal transportation alternatives. They are a small team of experienced engineers who take on all aspects of product development from concept to production launch.
Product life cycle management (www.ironsystems.com)Mrigendra Sharma
At Iron Systems (www.ironsystems.com), we focus on taking your business to the next level. With our complete Product Life-Cycle Management solutions, our experienced team can manage every aspect of your product portfolio, services, and fulfillment. By keeping your business lean, you have more time to focus resources where you need them, and less energy is spent on managing day to day activities that Iron’s proven processes deliver with ease
IJPPM (2015) Enhancing Prioritisation of Technical Attributes in QFDNicky Campbell-Allen
The document discusses enhancing the prioritization of technical attributes in quality function deployment (QFD). It proposes using permutation sampling, bootstrap sampling, and parametric bootstrap sampling of empirical QFD data to generate theoretical populations. This allows estimating confidence intervals and determining whether differences in final weights of technical attributes are statistically significant. The methods are demonstrated on a published case study, comparing results from the three sampling approaches. The paper concludes the approaches provide a robust method for identifying which technical attributes should be prioritized in product design based on customer satisfaction.
Trilogiq USA provides custom material handling solutions to help companies achieve lean production and continuous improvement goals. Their solutions focus on maximizing flexibility by reducing costs in target areas like productivity, safety, quality, inventory and floor space while managing throughput. Trilogiq has experience implementing proven systems like lean manufacturing and can provide a variety of solutions like towable carts, transfer carts, and supermarkets racks to systematically generate substantial savings and quick payback across multiple industries.
This document summarizes an operational excellence program in-plant mobility session that took place on February 10, 2010. It was presented by Harry Forbes from ARC Advisory Group. The session discussed differences between discrete and process manufacturing perspectives. Examples were given from Boeing, Chevron, and DMI Peace River Pulp on their applications and issues with mobility in discrete and process manufacturing environments. The presentation covered secure mobility, scalability, common tools, and equipment reliability applications.
Material handling control system software extends supply chain visibilityARC Advisory Group
The document discusses material handling control system (MCS) software, which provides uniform interfaces for equipment in material handling systems. MCS software integrates automated material handling subsystems, provides routing and tracking of items, and allows communication with conveyors and automated vehicles. It is a key part of achieving high performance in supply chain execution and manufacturing by enabling efficient material movement and data collection.
This document discusses the need for integrated asset information management across the entire asset lifecycle. It presents ARC's Collaborative Manufacturing Management (CMM) model to illustrate how assets are central to manufacturing supply chains. The CMM model shows the various domains and stages of an asset's lifecycle from design to decommissioning. While various best practice solutions exist for managing information within each domain, an overarching collaborative infrastructure is needed to integrate solutions and allow seamless information sharing across the asset lifecycle. The document recommends using best practice solutions for each domain but developing an integration and collaboration strategy to combine solutions while supporting long-term needs.
1) India is expected to achieve a growth rate of 7.4% during 2009-2010 and projected to grow at 9.4% in 2010, offering growth opportunities for automation suppliers.
2) High growth industries in India include automotive, cement, electric power, food and beverage, metals such as steel, oil and gas, pharmaceuticals, and high tech.
3) Growth opportunities exist in India for new greenfield projects, modernization projects, and increasing adoption of automation to improve productivity and efficiency as competitive pressures rise.
1) Field networks provide access to process information through economical field devices to help reduce operational and maintenance costs and increase productivity.
2) WirelessHART enables transitioning to predictive maintenance through accessing device diagnostics, which can lower costs and increase plant availability.
3) A Venezuelan oil refinery saw a 60% reduction in lost profit opportunities and reduced random device failures by 95% through connecting over 5,000 field devices to their DCS and PAM system via HART.
Controlled Sine wave front end drives address electrical pollution from variable frequency AC drives by drawing current in a near sinusoidal waveform, producing near-zero harmonics. This technology enables unity power factor, reduces energy losses, and allows regenerative energy to be returned to the supply. The latest advancements provide additional benefits that reduce the total cost of ownership for large drive systems.
Rack and roll automation strategies in material handling systemsARC Advisory Group
The document discusses material handling strategies in various industries. It notes that simulation software is now commonly used to reduce risks when planning large capital expenditures on material handling systems. In the automotive industry, plants are moving toward more flexible and reconfigurable production lines using common control systems for both machine tools and overhead material handling equipment. The bottling industry seeks to improve line efficiencies through better synchronization of conveyor speeds using variable speed drives and smart conveyors, but has been slow to adopt these technologies for retrofitting existing lines.
Collaborative manufacturing transforms plants into virtual enterprisesARC Advisory Group
Collaborative manufacturing is gaining momentum as manufacturers seek greater profitability and agility through tight collaboration with suppliers and customers. Using internet-based technologies, manufacturers are transforming their operations into virtual enterprises that coordinate activities across the supply chain. Significant cost savings of $500 billion are possible in the US manufacturing sector alone through increased collaboration. Manufacturers are outsourcing non-core functions and using e-procurement and e-manufacturing services to facilitate efficient collaboration with suppliers.
Web-hosted solutions (WHS) are emerging in the manufacturing sector and have the potential to dramatically change how manufacturers use software and operate plants. There are two categories of WHS - Web-hosted applications which provide access to software solutions over the internet, and Internet-hosted services which provide domain expertise and resources. WHS offered by application service providers and software vendors can provide customized solutions at a lower total cost of ownership through reduced implementation time, maintenance costs, and fixed monthly expenses. However, WHS is still nascent in manufacturing and must provide more integrated solutions incorporating business processes and outsourcing to deliver maximum value.
CIOReview_Manufacturing Special Edition_TCS ArticleAmit Bhowmik
(1) The chemical and process manufacturing industry is undergoing rapid transformation driven by new technologies and changing customer demands. (2) Leaders are using mobile solutions to improve plant productivity and safety as well as influence demand and deliver new product models. (3) For example, digitizing startup and shutdown procedures through a mobile guided solution reduced lost productivity equivalent to days of additional plant capacity.
The document discusses an agenda for a PPM implementation kick-off meeting. It includes introductions of roles, terminology definitions for PPM, PLM, COLA, etc. It provides background on the partner organizations involved and what PPM and PLM are. It demonstrates the PPM software capabilities like project templates, timelines, dashboards. It discusses challenges at Pabst like multiple data sources and establishing a single source of truth. It outlines a phased PPM/PLM implementation approach to prioritize challenges like GPI management and project portfolio management.
Zero Wait-State Agile EC MCAD Implementation Quick Start PresentationZero Wait-State
Our technical staff has developed a methodology and tool set that dramatically reduces the time and cost needed to deploy Agile Engineering Collaboration into production environments. We have worked with Oracle's largest Agile clients to enable CAD data management with Agile PLM and have a proven track record.
White Paper: Product Regulatory ComplianceVedant Borse
What are you prepared to lose: Innovation, Profitability or Brand Image @ Cost of Non-Compliance
Building Strategic and Effective Approach to Product Safety and Stewardship
The document presents a framework for implementing a Product Lifecycle Management (PLM) system in the fashion industry. It consists of 4 steps: 1) Process analysis - mapping business processes using BPMN and identifying user needs, 2) Needs analysis - identifying PLM functionalities to meet user needs using a relationship matrix, 3) Detailed implementation - developing PLM functionality in Agile sprints for user testing, and 4) Final test and training - integrating all functionality and training users before system launch. The framework was applied successfully in a case study with an Italian gold jewelry company.
This document discusses Satyam Industrial Practice's service offerings which include product development, supply chain management, manufacturing, sales and marketing, and after sales service. Some key points:
- Product development services include product engineering, product data management, and supplier collaboration.
- Supply chain management services include demand and supply planning, global sourcing, and supplier chargebacks.
- Manufacturing services include factory scheduling, manufacturing execution systems, lean manufacturing, and operations planning.
- Sales and marketing services include channel management, marketing, market intelligence, order management, sales, service, CRM analytics, and sales planning.
- After sales services include network optimization, inventory planning, product lifecycle management, opportunity management
This document discusses product lifecycle management (PLM) strategies for manufacturing industries. It describes PLM as an enterprise strategy that manages all product data throughout the product's lifecycle. The document then outlines a seven step PLM methodology: 1) identifying needs, 2) formulating solutions, 3) demonstrating return on investment, 4) describing a deployment plan, 5) going live, 6) providing post-live support, and 7) conducting post-live assessments. It also discusses PLM implementation, costs, software models, and benefits. PLM is presented as helping to reduce time, costs and errors while improving productivity, quality and profitability when compared to traditional communication systems.
Motorized Urban Mobility focuses on developing sustainable and intelligent light transport solutions to improve quality of life in urban areas. They have experience managing projects for OEMs and developing new electric vehicles and mobility services. Their goal is to reduce emissions and create more efficient personal transportation alternatives. They are a small team of experienced engineers who take on all aspects of product development from concept to production launch.
Product life cycle management (www.ironsystems.com)Mrigendra Sharma
At Iron Systems (www.ironsystems.com), we focus on taking your business to the next level. With our complete Product Life-Cycle Management solutions, our experienced team can manage every aspect of your product portfolio, services, and fulfillment. By keeping your business lean, you have more time to focus resources where you need them, and less energy is spent on managing day to day activities that Iron’s proven processes deliver with ease
IJPPM (2015) Enhancing Prioritisation of Technical Attributes in QFDNicky Campbell-Allen
The document discusses enhancing the prioritization of technical attributes in quality function deployment (QFD). It proposes using permutation sampling, bootstrap sampling, and parametric bootstrap sampling of empirical QFD data to generate theoretical populations. This allows estimating confidence intervals and determining whether differences in final weights of technical attributes are statistically significant. The methods are demonstrated on a published case study, comparing results from the three sampling approaches. The paper concludes the approaches provide a robust method for identifying which technical attributes should be prioritized in product design based on customer satisfaction.
Trilogiq USA provides custom material handling solutions to help companies achieve lean production and continuous improvement goals. Their solutions focus on maximizing flexibility by reducing costs in target areas like productivity, safety, quality, inventory and floor space while managing throughput. Trilogiq has experience implementing proven systems like lean manufacturing and can provide a variety of solutions like towable carts, transfer carts, and supermarkets racks to systematically generate substantial savings and quick payback across multiple industries.
This document summarizes an operational excellence program in-plant mobility session that took place on February 10, 2010. It was presented by Harry Forbes from ARC Advisory Group. The session discussed differences between discrete and process manufacturing perspectives. Examples were given from Boeing, Chevron, and DMI Peace River Pulp on their applications and issues with mobility in discrete and process manufacturing environments. The presentation covered secure mobility, scalability, common tools, and equipment reliability applications.
Material handling control system software extends supply chain visibilityARC Advisory Group
The document discusses material handling control system (MCS) software, which provides uniform interfaces for equipment in material handling systems. MCS software integrates automated material handling subsystems, provides routing and tracking of items, and allows communication with conveyors and automated vehicles. It is a key part of achieving high performance in supply chain execution and manufacturing by enabling efficient material movement and data collection.
This document discusses the need for integrated asset information management across the entire asset lifecycle. It presents ARC's Collaborative Manufacturing Management (CMM) model to illustrate how assets are central to manufacturing supply chains. The CMM model shows the various domains and stages of an asset's lifecycle from design to decommissioning. While various best practice solutions exist for managing information within each domain, an overarching collaborative infrastructure is needed to integrate solutions and allow seamless information sharing across the asset lifecycle. The document recommends using best practice solutions for each domain but developing an integration and collaboration strategy to combine solutions while supporting long-term needs.
1) India is expected to achieve a growth rate of 7.4% during 2009-2010 and projected to grow at 9.4% in 2010, offering growth opportunities for automation suppliers.
2) High growth industries in India include automotive, cement, electric power, food and beverage, metals such as steel, oil and gas, pharmaceuticals, and high tech.
3) Growth opportunities exist in India for new greenfield projects, modernization projects, and increasing adoption of automation to improve productivity and efficiency as competitive pressures rise.
1) Field networks provide access to process information through economical field devices to help reduce operational and maintenance costs and increase productivity.
2) WirelessHART enables transitioning to predictive maintenance through accessing device diagnostics, which can lower costs and increase plant availability.
3) A Venezuelan oil refinery saw a 60% reduction in lost profit opportunities and reduced random device failures by 95% through connecting over 5,000 field devices to their DCS and PAM system via HART.
Controlled Sine wave front end drives address electrical pollution from variable frequency AC drives by drawing current in a near sinusoidal waveform, producing near-zero harmonics. This technology enables unity power factor, reduces energy losses, and allows regenerative energy to be returned to the supply. The latest advancements provide additional benefits that reduce the total cost of ownership for large drive systems.
Rack and roll automation strategies in material handling systemsARC Advisory Group
The document discusses material handling strategies in various industries. It notes that simulation software is now commonly used to reduce risks when planning large capital expenditures on material handling systems. In the automotive industry, plants are moving toward more flexible and reconfigurable production lines using common control systems for both machine tools and overhead material handling equipment. The bottling industry seeks to improve line efficiencies through better synchronization of conveyor speeds using variable speed drives and smart conveyors, but has been slow to adopt these technologies for retrofitting existing lines.
Collaborative manufacturing transforms plants into virtual enterprisesARC Advisory Group
Collaborative manufacturing is gaining momentum as manufacturers seek greater profitability and agility through tight collaboration with suppliers and customers. Using internet-based technologies, manufacturers are transforming their operations into virtual enterprises that coordinate activities across the supply chain. Significant cost savings of $500 billion are possible in the US manufacturing sector alone through increased collaboration. Manufacturers are outsourcing non-core functions and using e-procurement and e-manufacturing services to facilitate efficient collaboration with suppliers.
Web-hosted solutions (WHS) are emerging in the manufacturing sector and have the potential to dramatically change how manufacturers use software and operate plants. There are two categories of WHS - Web-hosted applications which provide access to software solutions over the internet, and Internet-hosted services which provide domain expertise and resources. WHS offered by application service providers and software vendors can provide customized solutions at a lower total cost of ownership through reduced implementation time, maintenance costs, and fixed monthly expenses. However, WHS is still nascent in manufacturing and must provide more integrated solutions incorporating business processes and outsourcing to deliver maximum value.
CIOReview_Manufacturing Special Edition_TCS ArticleAmit Bhowmik
(1) The chemical and process manufacturing industry is undergoing rapid transformation driven by new technologies and changing customer demands. (2) Leaders are using mobile solutions to improve plant productivity and safety as well as influence demand and deliver new product models. (3) For example, digitizing startup and shutdown procedures through a mobile guided solution reduced lost productivity equivalent to days of additional plant capacity.
The document discusses an agenda for a PPM implementation kick-off meeting. It includes introductions of roles, terminology definitions for PPM, PLM, COLA, etc. It provides background on the partner organizations involved and what PPM and PLM are. It demonstrates the PPM software capabilities like project templates, timelines, dashboards. It discusses challenges at Pabst like multiple data sources and establishing a single source of truth. It outlines a phased PPM/PLM implementation approach to prioritize challenges like GPI management and project portfolio management.
Zero Wait-State Agile EC MCAD Implementation Quick Start PresentationZero Wait-State
Our technical staff has developed a methodology and tool set that dramatically reduces the time and cost needed to deploy Agile Engineering Collaboration into production environments. We have worked with Oracle's largest Agile clients to enable CAD data management with Agile PLM and have a proven track record.
White Paper: Product Regulatory ComplianceVedant Borse
What are you prepared to lose: Innovation, Profitability or Brand Image @ Cost of Non-Compliance
Building Strategic and Effective Approach to Product Safety and Stewardship
Learn about the PTC Channel Advantage Partner Program and how PTC Channel Partners provide products and services to help their customers transform the way they do business.
This document describes the Process Classification Framework (PCF), a framework for classifying business processes developed by APQC. The PCF organizes processes into 12 categories including operating processes like developing products and services, and management processes like managing human capital. It provides a common language for benchmarking processes across industries. Over time the PCF has been enhanced based on member feedback to keep it up to date. APQC aims to further improve the framework and encourages comments and suggestions from users.
This document summarizes and reviews a journal paper titled "Integrating lean six sigma and supply chain approach for quality and business performance". It discusses how integrating Lean Six Sigma methodology within a supply chain can help organizations minimize costs by eliminating waste, reducing process variation, and improving customer satisfaction. The summary describes the key concepts of Lean, Six Sigma, and their integration. It also explains the DMAIC methodology used in Six Sigma and how it can be applied through the five phases of Define, Measure, Analyze, Improve and Control.
The document discusses product lifecycle management (PLM) and how it relates to acquiring funding for new product development. PLM provides a framework for mapping out activities and requirements throughout a product's lifecycle. This helps identify funding needs at different stages and potential sources of funding. Most new product launches and startups fail due to running out of cash at critical times. PLM can help avoid this by planning funding needs in advance. Early-stage funding sources include bootstrapping, crowdfunding, microloans and angel investors. Venture capital becomes more important later in development when larger funds are required. Understanding the appropriate funding options for each stage of development is key to a product's success.
ARC Operational Excellence Forum in Orlando HighlightsARC Advisory Group
ARC Operational Excellence Forum in Orlando Highlights
ARC’s seventh annual Driving Operational Excellence in Manufacturing
Forum was held in Orlando on February 11 and 12. This is a first in a series
of Insights to cover the considerable amount of information from the Forum.
The forum highlighted the real world experiences of end users in
their goal to achieve operational excellence. ARC also
invited many key industry executives from the leading
supplier companies to share their visions for the
future of collaborative manufacturing management
(CMM). As manufacturers move into a global business
climate that demands the integration of
manufacturing operations and business systems, collaboration
must become commonplace reality.
Collaboration must be a cultural transition that moves beyond the organizational
and functional “silos” that currently exist within most
manufacturing enterprises. Two issues that have a direct impact on how
well manufacturing operations will become integrated with the enterprise
are interoperability and complexity.
ARC’s Driving Operational Excellence
Forum in Orlando focused on the
vision for a collaborative
manufacturing infrastructure
purported by suppliers as well as the
real world experiences of users trying
to achieve operational excellence.
Business process management tools overlap with varying architectures and lack common standards. This has led to a proliferation of over 100 products with no common interfaces. Efforts are underway to develop standards through groups like BPMI and WfMC to define common storage formats and execution methods. This will help protect user investments, enable integration between products, and allow the market potential to be reached.
This document discusses the challenges of implementing large Product Lifecycle Management (PLM) projects and how to make them more cost effective. It argues that traditional centralized PLM approaches are no longer suitable due to trends like increased software content in products, globalization and faster development times. Instead, it advocates for a new PLM paradigm that seamlessly connects physical and software design using technologies like cloud computing and enables real-time collaboration across distributed teams. It also emphasizes the importance of systems engineering principles like requirements management and configuration control to successfully manage complex product development projects.
Windchill is a PLM software that manages product information throughout the entire lifecycle, from conception to disposal. It provides a central repository for collaborative product development. Key capabilities include managing engineering bills of materials, streamlining processes, and ensuring quality and compliance. Windchill modules help with specific tasks like project management, standardizing parts, and providing service information.
The document discusses various contemporary trends in quality engineering and management, including Just-in-Time (JIT) manufacturing, Lean manufacturing, Agile manufacturing, World Class Manufacturing (WCM), Total Productive Maintenance (TPM), Benchmarking, Business Process Reengineering (BPR), and Six Sigma. It provides overview definitions and explanations of the key concepts and principles for each trend.
This document evaluates different supply chain strategies for apparel manufacturing organizations using the Analytical Hierarchy Process (AHP). It first describes lean, agile and leagile supply chain strategies. It then outlines the AHP methodology and applies it to determine the most suitable strategy. Key evaluation factors are identified and weighted based on pairwise comparisons. Sub-factors are also identified and weighted for each key factor. The performance of lean, agile and leagile strategies are rated for each sub-factor. Overall scores are calculated to validate that leagile supply chain is the best strategy for the case study apparel organization.
This document discusses eight strategies for implementing concept-to-customer supply chain management. The concept-to-customer approach views a company's supply chain across three dimensions: internal, external, and customer. The eight strategies are: 1) dynamically adjusting networks, 2) taking a global view of demand, 3) working the supply network, 4) boosting asset productivity, 5) collaborating across the supply chain, 6) gaining end-to-end visibility, 7) responding in real-time, and 8) measuring performance across the entire chain. Implementing these strategies helps companies establish resilient supply chains that can adapt to business dynamics and focus on customers.
IRJET- Application of Lean Six Sigma PrinciplesIRJET Journal
This document summarizes the application of Lean Six Sigma principles to improve the dip-spin anti-rust coating process at Aum Dacro Pvt. Ltd. The author conducted the project using the DMAIC (Define, Measure, Analyze, Improve, Control) approach. In the Define phase, the problem and objectives were defined. In the Measure phase, comprehensive process data was collected. In the Analyze phase, possible causes for defects were identified using a cause-and-effect diagram and the most significant causes were analyzed. In the Improve phase, solutions to address the key causes were developed. The Control phase of ongoing monitoring was outside the scope of this project. Design-Expert statistical software was used
Similar to Are process industries ready for plm three suppliers think so (20)
ARC’s 19th Annual Industry Forum in Orlando drew more than 700 participants from approximately 300 different companies and 25 countries. The theme for this year's Forum, "Industry in Transition: The Information-driven Enterprise for the Connected World," resonated well with attendees, many who are currently trying to get a handle on the latest Internet-enabled automation and information technologies and determine if and how they can enable competitive advantage.
ARC Advisory Group's 2014 European Industry Forum in the Netherlands included this interesting presentation from Willem Hazenberg of Stork on control system migration.
Asset Information Management (AIM) Presentation @ ARC's 2011 Industry ForumARC Advisory Group
This document summarizes recent research by ARC Advisory Group on asset information management (AIM). It defines AIM and outlines ARC's research reports on developing an AIM strategy and building an AIM program. The document discusses what asset information includes, challenges in managing it, and how AIM can improve asset lifecycle management processes. It recommends that organizations assess potential AIM benefits, develop an AIM strategy considering goals, people, processes and technology, and identify a portfolio of solutions to meet their specific AIM needs.
Three market trends drive collaborative value networks to the next levelARC Advisory Group
Three trends will drive changes in industrial companies over the next decade: 1) the shift in global economic power to emerging markets, 2) increased accessibility and capabilities of information technology, and 3) the rising influence of Millennials in the workforce. These trends will pressure companies to collaborate more extensively with partners throughout their value networks. Advanced IT can enable new forms of collaboration in design, production, and delivery. Leading companies will adapt by increasing information sharing and collaboration with customers and other partners across dynamic value networks.
Mobile Technologies and Supply Chain @ ARC's 2011 Industry Forum ARC Advisory Group
Mobile Technologies and Supply Chain @ ARC's 2011 Industry Forum by Adrian Gonzalez.
Mobile Internet usage is and will be bigger than most people think.
Use of mobile technologies by consumers is growing quickly, especially in Asia and emerging economies. This will impact supply chains.
Mobile + Social Media = Process Innovation
Supply chain software vendors are investing heavily in mobile solutions.
Early adopters, including CPG companies and 3PLs, are already achieving benefits.
Energy Management Strategies for Operational Excellence @ ARC's 2011 Industry...ARC Advisory Group
Energy Management Strategies for Operational Excellence @ ARC's 2011 Industry Forum by Dick Hill.
10 Energy Optimization Recommendations
1.Secure Management‟s Full Support
2.Plant-level Energy Teams –Include Automation
3.Build an Energy Strategic Plan
4.Perform Energy Audits –Current Reality
5.Establish Energy Metrics
6.Benchmark: Other Plants & Other Companies
7.Energy KPIs –Not just for Management
8.On-Line Energy Measurements –Fill Gaps
9.Automate to Optimize
10.Empower the Worker
Energy Management and the Evolution of Intelligent Motor Control and Drives @...ARC Advisory Group
Intelligent motor control and drives have evolved from providing safe and flexible motor control to acting as smart energy managers. They perform critical protective, diagnostic, and troubleshooting functions to improve productivity and minimize downtime, especially in applications where even short periods of downtime can be costly. The document discusses a survey of electrical power system end users that found most operate systems 11-30 years old. While many exceed equipment suppliers' stated obsolescence dates, practices for justifying upgrades focus on lost production, failure costs, and failure frequency. Condition assessments before upgrades help prevent future downtime.
Driving Innovation, Sustainability and Performance @ ARC's 2011 Industry Forum ARC Advisory Group
Driving Innovation, Sustainability and Performance @ ARC's 2011 Industry Forum by Andy Chatha.
Today’s Business Drivers
Uncertainty
Security
Scarce Resources
Need to Go Green
Global Competition
Changing Workforce
Increasing Regulations
Emerging Smart Grid
Easy IT Solutions
Today’s business drivers demand agility
Anti-counterfeiting and Brand Protection (ABP) Workshop @ ARC's 2011 Industry...ARC Advisory Group
Anti-counterfeiting and Brand Protection (ABP) Workshop @ ARC's 2011 Industry Forum by Janice Abel and John Blanchard.
Market for ABP technologies is increasing
Important to protect brands and image
Brand protection teams and organizations are important
Secure the supply chain
Range of ABP technologies to consider –depends on many factors
Only a few companies have e-pedigree in place
Strategies for Asset Performance Management @ ARC's 2011 Industry Forum ARC Advisory Group
This presentation discusses asset performance management strategies and models. It presents a model for major asset lifecycle management processes, including project performance management, asset performance management, and asset and project portfolio management. The processes span activities from planning and design through operation and maintenance to retirement. The presentation is copyrighted by ARC Advisory Group.
Current Automation Purchasing Strategies Fall Short
End users today have a paradoxical relationship with their suppliers. Primary
business drivers in today’s environment include maximizing asset
utilization, enhancing plant performance, and reducing capital, maintenance,
and operational expenditures, but many manufacturers employ
purchasing strategies and supplier relationship management strategies developed
during the heyday of the 1980s. Rather than
focusing on achievement of today’s objectives, the
current environment is characterized by an approach
that relies primarily on initial cost, driving discounts
off list price, and failure to employ a lifecycle costing
perspective.
CPM (Collaborative Production Management) systems help manufacturers extract hidden value from their existing manufacturing assets. By coordinating production data in real-time, CPM solutions provide visibility into operations and enable continuous performance improvement. While no single vendor can provide all RPM (Real-time Performance Management) needs, effective CPM systems make production data accessible across functions to optimize decision-making and drive innovation. The document discusses how several manufacturers have leveraged CPM solutions to uncover additional production capacity, reduce costs, and sustain operational excellence over time.
Controls to CPM Connection: Are We There?
The requirements for manufacturing
intelligence and visualization are
becoming requisite components of
the collaborative manufacturing
enterprise.
Conoco on Path to Reliability Centered Loop Management: Enhancing ROA on the WayARC Advisory Group
Conoco on Path to Reliability Centered Loop Management: Enhancing ROA on the Way
Process manufacturers have invested heavily in manufacturing plants and
automation systems. A typical manufacturing plant may have hundreds or
even thousands of regulatory control loops to enable safe and efficient operations.
The most complex units often have advanced process control and
optimization schemes implemented on top of these regulatory control
loops. All of these systems have a need for
tighter process control to enable more effective
use of assets that result in higher ROA and ultimately
better business performance and
profitability.
Unfortunately, automation effectiveness deteriorates
over time. The lack of a structured
methodology for control loop maintenance is a
contributing factor that erodes performance. A
manufacturing plant typically has only two or three control engineers who
each have responsibility for a large of number of loops, yet they often have
no means of identifying where to focus their efforts so that their work has
the largest economic impact on plant performance.
Component Based Solutions Well Aligned with Needs of Service Logistics ProvidersARC Advisory Group
Component Based Solutions Well Aligned with Needs of Service Logistics Providers
Service Logistics supply chains are very dynamic. Achieving customer satisfaction
depends not only delivering the right parts, but also the right
people, the right tools and the right information to the right place at the
right time. Two Service Logistics providers, TNT and IMI Bevcore, concluded
that in order to effectively enable their processes,
they had to implement logistics software
based on component-assembly architectures.
Combined Fluid Power and Mechatronic Technology Optimizes SolutionsARC Advisory Group
Combined Fluid Power and Mechatronic Technology Optimizes Solutions
Current electro-hydraulic actuation products employ technologies that
provide greater functionalities and practically eliminate many drawbacks of
hydraulics. Additionally, some new electro-hydraulic actuators on the
market today come as a highly integrated unit
with advanced electronic control and plug and
play design for modern distributed architecture.
These advancements in electro-hydraulics technology
create opportunities for users to optimize
their investments in automation solutions by selectively
using both electric and electro-hydraulic
actuation.
Collaborative Asset Lifecycle Management Vision and StrategiesARC Advisory Group
Collaborative Asset Lifecycle Management Vision and Strategies
Capital asset management is once again becoming a key managerial concern.
Organizations that have been focusing on developing new products,
expanding services, and making supply chains super-efficient are now facing
challenging markets and expensive overcapacity. Survival demands
that they reduce their cost basis and capital assets, one of their largest expenses,
which are becoming the target for these efforts.
Discussions about postponing asset purchases and eliminating non-critical
assets are dominating many executive agendas. But lack of information
makes any decision a gamble. The importance of an effective capital asset
management strategy that minimizes the need for such discussions and
enables executives to confidently make necessary
decisions is becoming painfully clear.
Manufacturers are used to market swings and frequently
adjust their product inventories to match
reduced demand forecasts. The rapidity of this
“inventory alignment” for the current situation is
clear testament to the effectiveness of new supply
chain management technology. But the persistence
of this slowdown is forcing all organizations
to consider the more complex issue of “structural
Closing the Gap on Digital Manufacturing
The concurrent engineering required for new product designs between design
engineering and manufacturing engineering has always been a critical
focal point for manufacturers to shorten time-to-market, accelerate time-tovolume,
and minimize cost of production. Today, collaboration between
product design (CAD) and manufacturing processes
(CAM) is a robust process due to tight
integration between CAD and CAM and the emergence
of extended PDM and PLM systems.
However, there has not been a corresponding
level of tight integration between CAD/CAM and
production management. But the benefits of exchanging
information between the product
definition domain and production management are becoming clear as
manufacturers move to a collaborative environment. Two leading PLM
suppliers, EDS and IBM/Dassault, have recently launched new programs
to integrate these disparate domains.
Are process industries ready for plm three suppliers think so
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Collaborative design and more recently, Product Lifecycle Management (PLM) are tools
being used by discrete industries to facilitate collaboration with strategic partners on the
development of new products. The benefits of such collaboration include faster time to
market and time to volume for new products, as well as enabling a higher level of strate-
gic sourcing with key suppliers.
The process industries, however, have not been as actively involved
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the reason lies in the lack of viable solutions to enable this activity.
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However, the process industries do have some very real issues when it comes to manag-
ing their product portfolios. For example, how can they work more collaboratively with
research and development partners to accelerate new product development cycles or
how might they share product recipes among their internal manufacturing operations
and potential outsourcers for manufacturing? And of course, how might a process
manufacturer manage and share product information with all constituents, be they in
development, manufacturing, marketing, or customer service in such a way that enables
them to better perform their respective functions. Each of these examples demonstrates
the need for PLM solutions in the process industries, which have been largely ignored by
PLM solution providers, until recently.
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In the past couple of months, ARC has been briefed by three suppliers of PLM solutions
for the process industries. Two of these suppliers, Sequencia and Formation Systems,
offer tight solutions focused on very specific aspects of a product’s lifecycle. SAP, the
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most recent entry in this market space, has a solution vision that is extremely broad and
comprehensive, but their current product is not.
Before discussing these three suppliers and their solutions, it is important to first pre-
cisely define Product Lifecycle Management (PLM). Over the past couple of years, there
has been much confusion, a significant amount generated by suppliers and analyst firms,
about what constitutes PLM. Some refer to PLM as collaborative design or
collaborative Product Data Management (cPDM). Others call it Collabora-
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Neither of the three suppliers of purported PLM solutions for the process
industries has a solution that meets ARC’s definition. However, each solu-
tion addresses some of the critical aspects in a product’s lifecycle and provides compel-
ling opportunities for a process manufacturer to better manage this lifecycle, both
internally and with external strategic partners.
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Product lifecycle management can be broken down into three sub-cycles; the design cy-
cle, the production cycle, and the operations cycle. While in discrete industries, these
cycles are distinct, in process industries there is greater overlap. Regardless, this delinea-
tion provides a very convenient view of the solutions from Formation Systems,
Sequencia, and SAP. While all these solutions have some application overlap, each one
is distinctive by the sub-cycle where they are best applied at this time.
Formation Systems’ solution, Optiva, focuses on the design cycle. Architected much like
collaborative Computer Aided Design (CAD) solutions used in the discrete industry,
Optiva provides such tools as product definition, design, and workflow to better manage
and accelerate new product development. Within Optiva, research chemists can concep-
tualize, research, and develop a product formula to meet customer or market
requirements. Also, with its requirement matching capabilities, Optiva can accelerate
new product development by identifying formulas that may meet market or customer
requirements with minimal rework of an existing formulation. By providing a common
product data structure, Optiva also allows for detailed information about a product to be
shared securely with others, both within and external to the enterprise. This can facili-
tate such actions as certification, labeling of product content, enhancing global product
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standards, and ensuring that new products, if possible, are designed to use raw materials
that are procured from approved suppliers.
While Optiva is like a CAD solution, Sequencia’s processPoint is similar to PDM solu-
tions used in discrete industries. As a PDM solution, processPoint focuses on
maintaining the structural integrity of the meta-data that describes a product, combined
with sophisticated workflow and collaboration tools to manage this product data
through numerous development stage gates with particular emphasis on the production
cycle. Within the meta-data structure, processPoint not only provides details as to a rec-
ipe’s raw materials, but also provides such important information as product marketing
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SAP developed its current solution in close col-
laboration with Nestle, releasing RM 1.0 (RM = Recipe Manager) in September. SAP has
arguably the broadest vision for the future of its PLM solution, extending across all three
cycles of design, production, and operations. By tying into its extensive suite of existing
application modules, SAP plans to extend its PLM solution to address these three cycles,
with a particularly strong feature being its ability to easily integrate with the financial
and resources capabilities of SAP’s ERP system. Such integration will provide much
tighter control of resource deployment and, subsequently, costs.
The current product, however, is rather modest in scope. Like Sequencia, SAP has struc-
tured RM 1.0 as a PDM solution, focusing on the meta-data that describes the various
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attributes of a product. RM 1.0 also contains numerous configurable workflow functions
that allow the user to establish a robust stage gate review process for new products.
Unlike processPoint, which extends its PDM capabilities into process instructions and
equipment requirements, RM 1.0 is limited to only addressing a product’s inputs (raw
materials) and outputs (final product and packaging requirements).
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ARC certainly expects other suppliers to begin offering their own versions of PLM solu-
tions for process industries in the near future. To some extent, Honeywell’s POMS
division, ProPack Data, and Siemens’ recently acquired Compex are all offering bits and
pieces of PLM functionality, but none of these companies have made an aggressive move
toward offering a solution that formally addresses PLM.
Other ERP suppliers are also expected to begin offering PLM solutions. For example,
Baan Process (formerly Marcam) may be able to leverage the efforts of another Invensys
group, c-Ark, which currently offers a PLM solution for the discrete industries, to create
a solution for the process industries. Supply chain suppliers such as Manugistics also
may be able to leverage their existing partnerships and toolsets to provide a process
PLM solution.
Another dark horse in this race (and one of my favorites), are the suppliers of real-time
optimization and modeling solutions. These suppliers have intimate knowledge of the
process industries and their manufacturing processes. They also have been expanding
their application footprint into many aspects of an enterprise’s operation. It would not
be a really significant stretch for them to combine these aspects with their strong soft-
ware development capabilities to create a PLM solution.
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• Early adopters of process PLM solutions are in the CPG and Food Beverage indus-
try sectors. Track their adoption and lessons learned to apply to your own PLM
strategy. Also, learn best practices from the discrete industries, which have been ad-
dressing PLM for several years now.
• This is a new area with less than a handful of suppliers, but expect many more in the
near future. Tread carefully and closely evaluate products before adopting. A sup-
plier’s vision may be well ahead of what it can deliver today.
For further information, contact your account manager or the author at jmoore@arcweb.com.
Recommended circulation: All EAS, MAS-H, and MAS-P clients.
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