The document summarizes the launch of a special interest group (SIG) focused on the impact of product design decisions on supply chains. The SIG aims to [1] advance knowledge in this area by sharing research ideas between practitioners and academics, [2] develop frameworks to evaluate how design impacts supply chain costs and complexity, and [3] provide industry collaboration and knowledge sharing opportunities for members. The goals are to better inform design and supply chain planning and help companies realize competitive advantages through their supply chain operations.
Catapulting Auto Ancillary Industry To The Next LevelAnirban Mazumdar
The automotive ancillary industry in India faces challenges such as low productivity, pressure on margins, and volatility in raw material prices, but it is at an inflection point as India becomes a hub for automakers and opportunities arise. Valcon, a consulting firm, helps clients in industries such as automotive and engineering address issues in areas like product development, procurement, manufacturing, and supply chain management to improve cost, quality, and efficiency. Valcon aims to create value for clients and take them further through its experienced team and focus on execution.
This document discusses challenges facing the biopharmaceutical industry and introduces BioPharm Services' BioSolve software solutions. It summarizes that:
1) Biopharma industry costs are rising due to more expensive facilities, uncertain sales forecasts, and increasing biosimilar threats.
2) BioSolve provides integrated process modeling software to help standardize data, model processes, and assess costs early in development.
3) BioSolve Connect is an enterprise solution that centrally manages process resources and models to facilitate decision making across organizations.
Measuring Impact of Cost on Bioprocessingpasinclair
1) The document discusses measuring manufacturing costs and their impact on organizations. It examines how companies assess costs in making process and technology choices for biologic drug manufacturing.
2) Companies need cost models to understand how choices influence manufacturing costs, required investments, and risk management. Cost of goods models are commonly used but have limitations.
3) To optimize decision making, companies need consistent cost modeling approaches that define boundaries, use standard data, and can be shared across organizations. This will help companies drive down costs early in development.
An outline of the BioSOlve process cost modelling program how it can be used rapidly evaluate technologies, process options and understand the cost drivers in a process as function of scale etc.
This document summarizes key concepts in logistics and integrated logistics support (ILS), including:
1) Historically, logistics involved supporting military operations through tasks like feeding soldiers, transporting supplies.
2) ILS takes a unified approach to integrating support considerations into system design from the start to minimize life cycle costs.
3) Key logistics concepts include reliability, maintainability, availability, and life cycle cost analysis. Designing for supportability is important to reducing overall ownership expenses.
Technology management involves identifying, selecting, acquiring, developing, exploiting, and protecting technologies needed to achieve business objectives. It requires effective communication between commercial and technological functions. Key processes include identifying, selecting, acquiring, exploiting, and protecting technologies, though these are often distributed across business processes like strategy, innovation, and operations. Effective technology management supports the business through these processes and dialogue between functions.
Catapulting Auto Ancillary Industry To The Next LevelAnirban Mazumdar
The automotive ancillary industry in India faces challenges such as low productivity, pressure on margins, and volatility in raw material prices, but it is at an inflection point as India becomes a hub for automakers and opportunities arise. Valcon, a consulting firm, helps clients in industries such as automotive and engineering address issues in areas like product development, procurement, manufacturing, and supply chain management to improve cost, quality, and efficiency. Valcon aims to create value for clients and take them further through its experienced team and focus on execution.
This document discusses challenges facing the biopharmaceutical industry and introduces BioPharm Services' BioSolve software solutions. It summarizes that:
1) Biopharma industry costs are rising due to more expensive facilities, uncertain sales forecasts, and increasing biosimilar threats.
2) BioSolve provides integrated process modeling software to help standardize data, model processes, and assess costs early in development.
3) BioSolve Connect is an enterprise solution that centrally manages process resources and models to facilitate decision making across organizations.
Measuring Impact of Cost on Bioprocessingpasinclair
1) The document discusses measuring manufacturing costs and their impact on organizations. It examines how companies assess costs in making process and technology choices for biologic drug manufacturing.
2) Companies need cost models to understand how choices influence manufacturing costs, required investments, and risk management. Cost of goods models are commonly used but have limitations.
3) To optimize decision making, companies need consistent cost modeling approaches that define boundaries, use standard data, and can be shared across organizations. This will help companies drive down costs early in development.
An outline of the BioSOlve process cost modelling program how it can be used rapidly evaluate technologies, process options and understand the cost drivers in a process as function of scale etc.
This document summarizes key concepts in logistics and integrated logistics support (ILS), including:
1) Historically, logistics involved supporting military operations through tasks like feeding soldiers, transporting supplies.
2) ILS takes a unified approach to integrating support considerations into system design from the start to minimize life cycle costs.
3) Key logistics concepts include reliability, maintainability, availability, and life cycle cost analysis. Designing for supportability is important to reducing overall ownership expenses.
Technology management involves identifying, selecting, acquiring, developing, exploiting, and protecting technologies needed to achieve business objectives. It requires effective communication between commercial and technological functions. Key processes include identifying, selecting, acquiring, exploiting, and protecting technologies, though these are often distributed across business processes like strategy, innovation, and operations. Effective technology management supports the business through these processes and dialogue between functions.
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 discusses the cost of poor quality (COPQ) in the automobile industry. It begins by defining COPQ as all the costs that would disappear if the manufacturing process was perfect, including appraisal, prevention, and failure costs. The industry average COPQ is about 20% of sales. The document then examines various quality cost models like the P-A-F model and activity-based costing approaches. It also discusses Taguchi's quality loss function and Six Sigma frameworks. Overall, the key points made are that reducing COPQ through continuous improvement tools like Six Sigma can significantly increase profits for automobile companies.
Covestro_ RM2 Case Study_ Forget Everything You Knew About Material HandlingLauren Marie Sanders
This document discusses an innovative composite pallet called BLOCKPal made from pultruded polyurethane resin. The polyurethane resin offers strength, toughness, and impact resistance compared to traditional pallet materials. The BLOCKPal pallets last significantly longer than wood or plastic pallets, with independent testing showing they can survive 100,000 trips in supply chains. This reduces costs for companies by minimizing replacement needs and product damage. The polyurethane pallets are also more durable and sanitary than wood, helping supply chains operate more efficiently while achieving sustainability goals.
technical manager with 23 years in manufacturing of consumer products, automotive products & materials science. Skills include project management, data analysis, research & development, technical business development
This document provides an overview of Ecolab's performance in 2006 and outlook for 2007 across its various business units. In 2006, Ecolab achieved strong sales growth and record performance across many business units by focusing on new customer acquisition, successful programs like 360° Protection and Circle the Customer, and new product innovations. Heading into 2007, Ecolab expects continued growth driven by further investments in sales, service, technology and research and development to provide even greater value to customers.
Sukhchan Alliance LLC provides research, analysis, and process improvement solutions to help organizations achieve their business objectives. The company's founder and CEO, Mr. Arvinder Singh, has over 20 years of experience directing process improvement initiatives. Sukhchan Alliance helps clients conduct appraisals, identify gaps, implement improvement plans, and mentor organizations to higher process maturity levels. Some of their clients include Fortune 500 companies, government agencies, and small businesses.
Cost of quality 2011 quality conference of the carolinas finalMarc Leclair
This document discusses the cost of quality (CoQ) framework and how it can be used to improve competitiveness. It provides an overview of CoQ categories like prevention, appraisal, internal failure, and external failure costs. While some say CoQ is outdated, the document argues it remains an effective tool for prioritizing improvement efforts. It emphasizes communicating CoQ information to executives in financial terms they understand, like relating quality to revenues and profits. The overall message is that implementing a CoQ program can help an organization gain a competitive edge by reducing costs and improving performance.
Design for manufacturing ppt anas lahrichiAnas Lahrichi
This document discusses design for manufacturing (DfM). It defines DfM as designing products for ease of manufacturing to lower costs. The key principles of DfM are to consider the manufacturing process, product design, materials, operating environment, and testing. Applying DfM results in benefits like reduced costs, lead times, and improved quality. Examples where DfM is used include printed circuit boards, integrated circuits, and CNC machining.
The document discusses strategies for achieving manufacturing excellence, including adopting a lean approach, strengthening manufacturing capabilities, and establishing world-class manufacturing processes. It emphasizes continuous improvement, quality focus, flexibility, and customer orientation. Specific initiatives outlined include 5S discipline, waste reduction, visual factory layouts, performance tracking, and training programs.
The document discusses new product development strategies and processes. It begins by outlining reasons for new product failures, such as overestimating market size. It then describes various NPD strategies including developing original products, acquisitions, and product improvements. The core of the document focuses on the multi-stage NPD process, from opportunity identification and concept development to testing, marketing planning, and commercialization. Cross-functional teams and market research methods like focus groups are also emphasized.
Ever wondered if and how service design techniques could be applied to change management? This presentation at the Service Design Global Conference 2012 in Paris will show how research, co-design and immersive testing techniques with stakeholders and users can mitigate the risk of rejection and the cost of change failure. I shared the successes (and failures!) in the approaches they used in recent change management projects. I also proposed a framework for user centric change management to provide robust and replicable practices and tools to support effective change.
Refer to notes as the slides are just headlines.
This document discusses how high-tech companies can successfully leverage global partners for product development activities. It identifies several key characteristics that predict success, such as having product engineering, marketing, and sales teams engaged. The document also discusses assessing organizational maturity and readiness, and ensuring intellectual property protection when using global partners. It provides an example case study of a company that leveraged global partners to redesign an end-of-life product.
Are Your Training Partners Living Up to Their Promises?Kelly Condron
According to Training Magazine’s
2006 Industry Report, 27% of small
and 71% of large companies
outsource some or all of their
custom content development. To
establish and maintain successful
partnerships, you should select the
right outsourcing partner,
continually assess established
partners, identify measures up-front
in the contract, and make a
commitment for mutual success.
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.
The document discusses how FMC BioPolymer has built new growth platforms from its existing pharmaceutical franchises in excipients like microcrystalline cellulose and carrageenan. It did this through licensing new technologies, internal discovery efforts, and acquisitions. Examples included licensing a novel film drug delivery technology and acquiring a biomaterials company. The goal was to generate new opportunities by leveraging existing knowledge and taking more risks through dedicated project teams and a staged project approval process. Lessons learned included the need to focus resources and continuously generate new growth opportunities.
Fundamentals of manufacturing excellenceMAHESH BALAN
This document discusses fundamentals of manufacturing excellence. It summarizes that leadership must establish clear goals focused on customers and continuous improvement. World-class manufacturers integrate all elements and break down barriers for effective communication. The organization must understand customers' needs and optimize the system to meet those needs. Customers purchase solutions, not individual functions, so the whole organization must work together toward customer satisfaction.
Flexible and modular software framework as a solution for operational excelle...Thomas Schulz
This document summarizes a paper by Thomas Schulz on using a flexible and modular software framework to achieve operational excellence in manufacturing. The paper discusses how continuous improvements can reduce costs and increase quality and yield. It also notes that common information systems lack adaptability to manufacturing changes. The author proposes using a service-oriented architecture and modular components to allow incremental development of reusable software that can adapt to changes. This approach aims to establish flexibility and alignment between business and IT objectives for operational excellence.
This report is a research on how to use DFM (Design For Manufacturing) engineering method to reduce the cost and time of manufacturing. Additionally it is describing (how to choose/which is the best) production(manufacturing) technology.
The document announces a two-day workshop on March 30-31, 2010 in Atlanta, GA on product line roadmapping and innovation planning. The workshop will provide an in-depth look at tools and techniques for these processes, and how to implement them to improve new product development and gain strategic benefits. Participants will learn how to develop roadmaps and plans, communicate them effectively, and link them to other processes like portfolio management.
In this presentation, we will discuss the concept and interrelation between product and process design and product life cycle. We will also talk about key decisions required in process design and evaluation of process design.
To know more about Welingkar School’s Distance Learning Program and courses offered, visit: http://www.welingkaronline.org/distance-learning/online-mba.html
kurt salmon white paper consumer driven product developmentKurt Salmon
The document discusses consumer-driven product development in the fashion industry. It notes that product life cycles are getting shorter as consumer preferences change more rapidly. Industry leaders have made product development processes, organization, and systems a competitive advantage by developing the right products more efficiently and at faster speed-to-market. The document outlines best practices in five areas: effectiveness, efficiency, calendar management, organizational structure, and system support. It provides examples of how leading companies have improved their product development performance.
The document discusses product and service design. It covers topics like the product life cycle, philosophies of product design, steps in new product development, and approaches to product design like concurrent engineering and modular design. It also discusses considerations for designing services, noting key differences from product design like the intangible nature of services and their simultaneous production and consumption. The overall document provides an overview of concepts and processes for product and service design and development.
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 discusses the cost of poor quality (COPQ) in the automobile industry. It begins by defining COPQ as all the costs that would disappear if the manufacturing process was perfect, including appraisal, prevention, and failure costs. The industry average COPQ is about 20% of sales. The document then examines various quality cost models like the P-A-F model and activity-based costing approaches. It also discusses Taguchi's quality loss function and Six Sigma frameworks. Overall, the key points made are that reducing COPQ through continuous improvement tools like Six Sigma can significantly increase profits for automobile companies.
Covestro_ RM2 Case Study_ Forget Everything You Knew About Material HandlingLauren Marie Sanders
This document discusses an innovative composite pallet called BLOCKPal made from pultruded polyurethane resin. The polyurethane resin offers strength, toughness, and impact resistance compared to traditional pallet materials. The BLOCKPal pallets last significantly longer than wood or plastic pallets, with independent testing showing they can survive 100,000 trips in supply chains. This reduces costs for companies by minimizing replacement needs and product damage. The polyurethane pallets are also more durable and sanitary than wood, helping supply chains operate more efficiently while achieving sustainability goals.
technical manager with 23 years in manufacturing of consumer products, automotive products & materials science. Skills include project management, data analysis, research & development, technical business development
This document provides an overview of Ecolab's performance in 2006 and outlook for 2007 across its various business units. In 2006, Ecolab achieved strong sales growth and record performance across many business units by focusing on new customer acquisition, successful programs like 360° Protection and Circle the Customer, and new product innovations. Heading into 2007, Ecolab expects continued growth driven by further investments in sales, service, technology and research and development to provide even greater value to customers.
Sukhchan Alliance LLC provides research, analysis, and process improvement solutions to help organizations achieve their business objectives. The company's founder and CEO, Mr. Arvinder Singh, has over 20 years of experience directing process improvement initiatives. Sukhchan Alliance helps clients conduct appraisals, identify gaps, implement improvement plans, and mentor organizations to higher process maturity levels. Some of their clients include Fortune 500 companies, government agencies, and small businesses.
Cost of quality 2011 quality conference of the carolinas finalMarc Leclair
This document discusses the cost of quality (CoQ) framework and how it can be used to improve competitiveness. It provides an overview of CoQ categories like prevention, appraisal, internal failure, and external failure costs. While some say CoQ is outdated, the document argues it remains an effective tool for prioritizing improvement efforts. It emphasizes communicating CoQ information to executives in financial terms they understand, like relating quality to revenues and profits. The overall message is that implementing a CoQ program can help an organization gain a competitive edge by reducing costs and improving performance.
Design for manufacturing ppt anas lahrichiAnas Lahrichi
This document discusses design for manufacturing (DfM). It defines DfM as designing products for ease of manufacturing to lower costs. The key principles of DfM are to consider the manufacturing process, product design, materials, operating environment, and testing. Applying DfM results in benefits like reduced costs, lead times, and improved quality. Examples where DfM is used include printed circuit boards, integrated circuits, and CNC machining.
The document discusses strategies for achieving manufacturing excellence, including adopting a lean approach, strengthening manufacturing capabilities, and establishing world-class manufacturing processes. It emphasizes continuous improvement, quality focus, flexibility, and customer orientation. Specific initiatives outlined include 5S discipline, waste reduction, visual factory layouts, performance tracking, and training programs.
The document discusses new product development strategies and processes. It begins by outlining reasons for new product failures, such as overestimating market size. It then describes various NPD strategies including developing original products, acquisitions, and product improvements. The core of the document focuses on the multi-stage NPD process, from opportunity identification and concept development to testing, marketing planning, and commercialization. Cross-functional teams and market research methods like focus groups are also emphasized.
Ever wondered if and how service design techniques could be applied to change management? This presentation at the Service Design Global Conference 2012 in Paris will show how research, co-design and immersive testing techniques with stakeholders and users can mitigate the risk of rejection and the cost of change failure. I shared the successes (and failures!) in the approaches they used in recent change management projects. I also proposed a framework for user centric change management to provide robust and replicable practices and tools to support effective change.
Refer to notes as the slides are just headlines.
This document discusses how high-tech companies can successfully leverage global partners for product development activities. It identifies several key characteristics that predict success, such as having product engineering, marketing, and sales teams engaged. The document also discusses assessing organizational maturity and readiness, and ensuring intellectual property protection when using global partners. It provides an example case study of a company that leveraged global partners to redesign an end-of-life product.
Are Your Training Partners Living Up to Their Promises?Kelly Condron
According to Training Magazine’s
2006 Industry Report, 27% of small
and 71% of large companies
outsource some or all of their
custom content development. To
establish and maintain successful
partnerships, you should select the
right outsourcing partner,
continually assess established
partners, identify measures up-front
in the contract, and make a
commitment for mutual success.
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.
The document discusses how FMC BioPolymer has built new growth platforms from its existing pharmaceutical franchises in excipients like microcrystalline cellulose and carrageenan. It did this through licensing new technologies, internal discovery efforts, and acquisitions. Examples included licensing a novel film drug delivery technology and acquiring a biomaterials company. The goal was to generate new opportunities by leveraging existing knowledge and taking more risks through dedicated project teams and a staged project approval process. Lessons learned included the need to focus resources and continuously generate new growth opportunities.
Fundamentals of manufacturing excellenceMAHESH BALAN
This document discusses fundamentals of manufacturing excellence. It summarizes that leadership must establish clear goals focused on customers and continuous improvement. World-class manufacturers integrate all elements and break down barriers for effective communication. The organization must understand customers' needs and optimize the system to meet those needs. Customers purchase solutions, not individual functions, so the whole organization must work together toward customer satisfaction.
Flexible and modular software framework as a solution for operational excelle...Thomas Schulz
This document summarizes a paper by Thomas Schulz on using a flexible and modular software framework to achieve operational excellence in manufacturing. The paper discusses how continuous improvements can reduce costs and increase quality and yield. It also notes that common information systems lack adaptability to manufacturing changes. The author proposes using a service-oriented architecture and modular components to allow incremental development of reusable software that can adapt to changes. This approach aims to establish flexibility and alignment between business and IT objectives for operational excellence.
This report is a research on how to use DFM (Design For Manufacturing) engineering method to reduce the cost and time of manufacturing. Additionally it is describing (how to choose/which is the best) production(manufacturing) technology.
The document announces a two-day workshop on March 30-31, 2010 in Atlanta, GA on product line roadmapping and innovation planning. The workshop will provide an in-depth look at tools and techniques for these processes, and how to implement them to improve new product development and gain strategic benefits. Participants will learn how to develop roadmaps and plans, communicate them effectively, and link them to other processes like portfolio management.
In this presentation, we will discuss the concept and interrelation between product and process design and product life cycle. We will also talk about key decisions required in process design and evaluation of process design.
To know more about Welingkar School’s Distance Learning Program and courses offered, visit: http://www.welingkaronline.org/distance-learning/online-mba.html
kurt salmon white paper consumer driven product developmentKurt Salmon
The document discusses consumer-driven product development in the fashion industry. It notes that product life cycles are getting shorter as consumer preferences change more rapidly. Industry leaders have made product development processes, organization, and systems a competitive advantage by developing the right products more efficiently and at faster speed-to-market. The document outlines best practices in five areas: effectiveness, efficiency, calendar management, organizational structure, and system support. It provides examples of how leading companies have improved their product development performance.
The document discusses product and service design. It covers topics like the product life cycle, philosophies of product design, steps in new product development, and approaches to product design like concurrent engineering and modular design. It also discusses considerations for designing services, noting key differences from product design like the intangible nature of services and their simultaneous production and consumption. The overall document provides an overview of concepts and processes for product and service design and development.
This document summarizes and compares the quality assurance processes of two companies - Newell Rubbermaid and General Electric Healthcare Coils - when making design changes to product components. Both companies have rigorous and well-documented processes to ensure quality is maintained throughout the redesign process. The companies found stability in turbulent financial times by prioritizing quality assurance and collaboration between teams.
This document discusses product and service design. It covers several key aspects of design including its strategic importance, factors that influence strategy like cost and quality, and the various activities involved in design like translating customer needs into requirements. It also discusses considerations around human/cultural factors, sustainability, standardization, mass customization, and reliability among other topics. Design should be closely tied to an organization's strategy and involve functions across the business.
The document provides an overview of process planning. It begins with product selection, which involves strategic decisions about technology, capacity, location, and other factors. Process planning then determines how the product will be manufactured through make-or-buy decisions, process selection, capacity planning, and assembly charts. It discusses different types of processes like projects, batch production, and mass production. Process analysis tools like flow charts and operation process charts are used to improve processes. The document emphasizes that process planning is key to converting product designs into manufacturing instructions.
The document discusses product and service design. It covers key aspects of product and service design including objectives, phases in the design process, differences between product and service design, guidelines for successful service design, and how design impacts operations strategy. The overall goal of design is to translate customer needs into high-quality, cost-effective products and services that satisfy customers and contribute to business success. Legal and ethical considerations must also be taken into account in the design process.
This document discusses process selection and facility layout. It covers product design and how it defines key characteristics. It also discusses process selection as developing the necessary process to produce the designed product. Several factors that affect process design are discussed, including nature of demand, degree of vertical integration, production flexibility, automation, and quality. Different process flow structures like project, job shop, batch, assembly line and continuous are described. The product development process and tools to improve speed to market are outlined. Designing for factors like ease of production, quality and new services is covered. Finally, service process technology based on customer contact and labor/capital intensity is explained.
The document outlines the key principles and processes of lean design and design for Six Sigma. It discusses lean design principles like minimizing waste, understanding customer needs, and standardizing processes. It describes the Toyota product development system and sources of waste in product development. It also summarizes the goals, tools and processes used in design for Six Sigma to design robust products efficiently. Finally, it provides an overview of relevant sections of the ISO 9001:2000 standard for product realization.
Infosys – Quality Management Software Manufacturing | White PaperInfosys
Infosys' Quality Management Software Manufacturing helps enterprises adopt innovative processes to enhance quality management systems and add to the manufacturing value chain
Product design involves conceptualizing and developing physical products and services through testing and implementation. It is a multifaceted role that combines aspects of marketing, product management, industrial design, and engineering. Effective product design follows a process from identifying needs to evaluation. Related process design delineates the manufacturing steps and ensures quality production. Together, product and process design are interrelated and dynamic activities that evolve based on factors like volume, quality, and available equipment over a product's lifecycle from development to maturity and decline.
1) Smart companies are combining traditional and agile practices to increase business value by using more plan-driven methods for elements high in criticality and stability, and agile methods for elements high in volatility.
2) The BA role is not going away in an agile world because many projects do not fit the agile "sweet spot" and BAs provide value as facilitators, problem-solvers, and producers of documentation.
3) Traditional BA techniques like functional decomposition, scenarios and use cases, and requirements workshops can improve agile-inspired projects by achieving a deep understanding of problems and managing conflicts collaboratively.
Operations management involves overseeing a company's day-to-day operations to maintain efficiency. It includes functions like strategy, finance, design, forecasting, operations, quality, and supply chain management. Major decisions include long-term choices like product and equipment selection as well as short-term decisions around inventory, maintenance, quality control, and costs. Operations managers face challenges like managing multiple customers, strategy implementation, and continual improvement while adapting to trends like globalization, technology, and outsourcing. Product design defines a product's characteristics and must support manufacturability, while considering factors like customer input, prototyping, materials, production methods, and regulations.
130226 open innovation in additive manufacturing v3dajkersten
1) Additive Industries will support companies to design for additive manufacturing and establish a shared additive manufacturing lab (AddLab) to allow companies to experiment with the technology.
2) By pooling volumes in high-tech applications, Additive Industries aims to justify investment in industrial-grade additive manufacturing equipment for printing functional metal and ceramic parts at larger volumes and with higher precision.
3) Additive Industries plans to develop as an OEM of dedicated additive manufacturing equipment and systems, and involve the regional supply base in co-developing and manufacturing the new equipment.
Responsive supply chain: sensitive to customer requirementsHarender Singh
A responsive supply chain is one that is designed to be sensitive to customer requirements, market changes, and other external factors that can impact the demand for a product or service. This type of supply chain is designed to quickly adapt to changes in demand, which allows businesses to better meet the needs of their customers and stay competitive in their industry.
To create a responsive supply chain, businesses need to implement several key strategies. These include:
Building strong relationships with suppliers: A responsive supply chain relies on a network of reliable suppliers that can quickly adapt to changes in demand. Businesses need to build strong relationships with these suppliers to ensure that they can quickly deliver the materials and products needed to meet customer demand.
Using real-time data and analytics: To be responsive, businesses need to have real-time data on customer demand, inventory levels, and other key factors that impact the supply chain. Using analytics tools can help businesses identify patterns and trends that can inform decisions about inventory management, production planning, and other key areas.
Emphasizing flexibility and agility: A responsive supply chain needs to be flexible and agile to quickly adapt to changes in demand. This means having the ability to ramp up production when demand is high and scale back when demand is low.
Leveraging technology: Technology can play a key role in creating a responsive supply chain. For example, using automation and robotics can help businesses streamline production and reduce lead times, while cloud-based platforms can provide real-time visibility into the supply chain.
Overall, a responsive supply chain is critical for businesses that want to stay competitive in today's fast-paced and ever-changing marketplace. By implementing the right strategies and leveraging technology, businesses can create a supply chain that is sensitive to customer requirements and able to quickly adapt to changes in demand.
Similar to The effect of product design on supply chain costs (20)
Responsive supply chain: sensitive to customer requirements
The effect of product design on supply chain costs
1. Product Design and Supply Chain Special Interest Group
Launch Date: 20th July 2011, at Hull University Business School
Research Background potential impact that product design
The Logistics Institute at Hull University decisions can have on through-life
Business School has formed a special profitability. Because there are no accepted
interest group (SIG) to advance knowledge frameworks for evaluating the through life
and evaluate the impact of product design impact of product design, decisions on new
decisions on the supply chain. Aimed products may be taken without a full
primarily at business, the group will seek to understanding of the wider implications of
identify problems and work together to those decisions.
practically solve issues for a long-term
profitable future. How can product design decisions impact
the supply chain?
Time-to-Market and Time-to-Volume -
decisions on the functionality of products can
increase manufacturing complexity and
reduce flexibility and responsiveness.
Space Utilisation and Transport Intensity
- the physical characteristics of the product
will affect the utilisation of space in storage
and transport (see figure 1)
Added Complexity through lack of
Commonality - decisions on product design
impact the Bill of Materials. Low level of
commonality will add complexity
Increased Replenishment Lead Times -
some design decisions will influence the
choice of supplier and therefore increase
lead time.
Supply Chain Vulnerability – sourcing
products from off-shore suppliers will
potentially increase supply chain disruption
Figure 1 Japanese farmers grow square Sustainability and Carbon Footprint -,
watermelons to improve space utilisation! „Design-for-sustainability‟ and end-of-life
considerations now become a priority for all
businesses.
Product design has long been recognised Late Stage Customisation - the ability to
as a key driver of competitive success in postpone the final configuration or packaging
the marketplace. When Japanese farmers of a product will clearly be enhanced or
pioneered the square watermelon which constrained by design decisions.
was easier to pack, it became clear that After Sales Support - for those products
product design was an important factor for requiring after sales support e.g. service
supply chain efficiency! Research estimates parts, the design of the product will have
that up to 80% of the total costs in the implications for inventory levels.
supply chain are determined at the product
design stage, but much of the focus in
Our preliminary research suggests that
design-driven companies has been on the
product design is often viewed as an
aesthetic appeal of the product and there is
activity quite separate from supply chain
general agreement that good design helps
planning and management. In such
sell products. However product design also
situations there is a danger that supply
has significant implications, across the
chain considerations will not be taken into
product life cycle, for supply chain cost, risk
account prior to product launch. Often the
and complexity. There is evidence that
organisational structure will be an
many companies are unaware of the
2. impediment to the adoption of a „holistic‟ Goals of the SIG
approach to product development e.g. the The goals of the SIG are too:
existence of well-entrenched functional
silos may impede the adoption of an „end-
to-end‟ approach. The aim of the SIG is to 1. Provide a global forum for practitioners
connect theory and practice, to help and academics in the fields of design
businesses to review processes and the and supply chain management to
issues they face when aligning product and openly share and develop research
supply chain demand decisions. It is clear ideas.
that both business and academics have a 2. Create visibility for an emerging
lot to learn about product design in the research area.
supply chain. By joining the SIG, 3. Advance knowledge in product design
businesses will have access to world- and supply chain management as well
leading expertise in addition to gaining a as developing future research
real competitive edge through their supply directions.
chain operations. After all, it has been
suggested that competition is no longer 4. To encourage benchmarking activities
between individual companies but rather and compare best practices amongst
between their supply chains. members.
5. Design decision support frameworks to
guide managers in evaluating and
Industrial Collaboration quantifying the impact of product
We aim for an active member base of 10-15 design on the supply chain.
participants that will help the steering 6. Create workshops and in-house
committee to shape and direct the research training that address areas of specific
through representation on our special concern.
interest group and the provision of access
to “real-world”; case studies, staff,
customers, supply chain partners and data. Steering Committee
Dr Omera Khan Senior Lecturer in Logistics
The main benefits to the members are: and Supply Chain Management, Hull
University Business School
Professor Martin Christopher Emeritus
Knowledge sharing at regular meetings Professor Cranfield University
and workshops hosted by the faculty.
Networking opportunities with other SIG Patrick Brown Knowledge Transfer
members. Research Associate, Hull University
Providing input that will define future Business School & Johnston of Elgin.
research objectives and priorities. Richard Faint Commercial Manager Hull
Mini projects – projects to help University Business School
understand and improve the product
and supply chain design decisions Confidentiality
Learning from other partners –
opportunity to benchmark against best Any data and information collected through
practice and the latest publication and the activities of the SIG could be made
literature reviews. anonymous and dealt with strict confidence
as specified in a confidentiality agreement.
Privileged access to new tools and
methods – tailored to company
strategy. Membership
Access to all publications/reports that
Companies keen to become a member of
are produced by the SIG.
the SIG should contact Dr Omera Khan on
o.khan@hull.ac.uk or Sam Davy on
s.davy@hull.ac.uk or 01482347524
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