The document discusses agile manufacturing, which aims to rapidly respond to changing customer demand through organizational flexibility. It defines agile manufacturing and why it is needed given globalization and customization trends. The key is determining customer needs quickly and responding rapidly through design, production, and volume/mix changes. Transitioning requires new conceptual frameworks and overcoming dependencies on economies of scale. Real-world examples show how companies like automakers implemented agile practices like distributed mini-plants and customizable production.
Agile manufacturing is an operational strategy focused on inducing velocity and flexibility in make-to-order or configure-to-order production with minimal changeover time and interruptions. It differs from lean manufacturing in that lean is for high-volume/low-mix production while agile is for low-volume/high-mix. Agile manufacturing applies to environments where customized orders provide a competitive advantage. The main characteristics of agile manufacturing are short time-to-market, modular design/assembly, and configurable components. A major challenge is the high capital required for production/assembly flexibility, but payback periods are often less than two years.
Open, agile manufacturing: Will this be the future?Martin Kupp
What drives the future of manufacturing in an ever more open and agile environment? What are the main challenges and opportunities and where can companies turn to learn and avoid mistakes?
The document provides an overview of agile manufacturing. It defines agile manufacturing as combining organization, people, and technology into an integrated system. Agile manufacturing is needed due to factors like global competition, fragmented markets, and demanding customers. It discusses key aspects of agility like responding quickly to needs and changes. The document also covers core concepts, interdisciplinary design methodology, and real-world examples of companies implementing agile manufacturing strategies.
A short presentation on basics of Agile manufacturing and differences and relation between agile and traditional manufacturing systems along with a self selected case study for describing agility. References are included at the end. No data is copied from internet.
Agile manufacturing is a term applied to an organization that has created the processes, tools, and training to enable it to respond quickly to customer needs and market changes while still controlling costs and quality.
Many people think of lean, agile, and lean startup as separate processes. In this presentation we'll talk about how they actually evolved from each other, share the same mindset, and can be combined to be more powerful.
The document compares Agile and Lean manufacturing. Lean focuses on eliminating waste to increase productivity and reduce costs, while Agile focuses on satisfying changing customer needs through flexibility and responsiveness. Both aim to improve competitiveness. Key differences are that Lean uses cross-functional teams for continuous improvement, while Agile is top-down led. Lean reduces waste and inventory while Agile innovates designs and offers more variety. The document concludes that Agile builds upon Lean and the two approaches combine to provide benefits, with both focused on competitiveness.
Agile manufacturing is an operational strategy focused on inducing velocity and flexibility in make-to-order or configure-to-order production with minimal changeover time and interruptions. It differs from lean manufacturing in that lean is for high-volume/low-mix production while agile is for low-volume/high-mix. Agile manufacturing applies to environments where customized orders provide a competitive advantage. The main characteristics of agile manufacturing are short time-to-market, modular design/assembly, and configurable components. A major challenge is the high capital required for production/assembly flexibility, but payback periods are often less than two years.
Open, agile manufacturing: Will this be the future?Martin Kupp
What drives the future of manufacturing in an ever more open and agile environment? What are the main challenges and opportunities and where can companies turn to learn and avoid mistakes?
The document provides an overview of agile manufacturing. It defines agile manufacturing as combining organization, people, and technology into an integrated system. Agile manufacturing is needed due to factors like global competition, fragmented markets, and demanding customers. It discusses key aspects of agility like responding quickly to needs and changes. The document also covers core concepts, interdisciplinary design methodology, and real-world examples of companies implementing agile manufacturing strategies.
A short presentation on basics of Agile manufacturing and differences and relation between agile and traditional manufacturing systems along with a self selected case study for describing agility. References are included at the end. No data is copied from internet.
Agile manufacturing is a term applied to an organization that has created the processes, tools, and training to enable it to respond quickly to customer needs and market changes while still controlling costs and quality.
Many people think of lean, agile, and lean startup as separate processes. In this presentation we'll talk about how they actually evolved from each other, share the same mindset, and can be combined to be more powerful.
The document compares Agile and Lean manufacturing. Lean focuses on eliminating waste to increase productivity and reduce costs, while Agile focuses on satisfying changing customer needs through flexibility and responsiveness. Both aim to improve competitiveness. Key differences are that Lean uses cross-functional teams for continuous improvement, while Agile is top-down led. Lean reduces waste and inventory while Agile innovates designs and offers more variety. The document concludes that Agile builds upon Lean and the two approaches combine to provide benefits, with both focused on competitiveness.
Lean manufacturing aims to eliminate waste and optimize efficiency. It was developed by Toyota and popularized by James Womack. The goal is to satisfy customers with quality products delivered quickly at low cost. Key aspects include just-in-time production, continuous improvement, and 5S techniques. Agile manufacturing focuses on flexibility and responsiveness to meet changing customer needs through modular design, information technology, partnerships, and a knowledge culture. Both approaches emphasize eliminating waste while delivering value to customers.
Lean manufacturing aims to eliminate waste by focusing on adding value for the customer. It considers any expenditure that does not directly create customer value to be wasteful. Agile manufacturing allows organizations to quickly respond to customer needs and market changes while controlling costs and quality. It is seen as the next step after lean manufacturing in evolving production methods. Both lean and agile manufacturing ultimately aim to increase business sustainability in manufacturing through efficient use of resources and responsiveness to customers.
1. The document discusses agile manufacturing and provides definitions, principles, and case studies on agile supply chain assessment.
2. It examines a case study of an Indian automotive components manufacturer where experts evaluated the organization's agile supply chain using linguistic terms and fuzzy logic. The analysis found the supply chain to be "very agile".
3. A second case study applies axiomatic design principles to selecting appropriate machine tools for milling operations in an agile manufacturing unit by establishing design requirements and mapping them to potential solutions.
Lean and Agile Manufacturing as productivity enhancement techniques - a compa...IOSR Journals
Lean and agile manufacturing are productivity enhancement techniques that aim to improve responsiveness to customers and reduce costs. Lean focuses on eliminating waste through continuous improvement processes, while agile emphasizes flexibility and nimbleness to respond quickly to changes. Both approaches seek to enhance value for customers. Key differences are that lean focuses more on efficiency and waste reduction within operations, while agile takes a more holistic view across the entire enterprise to thrive in uncertain environments through rapid adaptation.
The document discusses Lean and Agile manufacturing approaches to improve process efficiency. It focuses on using Overall Equipment Effectiveness (OEE) as a key metric to measure machine performance across availability, performance, and quality. OEE identifies sources of loss or "waste" to target for improvement, like breakdowns, setup times, reduced speeds. Regular OEE data collection and analysis helps manufacturers monitor progress and ensure continuous process optimization.
Analysis of agile manufacturing and comparison with other manufacturing systemsIrfan Ullah Khan
This document analyzes agile manufacturing systems and compares them to other manufacturing systems. It defines agile manufacturing as the ability to quickly respond to shifting customer demands through rapid production process changes. The document then discusses how agile manufacturing relies on shared data systems and up-to-date information. Decision models are presented that show agile manufacturing systems have lower costs and are more financially attractive than dedicated systems for responding to uncertainties like new product introductions or demand changes. The models indicate agile systems allow faster and lower-cost launches of new products. In conclusion, agile systems appear well-suited to the automotive industry's need for rapid, cost-effective responses to dynamic markets.
The document discusses the benefits of lean production and agile systems. Lean production focuses on customer satisfaction and flexibility to meet changing requirements. This results in higher profits, quality, and system flexibility. Agile systems cooperate to enhance competitiveness and enrich the customer. The principles of both lean production and agile systems leverage people and information to master change for organizations.
This document provides an overview of key concepts from a university course on lean thinking and operations management. It defines lean as eliminating waste through the involvement of all employees and continuous improvement. The Toyota Production System is discussed as a seminal example of lean. Key lean principles are reducing inventory, stopping problems at their source, producing only what is needed when it is needed, and continuously improving processes. Various lean tools like visual management, kanban systems, and setup reduction are also outlined. The document emphasizes that lean is a philosophy as well as a set of techniques for eliminating waste from operations.
Advanced Manufacturing Technology, Adoption and Benefitsi4VC
This document discusses the adoption of new manufacturing technologies. It defines advanced manufacturing technologies and explains that adopting new technologies is crucial for business competitiveness in the face of rapid technological change. The document outlines factors to consider in the decision to adopt new technologies, including product/market reasons, financial reasons, and management/organizational reasons. It also discusses project management for new technologies and accounting for technology investments.
Lean thinking is a business methodology that aims to provide a new way to think about how to organize human activities to deliver more benefits to society and value to individuals while eliminating waste.
The document provides an introduction to lean management principles. It discusses how lean originated from studying Toyota's production system and focuses on eliminating waste to improve flow and reduce costs. The ultimate goals of lean are to make organizations strong, fast, and able to adapt to changing market conditions while improving customer satisfaction and reducing operating costs.
Lean Manufacturing (Concepts, Tools and Quality Management)Mohammad Azam Khan
Lean manufacturing began in Japanese manufacturing in the late 1980s and early 1990s. It is most often associated with Toyota. Its basic usefulness is in providing the tools to identify and eliminate waste throughout the manufacturing process, thereby increasing efficiency and profit. Quality improves as production time and cost are reduced. Toyota added an additional element, evenness of work flow, which helps expose inefficiencies in production that allow companies to redesign manufacturing processes for maximum profit.
The document discusses process innovation. It defines process as a combination of activities used to produce products or services. Process innovation involves adopting new ideas and technologies to business functions. Process innovation can increase profits, improve efficiency and productivity, enhance customer value, and reduce waste. Some techniques for process innovation discussed include business process reengineering, total quality management, lean production, kaizen, 5S, and six sigma. The document also covers value chains and how they are managed.
The document discusses a case involving ITT Automotive's development of a new generation antilock brake system (ABS) called the MK 20. Senior management favors using a highly automated single production process across four plants, but US plant managers prefer less automation for flexibility.
There are benefits to automation like lower costs and higher quality, but it reduces flexibility for customization and continuous improvement. While standardization improves efficiency, differences across plants in costs and customers should be considered. Plant managers may resist loss of flexibility, so their concerns around automation stagnating processes need to be addressed. Overall options chosen should fit ITT's strategy of reducing costs for popular affordable ABS systems.
World class manufacturing is a collection of concepts that set production standards for organizations to follow. It originated from Japanese manufacturing practices and focuses on process-driven techniques like just-in-time production, streamlined flow, small lot sizes, and zero defects. The goals of world class manufacturing include improving safety, quality, cost, delivery times, and environmental impact. It utilizes principles like just-in-time, total quality management, total productive maintenance, lean manufacturing, agile manufacturing, and concurrent engineering. Agile manufacturing allows organizations to quickly respond to customer needs and market changes while controlling costs and quality.
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.
Product innovation from customers' perspectiverajiv gauri
This document discusses the importance of incorporating customers' perspectives into product innovation. It provides examples of products that failed because they did not align with what customers wanted. The key points are:
1) Companies often innovate in isolation without adequately getting feedback from customers on their needs and desires. This can lead to products that do not meet customer expectations.
2) The Tata Nano is used as an example of a product that did not succeed because it did not provide what customers truly wanted - an affordable car that also had pride of ownership, safety, and attractive styling.
3) Truly understanding customer perspectives through surveys and engagement is important for the innovation process to identify the most desired features and design
Agile manufacturing is an operational strategy focused on inducing velocity and flexibility in make-to-order or configure-to-order production with minimal changeover time and interruptions. It differs from lean manufacturing in that lean is for high-volume/low-mix production while agile is for low-volume/high-mix. Agile manufacturing applies to environments where customized orders provide a competitive advantage. The main characteristics of agile manufacturing are short time-to-market, modular design/assembly, and configurable components. A major challenge is the high capital required for production/assembly flexibility, but payback periods are often less than two years.
Elson Paul V's thesis discusses direct numerical control (DNC) systems. A DNC system connects multiple machine tools to a central computer in real-time. The computer stores NC part programs and transmits them to machines on demand over telecommunication lines. This allows programs to be edited centrally and eliminates tape readers. DNC systems provide advantages like convenient program storage, reporting, and editing compared to conventional NC systems.
Lean manufacturing aims to eliminate waste and optimize efficiency. It was developed by Toyota and popularized by James Womack. The goal is to satisfy customers with quality products delivered quickly at low cost. Key aspects include just-in-time production, continuous improvement, and 5S techniques. Agile manufacturing focuses on flexibility and responsiveness to meet changing customer needs through modular design, information technology, partnerships, and a knowledge culture. Both approaches emphasize eliminating waste while delivering value to customers.
Lean manufacturing aims to eliminate waste by focusing on adding value for the customer. It considers any expenditure that does not directly create customer value to be wasteful. Agile manufacturing allows organizations to quickly respond to customer needs and market changes while controlling costs and quality. It is seen as the next step after lean manufacturing in evolving production methods. Both lean and agile manufacturing ultimately aim to increase business sustainability in manufacturing through efficient use of resources and responsiveness to customers.
1. The document discusses agile manufacturing and provides definitions, principles, and case studies on agile supply chain assessment.
2. It examines a case study of an Indian automotive components manufacturer where experts evaluated the organization's agile supply chain using linguistic terms and fuzzy logic. The analysis found the supply chain to be "very agile".
3. A second case study applies axiomatic design principles to selecting appropriate machine tools for milling operations in an agile manufacturing unit by establishing design requirements and mapping them to potential solutions.
Lean and Agile Manufacturing as productivity enhancement techniques - a compa...IOSR Journals
Lean and agile manufacturing are productivity enhancement techniques that aim to improve responsiveness to customers and reduce costs. Lean focuses on eliminating waste through continuous improvement processes, while agile emphasizes flexibility and nimbleness to respond quickly to changes. Both approaches seek to enhance value for customers. Key differences are that lean focuses more on efficiency and waste reduction within operations, while agile takes a more holistic view across the entire enterprise to thrive in uncertain environments through rapid adaptation.
The document discusses Lean and Agile manufacturing approaches to improve process efficiency. It focuses on using Overall Equipment Effectiveness (OEE) as a key metric to measure machine performance across availability, performance, and quality. OEE identifies sources of loss or "waste" to target for improvement, like breakdowns, setup times, reduced speeds. Regular OEE data collection and analysis helps manufacturers monitor progress and ensure continuous process optimization.
Analysis of agile manufacturing and comparison with other manufacturing systemsIrfan Ullah Khan
This document analyzes agile manufacturing systems and compares them to other manufacturing systems. It defines agile manufacturing as the ability to quickly respond to shifting customer demands through rapid production process changes. The document then discusses how agile manufacturing relies on shared data systems and up-to-date information. Decision models are presented that show agile manufacturing systems have lower costs and are more financially attractive than dedicated systems for responding to uncertainties like new product introductions or demand changes. The models indicate agile systems allow faster and lower-cost launches of new products. In conclusion, agile systems appear well-suited to the automotive industry's need for rapid, cost-effective responses to dynamic markets.
The document discusses the benefits of lean production and agile systems. Lean production focuses on customer satisfaction and flexibility to meet changing requirements. This results in higher profits, quality, and system flexibility. Agile systems cooperate to enhance competitiveness and enrich the customer. The principles of both lean production and agile systems leverage people and information to master change for organizations.
This document provides an overview of key concepts from a university course on lean thinking and operations management. It defines lean as eliminating waste through the involvement of all employees and continuous improvement. The Toyota Production System is discussed as a seminal example of lean. Key lean principles are reducing inventory, stopping problems at their source, producing only what is needed when it is needed, and continuously improving processes. Various lean tools like visual management, kanban systems, and setup reduction are also outlined. The document emphasizes that lean is a philosophy as well as a set of techniques for eliminating waste from operations.
Advanced Manufacturing Technology, Adoption and Benefitsi4VC
This document discusses the adoption of new manufacturing technologies. It defines advanced manufacturing technologies and explains that adopting new technologies is crucial for business competitiveness in the face of rapid technological change. The document outlines factors to consider in the decision to adopt new technologies, including product/market reasons, financial reasons, and management/organizational reasons. It also discusses project management for new technologies and accounting for technology investments.
Lean thinking is a business methodology that aims to provide a new way to think about how to organize human activities to deliver more benefits to society and value to individuals while eliminating waste.
The document provides an introduction to lean management principles. It discusses how lean originated from studying Toyota's production system and focuses on eliminating waste to improve flow and reduce costs. The ultimate goals of lean are to make organizations strong, fast, and able to adapt to changing market conditions while improving customer satisfaction and reducing operating costs.
Lean Manufacturing (Concepts, Tools and Quality Management)Mohammad Azam Khan
Lean manufacturing began in Japanese manufacturing in the late 1980s and early 1990s. It is most often associated with Toyota. Its basic usefulness is in providing the tools to identify and eliminate waste throughout the manufacturing process, thereby increasing efficiency and profit. Quality improves as production time and cost are reduced. Toyota added an additional element, evenness of work flow, which helps expose inefficiencies in production that allow companies to redesign manufacturing processes for maximum profit.
The document discusses process innovation. It defines process as a combination of activities used to produce products or services. Process innovation involves adopting new ideas and technologies to business functions. Process innovation can increase profits, improve efficiency and productivity, enhance customer value, and reduce waste. Some techniques for process innovation discussed include business process reengineering, total quality management, lean production, kaizen, 5S, and six sigma. The document also covers value chains and how they are managed.
The document discusses a case involving ITT Automotive's development of a new generation antilock brake system (ABS) called the MK 20. Senior management favors using a highly automated single production process across four plants, but US plant managers prefer less automation for flexibility.
There are benefits to automation like lower costs and higher quality, but it reduces flexibility for customization and continuous improvement. While standardization improves efficiency, differences across plants in costs and customers should be considered. Plant managers may resist loss of flexibility, so their concerns around automation stagnating processes need to be addressed. Overall options chosen should fit ITT's strategy of reducing costs for popular affordable ABS systems.
World class manufacturing is a collection of concepts that set production standards for organizations to follow. It originated from Japanese manufacturing practices and focuses on process-driven techniques like just-in-time production, streamlined flow, small lot sizes, and zero defects. The goals of world class manufacturing include improving safety, quality, cost, delivery times, and environmental impact. It utilizes principles like just-in-time, total quality management, total productive maintenance, lean manufacturing, agile manufacturing, and concurrent engineering. Agile manufacturing allows organizations to quickly respond to customer needs and market changes while controlling costs and quality.
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.
Product innovation from customers' perspectiverajiv gauri
This document discusses the importance of incorporating customers' perspectives into product innovation. It provides examples of products that failed because they did not align with what customers wanted. The key points are:
1) Companies often innovate in isolation without adequately getting feedback from customers on their needs and desires. This can lead to products that do not meet customer expectations.
2) The Tata Nano is used as an example of a product that did not succeed because it did not provide what customers truly wanted - an affordable car that also had pride of ownership, safety, and attractive styling.
3) Truly understanding customer perspectives through surveys and engagement is important for the innovation process to identify the most desired features and design
Agile manufacturing is an operational strategy focused on inducing velocity and flexibility in make-to-order or configure-to-order production with minimal changeover time and interruptions. It differs from lean manufacturing in that lean is for high-volume/low-mix production while agile is for low-volume/high-mix. Agile manufacturing applies to environments where customized orders provide a competitive advantage. The main characteristics of agile manufacturing are short time-to-market, modular design/assembly, and configurable components. A major challenge is the high capital required for production/assembly flexibility, but payback periods are often less than two years.
Elson Paul V's thesis discusses direct numerical control (DNC) systems. A DNC system connects multiple machine tools to a central computer in real-time. The computer stores NC part programs and transmits them to machines on demand over telecommunication lines. This allows programs to be edited centrally and eliminates tape readers. DNC systems provide advantages like convenient program storage, reporting, and editing compared to conventional NC systems.
The document is a presentation on lean manufacturing principles from the website ReadySetPresent.com. It covers topics such as the Toyota Production System house model, the five S system, the two main focuses of lean being continuous improvement and respect for people, the seven types of waste, kanban pull systems, stopping problems to get quality right the first time, becoming a learning organization through reflection and improvement, and Japanese lean terms. The presentation provides over 300 slides on lean foundations and principles.
The document discusses collaborative manufacturing management (CMM) strategies. CMM involves managing key business and manufacturing processes within a company's value networks. It requires integrating internal processes and connecting them seamlessly with external partners and suppliers. CMM builds on a collaborative infrastructure, business process management tools, and applications to maximize responsiveness, flexibility and profitability for the manufacturing enterprise and its value networks. The document outlines the CMM model and requirements and discusses how CMM can improve processes, competitiveness and business performance.
This document outlines 4 stages of manufacturing organizations:
Stage I focuses on simply producing products as designed. Stage II aims to meet competitors' standards. Stage III supports the company's strategy. Stage IV plays a key role in achieving an edge over competitors through world-class manufacturing. It then provides indicators of world-class status, such as continual improvement and attracting skilled workers. World-class companies value growing their own capabilities but also learning from others.
AGVs are battery-powered vehicles that transport materials automatically along predetermined pathways within facilities. They can rationalize manufacturing processes by conveying items between processes and supplying production lines. AGVs reduce labor costs, are flexible, intelligent, and less time consuming. They can significantly reduce production and warehouse costs while transforming materials handling. AGVs come in different types for various applications like transporting raw materials, work-in-process movement, pallet handling, and finished good transportation.
We are one of the leading manufacturer and exporter of high quality spare parts, automotive spare parts and industrial spare parts such as pistons, bushes, valves, piston rings, hydraulic pumps etc.
This document provides an introduction and overview of computer numerical control (CNC) machines. It discusses the history and development of CNC from 1949 to present day, including the transition from punched tape input to direct computer control. The key advantages of CNC over manual machining are described, such as easier programming, storage of programs, and avoidance of human errors. Different types of servo motors used in CNC systems and common CNC terminology are also introduced at a high level.
Lean Concepts & Agile Software MethodologiesBrad Smith
Presentation introducing the core concepts of Lean in manufacturing and an exploration of the various Agile software engineering approaches which apply these principles to increase the responsiveness of product development.
Download and reference notes for full detail.
This document provides an introduction to automated material handling systems, specifically automated guided vehicle systems (AGVs) and industrial robots. It discusses the components, types, and guidance systems of AGVs. The routing and control of AGVs is explained. Industrial robots are introduced, including their anatomy, classifications, and applications in industry. Design considerations for AGVS like stopping accuracy, safety features, and flow path design are outlined. Methods for determining the required number of AGVs are also presented with examples.
This was the presentation I did at Agile Tour Brussels (Sept-2013). In it, I highlight / discuss:
1. the evolutionary nature of Agile (the manifesto is awesome, but there's more to Agile than it as we continue to uncover better ways to deliver value)
2. the reasons why every organization and team should be learning about Agile and trying to find out what Agile looks like in their environment
Introduction
Elements of Flexible Manufacturing System
Objective of Flexible Manufacturing System
Classification of Flexible Manufacturing System
Flexible Manufacturing System layout
Advantages & Limitation of Flexible Manufacturing System
Application of Flexible Manufacturing System
Manufacturing Flexibility
Business process reengineering (BPR) is a business management strategy that focuses on analyzing and redesigning workflows and business processes. The goal of BPR is to help organizations fundamentally change how work is done to improve customer service, cut costs, and enhance competitiveness. BPR seeks to help companies radically restructure by focusing on ground-up redesign of business processes and empowering employees. Case studies on BPR implementation in Indian Railways and Mahindra & Mahindra show benefits like increased revenues, improved productivity, and optimized operations. Key success factors include top management support, strategic alignment, change management, and overcoming resistance from employees.
This document discusses the key concepts of agile manufacturing. It defines agile manufacturing as combining organization, people, and technology into an integrated system. It notes that global competition, niche markets, and customer expectations of low volumes, high quality, and customization are driving the need for agility. The keys to agility are determining customer needs quickly, designing quickly based on needs, producing quickly at scale and quality, and responding quickly to changes in volume and mix or crises. Core concepts of agile manufacturing include strategies for becoming agile and exploiting agility, as well as integrating organization, people, and technology through interdisciplinary design.
This document discusses trends in facility management and strategies for an integrated approach. It advocates that facility management be visible, strategic, and active rather than invisible, tactical, and supportive. Key trends include linking facility management to organizational strategy, emergency preparedness, change management, sustainability, technology, diversity, and aging buildings. An integrated approach provides benefits like increased effectiveness, productivity, customer service, and reduced costs. It recommends engaging stakeholders, developing strategic facility plans aligned with business plans, clarifying roles and responsibilities, and continually evaluating services.
Money, Process, and Culture- Tech 20/20 June, 2012Adrian Carr
A talk about Company Culture, Software, People, Lean Thinking, Agile Software.
This is the Powerpoint for a talk I gave at Tech2020, in Oak Ridge, Tennessee in June, 2012.
This document summarizes a panel discussion on success through agility. The panelists discussed how agility allows companies to adapt to changing demands and environments. They emphasized having a culture of collaboration, transparency, and empowerment. Continuous learning, thinking beyond rules, and leadership support of innovation at all levels also helps organizations act with agility. The panel concluded that most companies would benefit from cultivating a culture that enables flexibility and rapid adaptation.
Corporate entrepreneurship involves activities that receive organizational support and resources to drive innovation. It can take the form of new ventures within existing organizations or renewing and innovating current operations. There is a need for corporate entrepreneurship due to increased competition, changing markets, and retaining top talent. It involves processes like innovation, strategic renewal, and corporate venturing. Innovation can be radical or incremental. Developing an innovative culture, encouraging risk-taking and failure, and rewarding innovation are important. Strategies must align vision and actions across the organization. Corporate venturing institutionalizes growth through new products and technologies. Developing managers' skills and preparing for failures are also part of successful corporate entrepreneurship.
This document provides an overview of continuous improvement and Lean Six Sigma techniques. It discusses W. Edwards Deming's system of profound knowledge and 14-point methodology, which revolutionized Western management practices. The first part introduces concepts like appreciation for a system, theory of knowledge, knowledge of variation, and knowledge of psychology. It emphasizes that all parts of a business system are interdependent. Kaizen or continuous improvement is presented as an ongoing effort to reduce variation and optimize the whole system for long-term success. Case studies demonstrate significant savings and benefits realized by companies that implemented these principles.
INNOVATION MANAGEMENT IN SUPPLY CHAIN LOGISTICS MANAGEMENT - Lecture 1.pptxHassanHani5
This document provides an overview of an innovation management course being taught at the Institute of Business Management. The course covers topics such as the basic concepts of innovation, trends in logistics and supply chain management, and the effects of emerging technologies like artificial intelligence and 3D printing on supply chains. The course is taught by Muhammad Ahsan and includes assignments, quizzes, and exams. Innovation is defined as starting from problem recognition and leading to the best solution. Several innovation activities that organizations can use are also outlined, including ideation sessions, hackathons, and human-centered design. The relationship between invention, ideas, and innovation is explored, with innovation requiring the exploitation of an idea for customer benefit. Drivers of innovation
Agile methodologies are transforming not only the way we work, but also what is expected of us as researchers. At BeyondCurious, we think that’s a good thing. In our experience, agile, iterative user experience research is the best way of conducting ux/usability research.
Why? It ensures that you’re making things that matter. Agile Research delivers rapid results to internal and client teams in as little as one week, allowing for quick pivots to align prototypes to user needs. This flexible, modular approach reduces client risk because it allows teams to test and learn. The research process iteratively informs development, and concrete, ongoing results enable rapid evolution, and ensure that you are making the best product for your end user.
Another benefit of Agile Research is that client and internal design/dev partners are part of the research team: there is no black box. This integrated team co-develops areas of inquiry, prototypes, and key questions. Agile research sprints do not produce dust-attracting research tomes. Instead, reports answer key questions, propelling product development forward with clear and targeted opportunities and recommendations. These sprints also quickly uncover additional questions that could be answered with future research to help move projects forward.
Sounds good, right? But how do you do it? How do you plan it? What kind of team do you need? How do you get recruits in so little time? What kinds of tools and techniques are best suited to agile? And what kind of mindset do you need to be able to pull it off successfully?
This presentation, given at World Usability Congress, teaches researchers, strategists, and designers how to plan and manage Agile Research, including:
Methodology
Research Approach and Planning
Recruiting
Tools and Techniques
Team
Mindset
This document provides an overview of the Coordination & Administration Wing (C&A Wing) of the Faisalabad Industrial Estate Development & Management Company (FIEDMC). It describes the purpose, scope, and responsibilities of the C&A Wing which include human resources, procurement, record keeping, data security, front desk operations, transportation, office administration, and coordination both within FIEDMC and with external stakeholders. Standard operating procedures and documentation for key functions are also outlined to develop a knowledge base for the organization.
For organisations that need to keep up with the velocity of change in their markets, customers and technology, Digital Agility is an end-to-end concept to market approach that enables you to deliver innovation faster and with less risk.
Unlike traditional product development and delivery models, Digital Agility is a lean, insight driven technique that helps you become more nimble, innovative, and responsive.
Application of Open Innovation in a Collaborative Supply ChainScott Kirsner
Open innovation requires changing company culture and mindsets. Clorox adopted open innovation to access more ideas and partners beyond its capabilities. This involves scouting networks, selecting partners, securing agreements, and managing relationships. Clorox applies a 4S process - scout, select, secure, manage relationships. For disinfecting wipes, Clorox scouted partners with relevant expertise, selected a strategic development partner, secured a project agreement, and integrated the partner into product development. Applying open innovation to packaging increased innovation and successful new products.
Project Management Foundations Series Course 104 - Agile Project Management C...Think For A Change
This document provides an overview of an introductory course on agile project management concepts and SCRUM methodology. The course is divided into three segments: an introduction to agile project management concepts, a closer look at SCRUM, and applying agile PM to organizations. The target audience includes those with little experience in formal PM, agile concepts, or SCRUM. The document defines agile project management and its principles, then discusses the SCRUM framework including sprints, roles of the product owner and scrummaster, and how scrum addresses change management.
Lean Startup: It's Not Just Technology, Lives are at StakeKen Power
This is the slide deck from my keynote talk at the first Serbian ICT conference on Technology and Entrepreneurship, held Thursday November 22, 2012 in Belgrade.
For more notes, please see my corresponding Blog entry at http://systemagility.com/2012/11/22/lean-startup-and-lives/
I would love to hear your thoughts and feedback.
Qu'est-ce donc que l'Agilité déjà ?
Quelle est la différence avec Scrum ?
Je fais quoi avec mon Gantt ?
Est-ce que le Web est un bon candidat ?
Pourquoi est-ce que je vis autant de difficultés ?
Par où dois-je commencer ?
Cette introduction (ou ré-introduction) vise les vendus et les désabusés, les initiés et les nouveaux intéressés. C'est un rafraichissement sur l'agilité qui permettra de faire un petit pas en arrière et mieux préparer les prochains. Pour certains, ce sera un retour sur les fondements de l'agilité et pour d'autres ce sera la satisfaction d'une curiosité qui perdure. Avec plus de dix ans d'expérience, l'agilité a maturée mais pourquoi reste-t-elle difficile à maitriser ?
Martin Goyette
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9
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2. What will be coveredWhat will be covered
• IntroductionIntroduction
• What is Agile ManufacturingWhat is Agile Manufacturing
• Why do we need to be agileWhy do we need to be agile
• Key to Agility and FlexibilityKey to Agility and Flexibility
• Agile Manufacturing in our companyAgile Manufacturing in our company
• Four Core ConceptsFour Core Concepts
• Nuts and BoltsNuts and Bolts
• Interdisciplinary DesignInterdisciplinary Design
• How can we make the transitionHow can we make the transition
• Real world exampleReal world example
• ExerciseExercise
• SummarySummary
• BibliographyBibliography
3. IntroductionIntroduction
• Manufacturing industry is on theManufacturing industry is on the
verge of a major paradigm shift.verge of a major paradigm shift.
This shift will take us away fromThis shift will take us away from
mass production, way beyondmass production, way beyond
lean manufacturing, into a worldlean manufacturing, into a world
of Agile Manufacturing.of Agile Manufacturing.
4. What is AgileWhat is Agile
Manufacturing?Manufacturing?
• Agile manufacturing is a methodAgile manufacturing is a method
for manufacturing whichfor manufacturing which
combine our organization,combine our organization,
people and technology into anpeople and technology into an
integrated and coordinatedintegrated and coordinated
whole.whole.
5. Why do we need to beWhy do we need to be
agileagile
• Global Competition is intensifying.Global Competition is intensifying.
• Mass markets are fragmenting intoMass markets are fragmenting into
niche markets.niche markets.
• Cooperation among companies isCooperation among companies is
becoming necessary, includingbecoming necessary, including
companies who are in directcompanies who are in direct
competition with each other.competition with each other.
6. Why do we need to beWhy do we need to be
agile cont:agile cont:
• Customers are expecting:Customers are expecting:
1.1. Low volume productsLow volume products
2.2. High quality productsHigh quality products
3.3. Custom productsCustom products
• Very short product life-cycles,Very short product life-cycles,
development time, and productiondevelopment time, and production
lead times are required.lead times are required.
• Customers want to treated andCustomers want to treated and
individuals.individuals.
7. Keys to agility andKeys to agility and
flexibilityflexibility
• To determine customer needs quickly andTo determine customer needs quickly and
continuously reposition the companycontinuously reposition the company
against it’s competitors.against it’s competitors.
• To design things quickly based on thoseTo design things quickly based on those
individual needs.individual needs.
• To put them into full scale, quality,To put them into full scale, quality,
production quickly.production quickly.
• To respond to changing volumes and mixTo respond to changing volumes and mix
quickly.quickly.
• To respond to a crisis quickly.To respond to a crisis quickly.
8. Agile manufacturing inAgile manufacturing in
our companyour company
• Customer-integrated process forCustomer-integrated process for
designing, manufacturing, marketing,designing, manufacturing, marketing,
and supporting all products andand supporting all products and
services.services.
• Decision making at functionalDecision making at functional
knowledge points not in centralizedknowledge points not in centralized
management “silos”.management “silos”.
• Stable unit costs, no matter what theStable unit costs, no matter what the
volume.volume.
• Flexible Manufacturing-ability toFlexible Manufacturing-ability to
increase or decrease productionincrease or decrease production
volumes at will.volumes at will.
9. Agile manufacturing inAgile manufacturing in
our company cont.our company cont.
• Easy access to integrated data whether itEasy access to integrated data whether it
is customer-driven, supplier-driven, oris customer-driven, supplier-driven, or
product and process-driven.product and process-driven.
• Modular production facilities that can beModular production facilities that can be
organized into ever changingorganized into ever changing
manufacturing nodes.manufacturing nodes.
• Data that is rapidly changed intoData that is rapidly changed into
information that is used to expandinformation that is used to expand
knowledge.knowledge.
• Mass customized product verses massMass customized product verses mass
produced product.produced product.
10. Four core conceptsFour core concepts
1.1. A strategy to become an AgileA strategy to become an Agile
Manufacturing enterprise.Manufacturing enterprise.
2.2. A strategy to exploit agility to achieveA strategy to exploit agility to achieve
competitive advantage.competitive advantage.
3.3. Integration of organization, people andIntegration of organization, people and
technology into a coordinatedtechnology into a coordinated
interdependent system which is ourinterdependent system which is our
competitive advantage.competitive advantage.
4.4. An interdisciplinary design methodologyAn interdisciplinary design methodology
to achieve the integration ofto achieve the integration of
Organization, people and technology.Organization, people and technology.
11. Nuts and BoltsNuts and Bolts
• Enriching the customerEnriching the customer
1.1. Replace large centralized withReplace large centralized with
distributed clusters of mini-assemblydistributed clusters of mini-assembly
plants located near customers.plants located near customers.
• Cooperating to enhanceCooperating to enhance
competition.competition.
1.1. Internal—cross-functional teams,Internal—cross-functional teams,
empowerment.empowerment.
2.2. External—managing the supply chain.External—managing the supply chain.
12. Nuts and BoltsNuts and Bolts
• Organizing to manage change andOrganizing to manage change and
uncertaintyuncertainty
1.1. Rapid reconfiguration of plant andRapid reconfiguration of plant and
facilities.facilities.
2.2. Rapid decision making-shallowRapid decision making-shallow
empowered.empowered.
• Leveraging people and information.Leveraging people and information.
1.1. Distribution of authority, resources,Distribution of authority, resources,
and rewards.and rewards.
13. Interdisciplinary DesignInterdisciplinary Design
Interdisciplinary design will formInterdisciplinary design will form
the basis of designing Agilethe basis of designing Agile
Manufacturing systems in the newManufacturing systems in the new
knowledge intensive era.knowledge intensive era.
Interdisciplinary design is one ofInterdisciplinary design is one of
the most important challenges tothe most important challenges to
that managers and systemsthat managers and systems
designers and integrators will face indesigners and integrators will face in
the years ahead, it leads us to newthe years ahead, it leads us to new
approaches and new ways of workingapproaches and new ways of working
and of thinking.and of thinking.
14. Interdisciplinary DesignInterdisciplinary Design
To successfully adopt anTo successfully adopt an
interdisciplinary design method, weinterdisciplinary design method, we
need to:need to:
• Challenge our accepted designChallenge our accepted design
strategies and develop new andstrategies and develop new and
better approaches.better approaches.
• Question our established andQuestion our established and
cherished beliefs and theories, andcherished beliefs and theories, and
develop new ones to replace thosedevelop new ones to replace those
that know longer have any validity.that know longer have any validity.
15. Interdisciplinary DesignInterdisciplinary Design
• Consider how we address organization,Consider how we address organization,
people and technology, and other issues inpeople and technology, and other issues in
the design of manufacturing systems, sothe design of manufacturing systems, so
we can have systems that are better forwe can have systems that are better for
performance, better for the environment,performance, better for the environment,
and better for the people.and better for the people.
• Go beyond the automation paradigm of theGo beyond the automation paradigm of the
industrial era, to use technology in a wayindustrial era, to use technology in a way
that makes human skill, knowledge, andthat makes human skill, knowledge, and
intelligence more effective and productive,intelligence more effective and productive,
and that allows us to tap into the creativityand that allows us to tap into the creativity
and talent of all our people.and talent of all our people.
16. Tansition to AgileTansition to Agile
manufacturing?manufacturing?
• Make the break with the thingsMake the break with the things
that are wrong with the way we dothat are wrong with the way we do
things today.things today.
• Examine and define the underlyingExamine and define the underlying
conceptual framework on whichconceptual framework on which
Agile Manufacturing enterprisesAgile Manufacturing enterprises
will be built.will be built.
17. Making the transitionMaking the transition
cont.cont.
• Explore and understand the nature ofExplore and understand the nature of
the mass production paradigm and thethe mass production paradigm and the
nature of the cultural andnature of the cultural and
methodological difficulties involved inmethodological difficulties involved in
the transition to Agile Manufacturing.the transition to Agile Manufacturing.
• Define a methodology for designing aDefine a methodology for designing a
2121stst
century manufacturing enterprise.century manufacturing enterprise.
18. Real world example:Real world example:
• The IndustryThe Industry: Japanese car: Japanese car
makersmakers
• The goalThe goal: To produce the three: To produce the three
day car, (three days fromday car, (three days from
customer order for a customizedcustomer order for a customized
car to dealer delivery).car to dealer delivery).
19. Real world ex. Cont.Real world ex. Cont.
The Challenges:The Challenges:
• The challenges:The challenges:
1.1. Break dependency on scale andBreak dependency on scale and
economies of scale (reducing setupeconomies of scale (reducing setup
costs in key).costs in key).
2.2. Produce vehicles in low volumes at aProduce vehicles in low volumes at a
reasonable cost.reasonable cost.
3.3. Guarantee the three day car.Guarantee the three day car.
4.4. Replace large centralized withReplace large centralized with
distributed clusters of mini-assemblydistributed clusters of mini-assembly
plants located near customers.plants located near customers.
5.5. Be able to reconfigure components inBe able to reconfigure components in
many different ways.many different ways.
20. Real world ex. Cont.Real world ex. Cont.
The Challenges:The Challenges:
1.1. Make work stimulating.Make work stimulating.
2.2. Turn the customer into a “prosumer,” an uglyTurn the customer into a “prosumer,” an ugly
neologism that means proactive something;neologism that means proactive something;
the idea is that the customer will take anthe idea is that the customer will take an
active role in the product design by, foractive role in the product design by, for
example, configuring options at a computerexample, configuring options at a computer
in a dealer showroom.in a dealer showroom.
3.3. Streamline ordering systems and establishStreamline ordering systems and establish
close relationships with suppliers.close relationships with suppliers.
4.4. Manage the massive volumes of dataManage the massive volumes of data
generated by the production system so as togenerated by the production system so as to
be able to analyze that data quickly andbe able to analyze that data quickly and
agilely.agilely.
21. ExerciseExercise
War has broken out somewhere inWar has broken out somewhere in
the world, and the US becomesthe world, and the US becomes
involved. Suddenly, all branches ofinvolved. Suddenly, all branches of
our armed forces need moreour armed forces need more
conventional munitions-and theyconventional munitions-and they
need them immediately. How canneed them immediately. How can
suppliers meet this kind ofsuppliers meet this kind of
unpredictable demand?unpredictable demand?
22. SummerySummery
Agile Manufacturing enterprises will beAgile Manufacturing enterprises will be
capable of rapidly responding to changes incapable of rapidly responding to changes in
customer demand. They will be able to takecustomer demand. They will be able to take
advantage of the windows of opportunities thatadvantage of the windows of opportunities that
appear in the market place. With Agileappear in the market place. With Agile
Manufacturing we will be able to develop newManufacturing we will be able to develop new
ways of interacting with our customers andways of interacting with our customers and
suppliers. Our customers will not only be ablesuppliers. Our customers will not only be able
to gain access to our products and services,to gain access to our products and services,
but will also be able to easily assess andbut will also be able to easily assess and
exploit our competencies, so enabling them toexploit our competencies, so enabling them to
use these competencies to achieve the thingsuse these competencies to achieve the things
that they are seeking.that they are seeking.
23. BibliographyBibliography
1.1. Abair, Bob.Abair, Bob. Agile Manufacturing: Not Just AnotherAgile Manufacturing: Not Just Another
BuzzwordBuzzword..
http://www.partnersforexcellence.com/95art3.htmhttp://www.partnersforexcellence.com/95art3.htm
2.2. Agile Manufacturing: Gearing to meet demand.Agile Manufacturing: Gearing to meet demand.
LinkagesLinkages http://www.llnl.gov/str/Burleson.htmlhttp://www.llnl.gov/str/Burleson.html
3.3. ““Agile Manufacturing”Agile Manufacturing” linkageslinkages
http://www.peterkeen.com/engbp003.htmhttp://www.peterkeen.com/engbp003.htm
4.4. D&ME. Pacific Northwest National Laboratory.D&ME. Pacific Northwest National Laboratory.
LinkagesLinkages
http://www.technet.pnl.gov/dme/agile/index.stmhttp://www.technet.pnl.gov/dme/agile/index.stm
5.5. Kidd, T. Paul.Kidd, T. Paul. Agile Manufacturing: Forging NewAgile Manufacturing: Forging New
Frontiers.Frontiers.
http://www.cheshirehenvury.com/publications/ammathttp://www.cheshirehenvury.com/publications/ammat
..
Editor's Notes
Then use that agility that arises from this integrated and coordinated whole for our competitive advantage. Being able to rapidly respond to changes occurring in the market environment and through our ability to use and exploit a fundamental resource – knowledge.
Agility is the ability to thrive and prosper in an environment of constant and unpredictable change. Listed above are a few of the reasons that the manufacturing paradigm is changing form mass production to agile manufacturing.
Agility is the ability to thrive and prosper in an environment of constant and unpredictable change. Listed above are a few of the reasons that the manufacturing paradigm is changing form mass production to agile manufacturing.
“Agility” includes “leanness” because a high stock or spare capacity method of providing flexibility to changing customer demands or adversity is not a viable financial option, but in addition it demands increased flexibility in terms of the ability
The integration of these four concepts are key to becoming an Agile Manufacturing enterprise.
There are no clear road maps designed to establish and achieve agility. These examples are merely guidelines to start the journey.
There are no clear road maps designed to establish and achieve agility. These examples are merely guidelines to start the journey.
Interdisciplinary design however, means more than just applying knowledge from other domains such a psychology and organizational science, to the design of Agile Manufacturing systems. It also implies looking into the unexplored areas between these disciplines and the areas where they overlap, to find new insights, new knowledge and new and original solutions.
Japanese car makers can presently deliver the 10 day car right now, but are currently working on techniques in congruency with Agile Manufacturing to produce the three day car.
Challenge #2) Nissan’s Intelligent Body System, a Lego-block approach that favors existing over newly designed body components, leaves tooling as the only major expense for a new model.
Japanese companies invented JIT manufacturing, lean production, flexible manufacturing, and many of the tools of TQM. Even as the rest of the world catches up and some companies overtake them, they are positioning for the next leap forward. So, too are their American competitors. The three day car is coming. Flexible manufacturing is adaptive; agile production is adaptive and faster. The aim of lean manufacturing is to keep production steady and predictable and minimize cost and waste in a world of business that is increasingly unpredictable and unsteady.
Japanese companies invented JIT manufacturing, lean production, flexible manufacturing, and many of the tools of TQM. Even as the rest of the world catches up and some companies overtake them, they are positioning for the next leap forward. So, too are their American competitors. The three day car is coming. Flexible manufacturing is adaptive; agile production is adaptive and faster. The aim of lean manufacturing is to keep production steady and predictable and minimize cost and waste in a world of business that is increasingly unpredictable and unsteady.
The concept of Agile Manufacturing is built around the synthesis of a number of enterprises that each have some core skills or competencies which they bring to a joint venturing operation, which is based on using each partners facilities and resources. For this reason, these joint venture enterprises are called virtual corporations because they do not own significant capital resources of their own. This helps to make them agile, as they can be formed and changed very rapidly.