Riordan Manufacturing owns three plants and is looking to improve the process design for its fan production operation in China. Some key aspects of the new design include implementing total quality management using Six Sigma and ISO 9000 standards. The design also focuses on material requirements planning driven by an accurate master production schedule. Forecasting will utilize both qualitative and quantitative methods like a weighted moving average. The new process aims to eliminate bottlenecks and apply just-in-time strategies to reduce costs and waste.
(Student assignment) riordan manufacturing process improvement finalCharles James
The document outlines Riordan Manufacturing's process improvement efforts for electric fan production using DMAIC (Define, Measure, Analyze, Improve, Control). It defines the current process for make-to-stock and custom fans, identifies bottlenecks, and proposes a new process and project plans. The new process separates make-to-stock and custom fan production. It also implements tools like flow charts and tree diagrams to identify issues and responsibilities. Gantt charts show the project plans and deliverables for the new make-to-stock and custom fan processes.
Riordan Manufacturing is a global plastic manufacturing company founded in 1991 with 3 locations and over 500 employees. Riordan leads its industry in polymer materials and is a Six Sigma company. The document outlines a project to develop a new process design for producing Riordan's electric fans. It identifies defining the problem, measuring motor output, analyzing issues, and improving output as key steps. The project will work with Riordan's electric motor supplier to increase efficiency and production. A Gantt chart outlines the project timeline from 2014 to 2015.
The presentation proposed a new manufacturing process for Riordan's electric fans that uses mass production and Six Sigma to lower capacity levels. It recommended implementing Demand Driven MRP to make inventory levels demand-driven. It also suggested relocating some production to neighboring countries over 5 years to offset rising Chinese labor costs while maintaining trade relationships and quality production. Key parts of the implementation plan included financial metrics, throughput analysis, and achieving synchronous manufacturing across the production process.
The document proposes implementing a Material Requirements Planning (MRP) system with enhancements including a real-time MRP application, customized to the company's specifications. The MRP system would include demand forecasting based on historical sales data, a master production schedule, and a bill of materials with lead times to ensure material availability. The implementation plan is to make the new MRP system fully operational within 6 months by involving each department at Riordan Manufacturing.
Team A Week5 Riordan Manufacturing Service Request Sr Rm 012MsLeeMoon
Riordan Manufacturing is a global plastics manufacturer with 4 locations and over 550 employees. They aim to standardize data and systems to reduce costs and increase profits. The document recommends creating an enterprise database across all departments to integrate human resources, sales, marketing, operations and finance systems. This will allow for real-time communication and more efficient production company-wide.
This document provides an overview of production planning and control. It discusses product design, types of production systems and manufacturing processes. It also outlines the benefits of production planning and control for small entrepreneurs, and describes the key steps involved: routing, scheduling, loading, dispatching, inspection, and corrective actions. The overall goal of production planning and control is to efficiently coordinate production operations and ensure optimal capacity utilization, inventory control, quality, and on-time delivery.
This document discusses productivity and operation management. It defines productivity as the output of any production process per unit of input. The goal of production and operation management is to produce the right quality, quantity, and time at a pre-established cost. Productivity can be measured at the partial level looking at individual inputs like labor, capital, and materials, or at the total factor and total levels considering all inputs. Factors that affect productivity include product development, specialization, research, value analysis, process planning, and training. Improving productivity increases efficiency and leads to lower costs, higher sales, and greater profits.
This document discusses production and operations management. It begins with definitions of production management and operations management. It then provides a historical overview of the evolution of the field from Adam Smith's specialization of labor to more modern contributions. The rest of the document defines concepts related to production systems including inputs, transformation processes, outputs, and classifications like job shop, batch, mass, and continuous production.
(Student assignment) riordan manufacturing process improvement finalCharles James
The document outlines Riordan Manufacturing's process improvement efforts for electric fan production using DMAIC (Define, Measure, Analyze, Improve, Control). It defines the current process for make-to-stock and custom fans, identifies bottlenecks, and proposes a new process and project plans. The new process separates make-to-stock and custom fan production. It also implements tools like flow charts and tree diagrams to identify issues and responsibilities. Gantt charts show the project plans and deliverables for the new make-to-stock and custom fan processes.
Riordan Manufacturing is a global plastic manufacturing company founded in 1991 with 3 locations and over 500 employees. Riordan leads its industry in polymer materials and is a Six Sigma company. The document outlines a project to develop a new process design for producing Riordan's electric fans. It identifies defining the problem, measuring motor output, analyzing issues, and improving output as key steps. The project will work with Riordan's electric motor supplier to increase efficiency and production. A Gantt chart outlines the project timeline from 2014 to 2015.
The presentation proposed a new manufacturing process for Riordan's electric fans that uses mass production and Six Sigma to lower capacity levels. It recommended implementing Demand Driven MRP to make inventory levels demand-driven. It also suggested relocating some production to neighboring countries over 5 years to offset rising Chinese labor costs while maintaining trade relationships and quality production. Key parts of the implementation plan included financial metrics, throughput analysis, and achieving synchronous manufacturing across the production process.
The document proposes implementing a Material Requirements Planning (MRP) system with enhancements including a real-time MRP application, customized to the company's specifications. The MRP system would include demand forecasting based on historical sales data, a master production schedule, and a bill of materials with lead times to ensure material availability. The implementation plan is to make the new MRP system fully operational within 6 months by involving each department at Riordan Manufacturing.
Team A Week5 Riordan Manufacturing Service Request Sr Rm 012MsLeeMoon
Riordan Manufacturing is a global plastics manufacturer with 4 locations and over 550 employees. They aim to standardize data and systems to reduce costs and increase profits. The document recommends creating an enterprise database across all departments to integrate human resources, sales, marketing, operations and finance systems. This will allow for real-time communication and more efficient production company-wide.
This document provides an overview of production planning and control. It discusses product design, types of production systems and manufacturing processes. It also outlines the benefits of production planning and control for small entrepreneurs, and describes the key steps involved: routing, scheduling, loading, dispatching, inspection, and corrective actions. The overall goal of production planning and control is to efficiently coordinate production operations and ensure optimal capacity utilization, inventory control, quality, and on-time delivery.
This document discusses productivity and operation management. It defines productivity as the output of any production process per unit of input. The goal of production and operation management is to produce the right quality, quantity, and time at a pre-established cost. Productivity can be measured at the partial level looking at individual inputs like labor, capital, and materials, or at the total factor and total levels considering all inputs. Factors that affect productivity include product development, specialization, research, value analysis, process planning, and training. Improving productivity increases efficiency and leads to lower costs, higher sales, and greater profits.
This document discusses production and operations management. It begins with definitions of production management and operations management. It then provides a historical overview of the evolution of the field from Adam Smith's specialization of labor to more modern contributions. The rest of the document defines concepts related to production systems including inputs, transformation processes, outputs, and classifications like job shop, batch, mass, and continuous production.
Process Characteristics in Operations: Volume, Variety, Flows, Types of Processes & Operations System, continuous flow & intermittent flow system. Process Product Matrix: Job production, batch production, Assembly line & Continuous flow process & production layout Service System Design Matrix: Design of Service system, Service Blue print
This document provides an overview of production and operations management. It discusses key topics like the production function, types of production systems, operations management, production planning and control, facilities location, product and process design, quality management, maintenance management, inventory management, and materials requirements planning. The duties of a production manager are also outlined, which include planning the factory location, purchasing equipment, layout, production planning, quality control, and monitoring productivity. Factors determining production planning and control like volume, nature of processes, and type of operations are also covered.
The document discusses various topics related to production planning and control, including demand forecasting, aggregate production planning, scheduling, workforce planning, materials requirement planning, capacity planning, production control using just-in-time, and shop-floor control. The objective of production planning and control is to make appropriate decisions around resource acquisition, utilization, and allocation given constraints. This includes determining workforce levels, production lot sizes, overtime assignments, and production sequencing.
Production Planning and Control
Objective of PPC
Classification/Functions of PPC
Levels of PPC
Factors determining Production Planning Procedures
Production Planning System
Factors Determining PC procedures
This document discusses product planning, value, customer satisfaction, logistics processes, and economic batch quantity modeling. It notes that product planning identifies market requirements to define a product's features and serves as the basis for pricing, distribution, and promotion decisions. It also defines value as the ratio of function to cost, which can be increased by improving function or reducing costs. Additionally, it lists factors that can lead to customer dissatisfaction and outlines key considerations for logistics like products, processes, capacity, orders, and resources. Finally, it provides background on economic batch quantity modeling including assumptions, variables, and the formula for calculating optimal batch size.
Operations management refers to managing the production and delivery of goods and services, and involves decisions related to regular business activities. It aims to utilize resources to satisfy customer wants. Production management focuses on decisions related to the production aspects and aims to produce quality goods in the right quantity, on time, and at the lowest cost. It is concerned with transforming raw materials through a defined production process in parts of an organization.
This document provides a synopsis for a presentation on integrating Lean Six Sigma and Industry 4.0 tools to manage quality in the Indian textile industry. It includes an introduction, literature review, identified research gaps, problem formulation, research objectives, proposed methodology, and research plan. The proposed methodology involves developing an integrated Lean Six Sigma and Industry 4.0 model called LSS 4.0 to address limitations of existing quality management techniques and help textile SMEs improve operational performance. A case study would validate and test the LSS 4.0 model in an Indian textile company. The research is expected to take 38 months to complete.
Production planning aims to make the manufacturing process as efficient as possible by developing a guide for product design and production. It considers factors like demand, resources, and regulations to effectively utilize resources, ensure steady production flow, and minimize waste and costs. Production control then monitors production to ensure plans are followed and objectives like on-time delivery, quality control and efficient resource use are met. It involves functions like routing, scheduling, dispatching and expediting to systematically direct production operations according to plans. Routing determines the optimal production process, sequence of operations and flow of work.
The document describes the production cycle which begins with sales forecasting and ends with delivery to the customer. It involves several steps: sales forecasting, budget preparation, engineering department preparing details, production planning, dispatching, progressing, inspection, evaluation, stock, and delivery to the customer. A graphical representation shows the linear production cycle and its interaction with customers and suppliers.
This document provides an overview of value analysis. It defines value analysis as a systematic process that compares the function of a product required by customers against the lowest cost of meeting specified performance and reliability. The key steps of value analysis are to establish objectives, analyze the production process, decompose product characteristics, brainstorm alternatives, select the best alternative, and implement changes. Value analysis aims to provide better value to customers and improve competitive position by eliminating unnecessary costs.
This case study examines a Lean Manufacturing initiative involving three aerospace suppliers - Haynes International Ltd, Precision Parts Engineering Ltd, and Merc Engineering Ltd - and their customer, Unison Engine Components. The objective was to reduce costs and improve delivery performance to combat low-cost competitors. A Lean consultant introduced tools like 5S, improved layouts, kanban systems and visual controls. Early results included a 15-22% improvement in on-time delivery, better awareness of customer needs, and more efficient operations.
This document discusses production planning and control. It describes key aspects of process planning including selecting the process, materials, machines, sequencing operations and more. Production control ensures performance meets quality standards and involves dispatching, follow up and corrective actions. The types of control include material, labor and machine utilization. Production planning and control comprises planning, routing, scheduling, dispatching and follow up to coordinate materials, machines, labor and operations. It discusses advantages and elements like routing, loading, scheduling, dispatching, follow up and corrective measures.
Introduction to Production and Operations ManagementSadashiva Tandur
This document provides an introduction to production and operations management. It defines production as the transformation of inputs into outputs like products, while operations deals with service management. A production system takes inputs like materials, labor, and capital and transforms them through processes like design and production control to create outputs like products. An operations system similarly transforms inputs through service-related processes to provide outputs to customers. Production systems are further classified as continuous, batch, mass, or job-shop based on their approach. The objectives of production and operations management are to deliver the right quality, quantity, time, and cost for production management and good customer service and resource utilization for operations management.
2. duties and responsibilities of production managersAkash Bakshi
The document outlines the duties and responsibilities of a production manager, which include planning factory locations and layouts, purchasing equipment, production design, quality control, maintenance, and staff management. It notes emerging roles like strategic decision making, ERP implementation, process automation, research and development, and protecting the environment. Recent trends in production mentioned are focusing on the global marketplace, flexibility, time reduction, new technologies, environmental issues, lean production, and supply chain management.
Industrial Engineering unit 4.Production planning and control Notes by badebhau.Er. Bade Bhausaheb
Production planning and control aims to efficiently and effectively manage operations in a manufacturing organization. It addresses issues like low productivity, inventory management, and resource utilization. The key objectives of production planning and control are to optimize capacity utilization, maintain optimal inventory levels, minimize costs, and ensure quality. Production planning involves determining what to produce, when, how much, and other long-term decisions. Production control techniques are used to achieve production planning targets by regulating inventory, scheduling production, and optimizing resource usage.
The document discusses capacity planning for products and services. It explains key concepts like capacity, effective capacity, and utilization. It also outlines factors to consider when developing capacity alternatives and approaches for evaluating alternatives, including cost-volume analysis, break-even analysis, financial analysis, and waiting-line analysis. The goal of capacity planning is to determine the appropriate level and timing of capacity to meet future demand in a cost-effective manner.
This document provides an overview of production and operations management. It defines key terms like production, operations, production systems, and discusses different types of production systems like job shop production, batch production, mass production, and continuous production. It also outlines the objectives, inputs, transformation process, and outputs of a typical production system. Finally, it describes the main duties and responsibilities of operations management like facility location, plant layout, product and process design, production planning and control, quality control, materials management, and maintenance management.
Planning for high volume standardised productNidhi Vats
This document discusses planning for mass production of standardized products. It begins with defining production systems and describing different types - job shop, batch, and continuous production. It then covers the history of mass production and Ford's moving assembly line. Key aspects of mass production are standardized products/processes and production planning and control. Standardization aims to produce variety from minimal parts. Production planning coordinates departments and aims for efficient resource use and meeting production objectives. It describes production planning procedures and purposes. Mass production planning involves process planning, capacity planning, routing, scheduling, and product design considerations.
Demand forecasting involves anticipating future demand for a company's products and services under uncertain competitive conditions. Accurate forecasting allows companies to efficiently plan production, purchasing, financing, and pricing. There are qualitative techniques like surveys and expert opinions, and quantitative techniques like time series analysis of historical demand data and regression analysis of causal factors. Accurate forecasting is important for production planning, sales forecasting, inventory control, and other business and economic decisions.
(New) final exam for ops 571 all correct answers 100%quikly11
This document provides 30 multiple choice questions from an OPS/571 final exam. The questions cover topics related to operations management including processes, quality management, inventory management, project management, forecasting, supply chain management and capacity management. No answers to the questions are provided.
This document contains 30 multiple choice questions from an operations management exam. The questions cover a range of topics including lean manufacturing principles, ISO standards, capacity planning, project management, theory of constraints, and production scheduling. Correct answer options are highlighted in bold text.
Process Characteristics in Operations: Volume, Variety, Flows, Types of Processes & Operations System, continuous flow & intermittent flow system. Process Product Matrix: Job production, batch production, Assembly line & Continuous flow process & production layout Service System Design Matrix: Design of Service system, Service Blue print
This document provides an overview of production and operations management. It discusses key topics like the production function, types of production systems, operations management, production planning and control, facilities location, product and process design, quality management, maintenance management, inventory management, and materials requirements planning. The duties of a production manager are also outlined, which include planning the factory location, purchasing equipment, layout, production planning, quality control, and monitoring productivity. Factors determining production planning and control like volume, nature of processes, and type of operations are also covered.
The document discusses various topics related to production planning and control, including demand forecasting, aggregate production planning, scheduling, workforce planning, materials requirement planning, capacity planning, production control using just-in-time, and shop-floor control. The objective of production planning and control is to make appropriate decisions around resource acquisition, utilization, and allocation given constraints. This includes determining workforce levels, production lot sizes, overtime assignments, and production sequencing.
Production Planning and Control
Objective of PPC
Classification/Functions of PPC
Levels of PPC
Factors determining Production Planning Procedures
Production Planning System
Factors Determining PC procedures
This document discusses product planning, value, customer satisfaction, logistics processes, and economic batch quantity modeling. It notes that product planning identifies market requirements to define a product's features and serves as the basis for pricing, distribution, and promotion decisions. It also defines value as the ratio of function to cost, which can be increased by improving function or reducing costs. Additionally, it lists factors that can lead to customer dissatisfaction and outlines key considerations for logistics like products, processes, capacity, orders, and resources. Finally, it provides background on economic batch quantity modeling including assumptions, variables, and the formula for calculating optimal batch size.
Operations management refers to managing the production and delivery of goods and services, and involves decisions related to regular business activities. It aims to utilize resources to satisfy customer wants. Production management focuses on decisions related to the production aspects and aims to produce quality goods in the right quantity, on time, and at the lowest cost. It is concerned with transforming raw materials through a defined production process in parts of an organization.
This document provides a synopsis for a presentation on integrating Lean Six Sigma and Industry 4.0 tools to manage quality in the Indian textile industry. It includes an introduction, literature review, identified research gaps, problem formulation, research objectives, proposed methodology, and research plan. The proposed methodology involves developing an integrated Lean Six Sigma and Industry 4.0 model called LSS 4.0 to address limitations of existing quality management techniques and help textile SMEs improve operational performance. A case study would validate and test the LSS 4.0 model in an Indian textile company. The research is expected to take 38 months to complete.
Production planning aims to make the manufacturing process as efficient as possible by developing a guide for product design and production. It considers factors like demand, resources, and regulations to effectively utilize resources, ensure steady production flow, and minimize waste and costs. Production control then monitors production to ensure plans are followed and objectives like on-time delivery, quality control and efficient resource use are met. It involves functions like routing, scheduling, dispatching and expediting to systematically direct production operations according to plans. Routing determines the optimal production process, sequence of operations and flow of work.
The document describes the production cycle which begins with sales forecasting and ends with delivery to the customer. It involves several steps: sales forecasting, budget preparation, engineering department preparing details, production planning, dispatching, progressing, inspection, evaluation, stock, and delivery to the customer. A graphical representation shows the linear production cycle and its interaction with customers and suppliers.
This document provides an overview of value analysis. It defines value analysis as a systematic process that compares the function of a product required by customers against the lowest cost of meeting specified performance and reliability. The key steps of value analysis are to establish objectives, analyze the production process, decompose product characteristics, brainstorm alternatives, select the best alternative, and implement changes. Value analysis aims to provide better value to customers and improve competitive position by eliminating unnecessary costs.
This case study examines a Lean Manufacturing initiative involving three aerospace suppliers - Haynes International Ltd, Precision Parts Engineering Ltd, and Merc Engineering Ltd - and their customer, Unison Engine Components. The objective was to reduce costs and improve delivery performance to combat low-cost competitors. A Lean consultant introduced tools like 5S, improved layouts, kanban systems and visual controls. Early results included a 15-22% improvement in on-time delivery, better awareness of customer needs, and more efficient operations.
This document discusses production planning and control. It describes key aspects of process planning including selecting the process, materials, machines, sequencing operations and more. Production control ensures performance meets quality standards and involves dispatching, follow up and corrective actions. The types of control include material, labor and machine utilization. Production planning and control comprises planning, routing, scheduling, dispatching and follow up to coordinate materials, machines, labor and operations. It discusses advantages and elements like routing, loading, scheduling, dispatching, follow up and corrective measures.
Introduction to Production and Operations ManagementSadashiva Tandur
This document provides an introduction to production and operations management. It defines production as the transformation of inputs into outputs like products, while operations deals with service management. A production system takes inputs like materials, labor, and capital and transforms them through processes like design and production control to create outputs like products. An operations system similarly transforms inputs through service-related processes to provide outputs to customers. Production systems are further classified as continuous, batch, mass, or job-shop based on their approach. The objectives of production and operations management are to deliver the right quality, quantity, time, and cost for production management and good customer service and resource utilization for operations management.
2. duties and responsibilities of production managersAkash Bakshi
The document outlines the duties and responsibilities of a production manager, which include planning factory locations and layouts, purchasing equipment, production design, quality control, maintenance, and staff management. It notes emerging roles like strategic decision making, ERP implementation, process automation, research and development, and protecting the environment. Recent trends in production mentioned are focusing on the global marketplace, flexibility, time reduction, new technologies, environmental issues, lean production, and supply chain management.
Industrial Engineering unit 4.Production planning and control Notes by badebhau.Er. Bade Bhausaheb
Production planning and control aims to efficiently and effectively manage operations in a manufacturing organization. It addresses issues like low productivity, inventory management, and resource utilization. The key objectives of production planning and control are to optimize capacity utilization, maintain optimal inventory levels, minimize costs, and ensure quality. Production planning involves determining what to produce, when, how much, and other long-term decisions. Production control techniques are used to achieve production planning targets by regulating inventory, scheduling production, and optimizing resource usage.
The document discusses capacity planning for products and services. It explains key concepts like capacity, effective capacity, and utilization. It also outlines factors to consider when developing capacity alternatives and approaches for evaluating alternatives, including cost-volume analysis, break-even analysis, financial analysis, and waiting-line analysis. The goal of capacity planning is to determine the appropriate level and timing of capacity to meet future demand in a cost-effective manner.
This document provides an overview of production and operations management. It defines key terms like production, operations, production systems, and discusses different types of production systems like job shop production, batch production, mass production, and continuous production. It also outlines the objectives, inputs, transformation process, and outputs of a typical production system. Finally, it describes the main duties and responsibilities of operations management like facility location, plant layout, product and process design, production planning and control, quality control, materials management, and maintenance management.
Planning for high volume standardised productNidhi Vats
This document discusses planning for mass production of standardized products. It begins with defining production systems and describing different types - job shop, batch, and continuous production. It then covers the history of mass production and Ford's moving assembly line. Key aspects of mass production are standardized products/processes and production planning and control. Standardization aims to produce variety from minimal parts. Production planning coordinates departments and aims for efficient resource use and meeting production objectives. It describes production planning procedures and purposes. Mass production planning involves process planning, capacity planning, routing, scheduling, and product design considerations.
Demand forecasting involves anticipating future demand for a company's products and services under uncertain competitive conditions. Accurate forecasting allows companies to efficiently plan production, purchasing, financing, and pricing. There are qualitative techniques like surveys and expert opinions, and quantitative techniques like time series analysis of historical demand data and regression analysis of causal factors. Accurate forecasting is important for production planning, sales forecasting, inventory control, and other business and economic decisions.
(New) final exam for ops 571 all correct answers 100%quikly11
This document provides 30 multiple choice questions from an OPS/571 final exam. The questions cover topics related to operations management including processes, quality management, inventory management, project management, forecasting, supply chain management and capacity management. No answers to the questions are provided.
This document contains 30 multiple choice questions from an operations management exam. The questions cover a range of topics including lean manufacturing principles, ISO standards, capacity planning, project management, theory of constraints, and production scheduling. Correct answer options are highlighted in bold text.
Ops 571 final exam questions and correct answers 100% guaranteed#siliverseyr
This document provides a summary of key information from an OPS 571 final exam with 30 multiple choice questions covering operations management topics like process types, process metrics, quality management, forecasting, capacity management, and supply chain management. The questions assess understanding of concepts like make-to-stock processes, throughput time, blocking, process flow structures, time-to-market, quality function deployment, value analysis, work center scheduling, project milestones, time series forecasting, supply chain efficiency, and capacity utilization rate.
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SlideShare is a global platform for sharing presentations, infographics, videos and documents. It has over 18 million pieces of professional content uploaded by experts like Eric Schmidt and Guy Kawasaki. The document provides tips for setting up an account on SlideShare, uploading content, optimizing it for searchability, and sharing it on social media to build an audience and reputation as a subject matter expert.
The document summarizes key aspects of the production cycle, including the four main activities of product design, planning and scheduling, production operations, and cost accounting. It describes the objectives and processes involved in each activity, and how an accounting information system can support the production cycle by accurately capturing costs and providing necessary data for decision making. Controls are also needed to safeguard assets and ensure accurate and authorized transactions.
The document summarizes key aspects of the production cycle for a manufacturing business. It discusses four main activities: product design, planning and scheduling, production operations, and cost accounting. It describes important documents and decisions for each activity. The accountant's role is to design an accounting information system that provides necessary cost data to support decision-making at each stage of the production cycle.
Engineering design is the process of developing a system, component or process to satisfy the desired
requirements. It is a decision making process, in which the basic mathematics and engineering disciplines are
utilized to convert resources optimally to achieve a predetermined objective. It also includes a variety of
realistic constraints such as reliability, safety, economic factors, ethical and social impacts. This work proposes
a methodology and a procedure for the make-or-buy problem. Companies following this methodology are
guided through a structured sequence comprising identification of factors for the make-or-buy decision, and the
comparison of internal sourcing and external sourcing factors against each other. Multi-attribute decisionmaking
is utilized to present an overall make-or-buy decision recommendation.
The document discusses supply chain management concepts including the SCOR (Supply Chain Operations Reference) model. SCOR is a process reference model developed by the Supply Chain Council to help companies define and measure supply chain processes. It provides a framework to measure performance at different levels, from overall supply chain metrics to more granular process metrics. The document also discusses how benchmarking with SCOR allows companies to compare their supply chain performance to peers.
The document describes the SCOR (Supply Chain Operations Reference) model, which is a standardized framework for managing supply chain processes across industries. It provides an integrated approach combining concepts from business process reengineering, benchmarking, and process measurement. The SCOR model defines five core management processes - plan, source, make, deliver, return - and three levels of detail to describe supply chain activities.
This document outlines seven critical success factors for implementing a Quick Response Manufacturing (QRM) system: 1) Product grouping into cells focused on market segments, 2) Optimized product flow within cells to minimize distances, 3) A decentralized organizational structure that empowers front-line workers, 4) Use of an economic order quantity approach for inventory, 5) Implementation of a production control strategy like POLCA, 6) Effective supply chain management, and 7) Continuous improvement through teamwork and communication. The document argues that adopting these factors can help organizations reduce lead times and better meet customer needs, which are the key goals of QRM.
This document discusses lean production and Six Sigma quality initiatives in supply chain management. It provides an overview of lean principles including just-in-time production, waste reduction, and continuous improvement. Six Sigma aims for near perfect quality through statistical analysis and reducing process variation. Both lean and Six Sigma use tools like value stream mapping, statistical process control charts, and problem solving methodologies to improve quality and efficiency in supply chains.
Checking the activities and Performance Management in the Automotive IndustryIRJET Journal
1. The document discusses production planning and control in the automotive industry. It analyzes problems with executing the planned production sequence and maintaining the planned sequence through the different production stages.
2. It suggests that uncertainties between planning the master production schedule and implementing it can cause deviations from the planned production sequence. This makes it difficult to predict component needs and deliver finished goods to customers on time.
3. The document proposes monitoring production at key points to track adherence to the planned sequence. It also recommends improving coordination with suppliers to better support the planned sequence and meet customer delivery times.
Investigation on Cycle Time Reduction in Production and Implementation of an ...IRJET Journal
This document discusses implementing lean practices and an inventory model in an apparel industry to reduce cycle times and costs. It found that long material delivery times caused production delays. By analyzing activities, it identified fabric delivery as the bottleneck. It then implemented an inventory model using ABC analysis and continuous review to reduce material wait times. This allowed sections to start earlier, reducing cycle time from 27 to 11 days. It concluded that inventory management improved on-time delivery and reduced costs by 6.66% by preventing excess orders.
The document discusses ERP implementation challenges for a steel company and how ERP can help address them. It describes the steel company's production planning process which involves rough cut planning in demand planning passed to detailed scheduling. It also lists some key benefits of a successful ERP implementation such as improved visibility and productivity. Overall, the document argues that while ERP projects remain challenging, identifying best practices can lead to success and help steel companies drive accurate decisions and future proof their integrated processes.
This document discusses supply chain planning and control. It explains how materials flow is planned within and between organizations in a supply chain. It also discusses how lean thinking can be used to improve performance by eliminating waste. The key issues covered are supply chain planning, just-in-time approaches, and lean thinking. It provides details on planning time frames, the modules involved in manufacturing planning and control, just-in-time management, the consequences for suppliers of just-in-time, and the five principles of lean thinking.
This document discusses supply chain planning and control. It explains how materials flow is planned within and between organizations in a supply chain. It also discusses how lean thinking can be used to improve performance by eliminating waste. The key issues covered are supply chain planning, just-in-time approaches, and lean thinking. It provides details on planning time frames, the modules involved in manufacturing planning and control, just-in-time management, the consequences for suppliers of just-in-time, and the five principles of lean thinking.
Om0013 advanced production and operations managementsmumbahelp
This document provides information about getting fully solved assignments. It gives a mail ID and phone number to contact for assignment help. It provides details like the semester, subject code, name, credits and marks for the Advanced Production and Operations Management subject. It also includes sample questions and answers related to the subject matter. The questions cover topics like types of operational strategies, computer-aided manufacturing, applications of just-in-time, new product development, V4L principles and demand management.
1. A dividend payout ratio is a measure of operations efficiency used by Wall Street.
2. An activity-system map diagrams how a company's strategy is delivered to customers through activities that make up a project.
3. Output divided by all inputs, including labor, capital and energy, is a total measure of productivity.
4. A self-service approach to service design has customers take a greater role in producing the service.
5. A group technology layout groups similar equipment or functions together.
This document discusses advanced manufacturing technology (AMT) and its impact on management accounting systems. It argues that traditional management accounting is inappropriate for companies using AMT. AMT refers to automated production technologies, computer-aided design/manufacturing, flexible manufacturing systems, robotics, total quality control, and production management systems like materials requirement planning and just-in-time systems. The objectives of AMT include helping companies compete globally through high quality, low cost production and flexibility. Concepts discussed in more detail include computer-aided design/manufacturing, flexible manufacturing systems, production management systems like materials requirement planning and just-in-time purchasing and production. The document examines the justification for promoting the use of A
Case study of LMD & HD trucks using Quality Function DeploymentIRJET Journal
This document discusses using Quality Function Deployment (QFD) to improve the design of commercial vehicles. It presents a case study applying QFD to better understand customer requirements and translate them into technical design specifications for trucks. A questionnaire was used to capture customer needs. The QFD process involved identifying how design features could meet those needs and prioritizing technical requirements. This allowed the design team to focus on the most important features for improving customer satisfaction.
SCOR uma realidade em Logística. O modelo de pratica de negócio mais atualizado produzido de forma colaborativa por grandes empresas do mercado internacioal e organizado pelo SCC Supply Chain Council.
ADVANCED PRODUCT QUALITY PLANNING AND CONTROL PLAN Reference ManualLuisa Polanco
The document provides guidelines for Advanced Product Quality Planning (APQP) and Control Plans developed jointly by Chrysler, Ford, and General Motors. It aims to standardize quality planning processes for suppliers. The manual outlines the key phases of quality planning including planning and defining the program, product and process design, validation, feedback and assessment. It provides checklists and guidelines to ensure customer requirements are met through simultaneous engineering and defect prevention.
The document discusses operations management and quality systems management at Ford Motor Company. It describes how Ford uses operations management to effectively utilize resources, ensure quality, and meet strategic objectives. Key aspects of Ford's operations management include choosing products/processes, managing production, and continuously improving operations. Ford employs lean manufacturing and outsourcing to streamline processes and lower costs. It also uses a quality management system focused on customers, processes, and employees to deliver high quality products and ensure customer and employee satisfaction. Ford introduced Six Sigma to reduce defects and further improve quality across all operations.
This document discusses production and operations management (POM). It defines POM as the management of direct resources, also called the 5 Ps - people, plant, parts, processes, and planning & control systems. POM lies at the heart of business activities and its ultimate objective is to produce a specified product on schedule at minimum cost. POM decisions are classified as strategic, operating, and control decisions. The document also discusses productivity measurement, factors affecting productivity, and the relationship between operations and marketing.
Similar to Ops 571 riordan process design week 6 final paper (20)
1. Process Design for Riordan Manufacturing <br />Joshua Kas-Osoka<br />OPS571<br />July 6, 2010<br />Introduction<br />Riordan Manufacturing’s owns three plants: Albany, GA where plastic bottles are produced; Pontiac, MI where it handles the company’s custom plastic fabrication, and Hangzhou, China that currently operates a decentralized unit of the organization producing electric fans. When creating a process design for Riordan’s fan production operation, it is important to create a holistic production system that addresses several different aspects of production, including total quality management, material requirements planning (MRP), process design, supply chain considerations such as just-in-time manufacturing and Six Sigma, accurate forecasting methods, and a means of implementing change. <br />Total Quality Management<br />One of Riordan’s principal focuses, as outlined in its mission statement, is on lean Six Sigma (University, 2002). Six Sigma emphasizes fast delivery and minimizing costs, while delivering the highest quality products to customers (George, 2004). The needs of the customer drive everything under Six Sigma and the determination of what exactly the customer wants and what is relevant to the customer leads to process improvement. Studying production data and process workflow improves process and delivery speed, which in turn improves customer relations and increases profitability (George, 2004). Riordan’s Six Sigma projects should always start by studying what their consumer’s want, and analyzing the consumer focus when comparing Riordan to their competitors. <br />All of this is based on production efficiency data, production numbers, and workflow processes. Riordan must manage their Chinese operations more effectively by using more resources to track and mine relevant data specific to their processes and order flow, which involves: (a) receipt of components by truck, (b) molding fan blades with colored pellets, (c) trimming excess plastic from blades, (d) assembling the blades, housings, and motors, (e) packaging and shrink-wrapping, and (f) conveying to loading dock and shipping to the customer. <br />An important tenet of Six Sigma is that queue times and production cycle delays have to be minimized, and this is done by improving both quality and speed (George, 2004). There must be a well-documented template, such as a checklist, for how exactly work is done, and how work moves between people and workstations. A possible process improvement would be to combine the processes of molding and trimming into one area, and to merge packaging and conveying into one work area. These improvements, combined with improved training, communication, and empowerment of the Chinese staff over their own job functions would create the efficiencies necessary to realize a reduction in operation expenses. <br />Just-in-time (JIT) manufacturing techniques may be used to manage inventory levels and control work-in-process (WIP) inventory. As with Six Sigma, JIT manufacturing focuses on eliminating waste and continuous production improvement, fabricating the exact right component at the right time and place, with a specific emphasis on eliminating anything that does not add process value but adds costs to production (Agrawal, 2010). By eliminating redundant, wasteful steps, one of the goals of JIT is realized: inventory moves towards zero through the elimination of waste. Additional means of streamlining processes are (a) to relocate the workstations so that they are closer together, thereby reducing product transit time, (b) using any idle time of down time for the maintenance and repair of equipment, and (c) developing closer supplier relationships. All of these strategies add value to Riordan’s Chinese operations and support their corporate goals of lean Six Sigma, realizing a reasonable profitability level, strengthening the Riordan brand and giving it a competitive advantage, and attaining a 10 per cent reduction in operating expenses (University, 2002). <br />ISO 9001 Quality Management<br />Since Riordan Manufacturing believes that they are the industry leader in plastics and that they apply the most innovative manufacturing disciplines, such as Six Sigma and International Organization for Standardization (ISO) 9000, they must ensure that all key players, executives, board members and specialists are certified and trained in order to maintain their standing in the current market. They must also ensure that the tangible products that they are manufacturing are of high quality control and innovative to attain high customer service standards. <br />ISO 9000 is a family of standards for quality management systems. ISO 9000 is maintained by ISO, the International Organization for Standardization, and is administered by accreditation and certification bodies. The rules are updated, as the requirements motivate changes over time. Some of the requirements in ISO 9001:2008 (which is one of the standards in the ISO 9000 family) include: (a) a set of procedures that cover all key processes in the business; (b) monitoring processes to ensure they are effective; (c) keeping adequate records; (d) checking output for defects, with appropriate and corrective action where necessary; (e) regularly reviewing individual processes and the quality system itself for effectiveness; and (f) facilitating continual improvement. <br />Master Schedule and Material Requirements Planning<br />In Riordan’s Chinese facility, MRP will run off of the master schedule for fan production. The master schedule is for the finished product, the fans, and should be administered by a master scheduler. The duties of the master scheduler at Riordan include coordinating exactly what is to be produced and prioritizing work flow based on constant load planning meetings with manufacturing, marketing and sales, purchasing, and plant management, balancing the needs of sales with the limits of capacity, changing workflow and order priorities accordingly. The MRP system will then run off the master schedule, and will add value by creating schedules for specific parts required to produce the fans (Chase, 2005). A well-reviewed production schedule based on input from all departments will balance conflicting objectives, efficiently use resources, and keep inventory levels low (Soares, 2009). The creation of a master scheduler position is critical to Riordan’s manufacturing success as this person is ultimately responsible for unifying the needs of different functional areas and making sure they are all on the same page through regular meetings and schedule adjustments. <br />Based on the master production schedule, Riordan will be able to create an efficient MRP system, which will run the requirements necessary to have all needed fan components on hand in time as dictated by the master scheduler’s production schedule. The MRP system has three main goals: (a) regulating inventories levels, (b) prioritizing different items and orders, and (c) planning load capacity for the production system (Chase, 2005). Riordan’s MRP process can be summarized as follows: orders for fans make up the master production schedule, and then a bill of materials (BOM) file is used to list each component of the fans, specifying quantities of motors, polymers, and other assembled parts necessary to make each order item on the master schedule in their respective quantities. Finally there is an inventory record that lists data such as number of components on hand and number of units on order (Chase, 2005). The master schedule, BOM file, and inventory record form the basis of the MRP system, and will create an order schedule for Riordan’s production. <br />Forecasting With Qualitative and Quantitative Methods<br />Riordan would benefit from a mixture of two different types of forecasting: grass roots qualitative forecasting and weighted average quantitative forecasting. Grass roots is a type of qualitative forecasting that emphasizes creating a forecast from the bottom up, meaning sales staff would submit their projected order demand for fans, then they would be totaled and reviewed by management, who would in turn create a forecast ordering components and safety stock based on the input from their sales staff (Chase, 2005). This forecast would then drive the inventory requirements for the warehouse and would then be input into the manufacturing system, used in conjunction with the master production schedule and MRP. <br />A forecast for Riordan’s fan production could also be based on the quantitative approach of time series analysis, which involves using data from previous product demand to forecast or predict future demand (Chase, 2005). One way to build a forecast is with a weighted moving average, which gives unequal weight to each month’s forecast data based on previous sales (Chase, 2005). For example, Riordan could create a weighted moving average forecast for the month of July that assumes over a three month period, its ideal forecast is based on 50 per cent of 10,000 units sold for June, 40 per cent of 8,000 units sold for May, and 30 percent of 12,000 units sold for April. The formula to calculate their weighted moving average and forecast July’s sales in terms of fan units for month four would be F4= 0.50(10,000)+ 0.40(8,000)+ 0.30(12,000), which would yield a sales forecast for July of 11,800 units. In this scenario, the most recent sales data carries greater weight in the calculation. <br />A New Process Design for the Production of the Riordan Electric Fans<br />Riordan’s current operation process is not sufficient for the organization to achieve a competitive advantage. Over the past years the organization has faced delivery delays, purchases from local Chinese manufacturers have not provided the required stock material based on production forecasts, and as a consequence only 93% of stock is delivered on time (University of Phoenix, 2010). <br />Receiving Supervisor100% raw material receivedLog is given to the inventory clerkFans Finished on timeDispatch to the customerManufacturing ProcessDelivery of Raw MaterialMove raw material to the factoryInventory clerk enters information on the systemBefore designing a new production process, Riordan has to eliminate all the bottlenecks in the production (inventory and manufacturers). Selecting alternative suppliers of motor fans will improve production schedules and help to balance the company’s global forecast and improve customer satisfaction. In addition the company should apply Just in Time strategies focusing on reducing raw material costs, eliminating waste and continuous production improvement. Figure 1 represents a flowchart the new process design for the production of the Riordan Electric Fans.<br />Figure 1.<br /> <br />Gantt Chart/Implementation<br />A Gantt chart also known as bar chart was named after Henry L. Grant (Operations Management for Competitive Advantage, 2006). A Gantt chart is an important tool that helps an organization keeps track of different projects at the same time. It will also help manage the time a project will last and in which order each task needs to be addressed, which helps to keep projects on time and on budget. In the case of the Riordan plant it was suggested that ten projects be assigned to be completed in one year starting January tenth. These projects are: (a) the elimination of bottlenecks, (b) a new match system (test time), (c) definition of roles and responsibilities, (d) team training, (e) review of new match system, (f) the review of a new match system (real time), (g) implementation of the new match system, (h) implementation of JIT strategy, (i) quality control of fan production, and (j) production and forecasting (Figure 1). <br />Among these ten projects the implementation of the Match System can be classified as priority one. The Match system will streamline the receiving process. By streamlining the receiving of raw materials Riordan will achieve a reduction of 10% of the operating expenses because Riordan will use less storage and less people handling the raw material before they get to the factory. The implementation of the Match System will take one year and it is divided into two stages. Stage one is the test time that includes creation of the program to Riordan specifications and testing for glitches. Stage two will be the training of employees on the program and the use of Match system in real time. Finally, a creating of a master scheduler position is required. The investment on a master scheduler will increase the communication between sales department, finance, management, and manufacturing needs. This cross-functional position will act as a control tower to make all the process more efficient by reducing bottlenecks. With this plan ready to be delivered it is imperative to understand that these projects will fail if all the workers involved and the management team is not committed to success. <br />Resources<br />Agrawal, N. Review on just in time techniques in manufacturing systems. (April 2010). Advances in Production Engineering and Management, 5(2). Retrieved June 22, 2010 from EBSCOhost database.<br />Chase, R., Jacobs, F., & Aquilano, N. Operations management for competitive advantage (11th ed.). New York: McGraw Hill/Irwin. Retrieved June 22, 2010 from University of Phoenix, OPS571.<br />George, M., Rowlands, D. & Kastle, B. (2004). What is lean six sigma? (1st ed). New York: McGraw-Hill. <br />Murdoch, J.. (2009, June). The exception to a general rule. The Estates Gazette,117. Retrieved September 21, 2009, from ABI/INFORM Trade & Industry. (Document ID: 1756532861).<br />Soares, M & Vieira, G. A new multi-objective optimization method for master production scheduling based on genetic algorithm. (June 2009). International Journal of Advanced Manufacturing Technology, 41(5/6). Retrieved July 6, 2010 from EBSCOhost database.<br />University of Phoenix. (2002). Riordan manufacturing portal simulation [Computer Software]. Retrieved June 22,2010 from University of Phoenix, Simulation, OPS571.<br />Appendix<br />ActivityStart TimeDuration (Days)End Time1.- Elimination of BottlenecksJan-10365Dec-112.- New Match System (Test Time)Jan-10182.5Jun-11 2.1.- Definition of roles and responsibilitiesJan-1030Feb-11 2.2.- Team TrainingJan-1030Feb-11 2.3.- Review of New Match SystemFeb-10150Jun-113.- New Match System (Real Time)Jul-10180Dec-11 3.1.- Implementation of the New Match SystemJul-1030Aug-11 3.2.- Implementation of JIT StrategyJul-10182.5Jul-11 3.3.- Quality Control of fans productionJul-1030Aug-11 3.4.- Production & Forecast Dec-1030Dec-11<br />