Operations deutsch

operations deutsch

Viele übersetzte Beispielsätze mit "operations management" – Deutsch-Englisch Wörterbuch und Suchmaschine für Millionen von Deutsch-Übersetzungen. Übersetzung im Kontext von „' operations“ in Englisch-Deutsch von Reverso Context: operations, business operations, processing operations, military. Lernen Sie die Übersetzung für 'operations' in LEOs Englisch ⇔ Deutsch Wörterbuch. Mit Flexionstabellen der verschiedenen Fälle und Zeiten ✓ Aussprache.

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Die Vokabel wurde gespeichert, jetzt sortieren? Beliebte Suchbegriffe to provide issue approach consider Vorschlag Angebot Termin. Muss vor das development ein th…. Sie können aber jederzeit auch unangemeldet das Forum durchsuchen. Einsatzflugbetrieb - mission flight operations. SWFs ' operations are largely opaque, and investment decisions often take on a political or nationalist colour. Larnaca airport, arguably the main centre of Cyprus Airways ' operations , is also not situated in one of those assisted areas. Frischen Sie Ihre Vokabelkenntnisse mit unserem kostenlosen Trainer auf.

Life Run 2, Post ASH Hamm Jahresabo "Drogenkurier" Jugend gegen AIDS e. Siegener Lymphom Patiententag 1, Deutsche Mukoviszidose Tagung Satelliten Symposium Mukoviszidose Tagung 4, Wochenendseminar Mukoviszidose in Dierhagen 1, Run for Live 4, Abo Magazine "Projekt Information" Recently, the development of faster and smaller computers, intelligent systems , and the World Wide Web has opened new opportunities for operations, manufacturing, production, and service systems.

Before the First industrial revolution work was mainly done through two systems: In the domestic system merchants took materials to homes where artisans performed the necessary work, craft guilds on the other hand were associations of artisans which passed work from one shop to another, for example: The beginning of the industrial revolution is usually associated with 18th century English textile industry , with the invention of flying shuttle by John Kay in , the spinning jenny by James Hargreaves in , the water frame by Richard Arkwright in and the steam engine by James Watt in In at the Crystal Palace Exhibition the term American system of manufacturing was used to describe the new approach that was evolving in the United States of America which was based on two central features: The model T car was introduced in , however it was not until Ford implemented the assembly line concept, that his vision of making a popular car affordable by every middle-class American citizen would be realized.

The first factory in which Henry Ford used the concept of the assembly line was Highland Park , he characterized the system as follows:. That is the real principle of our production, and conveyors are only one of many means to an end" [10].

This became one the central ideas that led to mass production , one of the main elements of the Second Industrial Revolution , along with emergence of the electrical industry and petroleum industry.

The post-industrial economy was noted in by Daniel Bell. Since all sectors are highly interconnected, this did not reflect less importance for manufacturing, agriculture, and mining but just a shift in the type of economic activity.

Although productivity benefited considerably from technological inventions and division of labor, the problem of systematic measurement of performances and the calculation of these by the use of formulas remained somewhat unexplored until Frederick Taylor, whose early work focused on developing what he called a "differential piece-rate system" [12] and a series of experiments, measurements and formulas dealing with cutting metals [13] and manual labor.

One of the problems Taylor believed could be solved with this system, was the problem of soldiering: In Taylor published his "The Principles of Scientific Management", [15] in which he characterized scientific management also known as Taylorism as:.

Taylor is also credited for developing stopwatch time study, this combined with Frank and Lillian Gilbreth motion study gave way to time and motion study which is centered on the concepts of standard method and standard time.

Frank Gilbreth is also responsible for introducing the flow process chart in Also in Hugo Diemer published the first industrial engineering book: Factory Organization and Administration.

In Ford Whitman Harris published his "How many parts to make at once" in which he presented the idea of the economic order quantity model.

He described the problem as follows:. Experience has shown one manager a way to determine the economical size of lots" [17].

This paper inspired a large body of mathematical literature focusing on the problem of production planning and inventory control.

In Walter Shewhart introduced the control chart through a technical memorandum while working at Bell Labs , central to his method was the distinction between common cause and special cause of variation.

In the s methods-time measurement MTM was developed by H. MTM was the first of a series of predetermined motion time systems , predetermined in the sense that estimates of time are not determined in loco but are derived from an industry standard.

This was explained by its originators in a book they published in called "Method-Time Measurement". Up to this point in history, optimization techniques were known for a very long time, from the simple methods employed by F.

Harris to the more elaborate techniques of the calculus of variations developed by Euler in or the multipliers employed by Lagrange in , and computers were slowly being developed, first as analog computers by Sir William Thomson and James Thomson moving to the eletromechanical computers of Konrad Zuse and During World War II however, the development of mathematical optimization went through a major boost with the development of the Colossus computer , the first electronic digital computer that was all programmable, and the possibility to computationally solve large linear programming problems, first by Kantorovich [21] in working for the Soviet government and latter on in with the simplex method of Dantzig.

These methods are known today as belonging to the field of operations research. From this point on a curious development took place: Toyota evolved a unique manufacturing system centered on two complementary notions: Meanwhile, in the sixties, a different approach was developed by George W.

Plossl and Oliver W. One of the key insights of this management system was the distinction between dependent demand and independent demand.

Independent demand is demand which originates outside of the production system, therefore not directly controllable, and dependent demand is demand for components of final products, therefore subject to being directly controllable by management through the bill of materials , via product design.

Orlicky wrote "Materials Requirement Planning" in , [27] the first hard cover book on the subject. Enterprise resource planning ERP is the modern software architecture, which addresses, besides production operations, distribution , accounting , human resources and procurement.

Dramatic changes were occurring in the service industries, as well. While modeled after manufacturing in the production of the food in the back-room, the service in the front-room was defined and oriented to the customer.

FedEx in provided the first overnight delivery of packages in the U. This was based on the innovative idea of flying all packages into the single airport in Memphis Tenn by midnight each day, resorting the packages for delivery to destinations and then flying them back out the next morning for delivery to numerous locations.

This concept of a fast package delivery system created a whole new industry, and eventually allowed fast delivery of online orders by Amazon and other retailers.

Walmart provided the first example of very low cost retailing through design of their stores and efficient management of their entire supply chain.

This was accomplished by adhering to their system of delivering the goods and the service to the customers at the lowest possible cost. The operations system included careful selection of merchandise, low cost sourcing, ownership of transportation, cross-docking, efficient location of stores and friendly home-town service to the customer.

In the International Organization for Standardization ISO , recognizing the growing importance of quality, issued the ISO , a family of standards related to quality management systems.

There standards apply to both manufacturing and service organizations. There has been some controversy regarding the proper procedures to follow and the amount of paperwork involved, but much of that has improved in current ISO revisions.

With the coming of the Internet, in Amazon devised a service system of on-line retailing and distribution. With this innovative system customers were able to search for products they might like to buy, enter the order for the product, pay online, and track delivery of the product to their location, all in two days.

This required not only very large computer operations, but dispersed warehouses, and an efficient transportation system.

Service to customers including a high merchandise assortment, return services of purchases, and fast delivery is at the forefront of this business.

A production system comprises both the technological elements machines and tools and organizational behavior division of labor and information flow.

A first possible distinction in production systems technological classification is between continuous process production and discrete part production manufacturing.

Another possible classification [37] is one based on Lead Time manufacturing lead time vs delivery lead time: According to this classification different kinds of systems will have different customer order decoupling points CODP , meaning that work in progress WIP cycle stock levels are practically nonexistent regarding operations located after the CODP except for WIP due to queues.

The concept of production systems can be expanded to the service sector world keeping in mind that services have some fundamental differences in respect to material goods: Services can be classified according to a service process matrix: With a high degree of labor intensity there are Mass Services e.

The systems described above are ideal types: Most products require, from a supply chain perspective , both process production and part production.

Operations strategy concerns policies and plans of use of the firm productive resources with the aim of supporting long term competitive strategy.

Metrics in operations management can be broadly classified into efficiency metrics and effectiveness metrics.

A more recent approach, introduced by Terry Hill, [40] involves distinguishing competitive variables in order winner and order qualifiers when defining operations strategy.

Order winners are variables which permit differentiating the company from competitors, while order qualifiers are prerequisites for engaging in a transaction.

This view can be seen as a unifying approach between operations management and marketing see segmentation and positioning.

Productivity is a standard efficiency metric for evaluation of production systems, broadly speaking a ratio between outputs and inputs, and can assume many specific forms, [41] for example: Cycle times can be modeled through manufacturing engineering if the individual operations are heavily automated, if the manual component is the prevalent one, methods used include: ABC analysis is a method for analyzing inventory based on Pareto distribution , it posits that since revenue from items on inventory will be power law distributed then it makes sense to manage items differently based on their position on a revenue-inventory level matrix, 3 classes are constructed A, B and C from cumulative item revenues, so in a matrix each item will have a letter A, B or C assigned for revenue and inventory.

This method posits that items away from the diagonal should be managed differently: Throughput is a variable which quantifies the number of parts produced in the unit of time.

Although estimating throughput for a single process maybe fairly simple, doing so for an entire production system involves an additional difficulty due to the presence of queues which can come from: One important example of how system throughput is tied to system design are bottlenecks: This leads to the problem of how to define capacity measures, that is an estimation of the maximum output of a given production system, and capacity utilization.

Overall equipment effectiveness OEE is defined as the product between system availability, cycle time efficiency and quality rate.

OEE is typically used as key performance indicator KPI in conjunction with the lean manufacturing approach. Designing the configuration of production systems involves both technological and organizational variables.

Choices in production technology involve: Choices in the organizational area involve: Regarding production planning , there is a basic distinction between the push approach and the pull approach, with the later including the singular approach of just in time.

Pull means that the production system authorizes production based on inventory level; push means that production occurs based on demand forecasted or present, that is purchase orders.

An individual production system can be both push and pull; for example activities before the CODP may work under a pull system, while activities after the CODP may work under a push system.

Regarding the traditional pull approach to inventory control , a number of techniques have been developed based on the work of Ford W. Harris [17] , which came to be known as the economic order quantity EOQ model.

This model marks the beginning of inventory theory , which includes the Wagner-Within procedure , the newsvendor model , base stock model and the Fixed Time Period model.

These models usually involve the calculation of cycle stocks and buffer stocks , the latter usually modeled as a function of demand variability. The economic production quantity [42] EPQ differs from the EOQ model only in that it assumes a constant fill rate for the part being produced, instead of the instantaneous refilling of the EOQ model.

Joseph Orlickly and others at IBM developed a push approach to inventory control and production planning, now known as material requirements planning MRP , which takes as input both the master production schedule MPS and the bill of materials BOM and gives as output a schedule for the materials components needed in the production process.

MRP therefore is a planning tool to manage purchase orders and production orders also called jobs. The MPS can be seen as a kind of aggregate planning for production coming in two fundamentally opposing varieties: Many models have been proposed to solve MPS problems:.

MRP can be briefly described as a 3s procedure: To avoid an "explosion" of data processing in MRP number of BOMs required in input planning bills such as family bills or super bills can be useful since they allow a rationalization of input data into common codes.

MRP had some notorious problems such as infinite capacity and fixed lead times , which influenced successive modifications of the original software architecture in the form of MRP II , enterprise resource planning ERP and advanced planning and scheduling APS.

In this context problems of scheduling sequencing of production , loading tools to use , part type selection parts to work on and applications of operations research have a significant role to play.

Lean manufacturing is an approach to production which arose in Toyota between the end of World War II and the seventies.

It comes mainly from the ideas of Taiichi Ohno and Toyoda Sakichi which are centered on the complementary notions of just in time and autonomation jidoka , all aimed at reducing waste usually applied in PDCA style.

Some additional elements are also fundamental: A series of tools have been developed mainly with the objective of replicating Toyota success: In the classic kanban procedure with one card:.

In Toyota the TPS represented more of a philosophy of production than a set of specific lean tools, the latter would include:. Seen more broadly, JIT can include methods such as: In heavily automated production systems production planning and information gathering may be executed via the control system , attention should be paid however to avoid problems such as deadlocks , as these can lead to productivity losses.

Project Production Management PPM applies the concepts of operations management to the execution of delivery of capital projects by viewing the sequence of activities in a project as a production system.

Service industries are a major part of economic activity and employment in all industrialized countries comprising 80 percent of employment and GDP in the U.

Operations management of these services, as distinct from manufacturing, has been developing since the s through publication of unique practices and academic research.

According to Fitzsimmons, Fitzsimmons and Bordoloi differences between manufactured goods and services are as follows: These four comparisons indicate how management of service operations are quite different from manufacturing regarding such issues as capacity requirements highly variable , quality assurance hard to quantify , location of facilities dispersed , and interaction with the customer during delivery of the service product and process design.

While there are differences there are also many similarities. For example, quality management approaches used in manufacturing such as the Baldrige Award, and Six Sigma have been widely applied to services.

Likewise, lean service principles and practices have also been applied in service operations. The important difference being the customer is in the system while the service is being provided and needs to be considered when applying these practices.

Up to this point in history, optimization techniques were known best casino games to win on a very long time, from the simple methods employed by F. With the coming of the Internet, in Amazon devised a service system of on-line retailing and distribution. Project Production Management PPM applies the concepts of operations management to the execution of delivery of capital projects by viewing the sequence of activities in a project as a production system. From Wikipedia, the free encyclopedia. When an error occurs in service delivery, the recovery must be medien und kommunikationswissenschaft berlin on the spot by the service provider. Sales and operations planning has evolved into a major business process adopted to neues paypal casino the balance and trade-off between the conflicting preferences of the supply and demand side of the supply chain and offers many value operations deutsch opportunities. Operation management covers sectors like banking systems, hospitals, companies, working with suppliers, customers, and using technology. Many models have roman legion proposed to solve MPS problems:. Archived fifa 17 dortmund kader the pokerregeln PDF on FedEx in provided the first overnight delivery of packages in the U. Nfl playoff system demand is demand which originates outside of the production system, therefore not directly controllable, and dependent demand is demand for components of final products, therefore subject to being directly controllable by management through the bill of materialsvia product design. Deutsche Mukoviszidose Tagung This was accomplished by adhering to their system of delivering the goods and the service to the customers at the lowest possible cost.

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Operations deutsch - seems

Suche ' operations in: Einsatzflugbetrieb - mission flight operations. Im Web und als APP. Orthographisch ähnliche Wörter operation Operation. These offerings improve broadcasters ' operations through simplified and automated process flow and management of digital assets over their lifecycle. Larnaca airport, arguably the main centre of Cyprus Airways ' operations , is also not situated in one of those assisted areas. Orthographisch ähnliche Wörter operation Operation. Geschäftsbereiche von SolidWorks - angefangen beim Marketing und Vertrieb bis hin zur Auftragsbearbeitung und zum Kundendienst. Beliebte Suchbegriffe to provide issue approach consider Vorschlag Angebot Termin. The Cape's been busting up scales ' operations all over town. Beispiele, die Überstellungen" enthalten, ansehen 2 Beispiele mit Übereinstimmungen. Mit diesen Lösungen lässt sich der Betrieb eines Senders durch einen vereinfachten und automatisierten Prozessablauf und das Management digitaler Ressourcen während des gesamten Lebenszyklus verbessern. These offerings improve broadcasters ' operations through simplified and automated process flow and management of digital assets over their lifecycle. Der Eintrag wurde im Forum gespeichert. Anmeldung und Nutzung des Forums sind kostenlos. Andernfalls könnten sich die Scanner gegenseitig beim Betrieb stören. Honeywell does not perform any hands on ' operations such as provisioning or zoning within the infrastructure.

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Druckkosten Jahresprogramm 2, In at the Crystal Palace Exhibition the term American system of manufacturing was used to describe the new approach that was evolving in the United States of America which was based on two central features: The model T car was introduced in , however it was not until Ford implemented the assembly line concept, that his vision of making a popular car affordable by every middle-class American citizen would be realized.

The first factory in which Henry Ford used the concept of the assembly line was Highland Park , he characterized the system as follows:. That is the real principle of our production, and conveyors are only one of many means to an end" [10].

This became one the central ideas that led to mass production , one of the main elements of the Second Industrial Revolution , along with emergence of the electrical industry and petroleum industry.

The post-industrial economy was noted in by Daniel Bell. Since all sectors are highly interconnected, this did not reflect less importance for manufacturing, agriculture, and mining but just a shift in the type of economic activity.

Although productivity benefited considerably from technological inventions and division of labor, the problem of systematic measurement of performances and the calculation of these by the use of formulas remained somewhat unexplored until Frederick Taylor, whose early work focused on developing what he called a "differential piece-rate system" [12] and a series of experiments, measurements and formulas dealing with cutting metals [13] and manual labor.

One of the problems Taylor believed could be solved with this system, was the problem of soldiering: In Taylor published his "The Principles of Scientific Management", [15] in which he characterized scientific management also known as Taylorism as:.

Taylor is also credited for developing stopwatch time study, this combined with Frank and Lillian Gilbreth motion study gave way to time and motion study which is centered on the concepts of standard method and standard time.

Frank Gilbreth is also responsible for introducing the flow process chart in Also in Hugo Diemer published the first industrial engineering book: Factory Organization and Administration.

In Ford Whitman Harris published his "How many parts to make at once" in which he presented the idea of the economic order quantity model.

He described the problem as follows:. Experience has shown one manager a way to determine the economical size of lots" [17]. This paper inspired a large body of mathematical literature focusing on the problem of production planning and inventory control.

In Walter Shewhart introduced the control chart through a technical memorandum while working at Bell Labs , central to his method was the distinction between common cause and special cause of variation.

In the s methods-time measurement MTM was developed by H. MTM was the first of a series of predetermined motion time systems , predetermined in the sense that estimates of time are not determined in loco but are derived from an industry standard.

This was explained by its originators in a book they published in called "Method-Time Measurement". Up to this point in history, optimization techniques were known for a very long time, from the simple methods employed by F.

Harris to the more elaborate techniques of the calculus of variations developed by Euler in or the multipliers employed by Lagrange in , and computers were slowly being developed, first as analog computers by Sir William Thomson and James Thomson moving to the eletromechanical computers of Konrad Zuse and During World War II however, the development of mathematical optimization went through a major boost with the development of the Colossus computer , the first electronic digital computer that was all programmable, and the possibility to computationally solve large linear programming problems, first by Kantorovich [21] in working for the Soviet government and latter on in with the simplex method of Dantzig.

These methods are known today as belonging to the field of operations research. From this point on a curious development took place: Toyota evolved a unique manufacturing system centered on two complementary notions: Meanwhile, in the sixties, a different approach was developed by George W.

Plossl and Oliver W. One of the key insights of this management system was the distinction between dependent demand and independent demand.

Independent demand is demand which originates outside of the production system, therefore not directly controllable, and dependent demand is demand for components of final products, therefore subject to being directly controllable by management through the bill of materials , via product design.

Orlicky wrote "Materials Requirement Planning" in , [27] the first hard cover book on the subject. Enterprise resource planning ERP is the modern software architecture, which addresses, besides production operations, distribution , accounting , human resources and procurement.

Dramatic changes were occurring in the service industries, as well. While modeled after manufacturing in the production of the food in the back-room, the service in the front-room was defined and oriented to the customer.

FedEx in provided the first overnight delivery of packages in the U. This was based on the innovative idea of flying all packages into the single airport in Memphis Tenn by midnight each day, resorting the packages for delivery to destinations and then flying them back out the next morning for delivery to numerous locations.

This concept of a fast package delivery system created a whole new industry, and eventually allowed fast delivery of online orders by Amazon and other retailers.

Walmart provided the first example of very low cost retailing through design of their stores and efficient management of their entire supply chain.

This was accomplished by adhering to their system of delivering the goods and the service to the customers at the lowest possible cost.

The operations system included careful selection of merchandise, low cost sourcing, ownership of transportation, cross-docking, efficient location of stores and friendly home-town service to the customer.

In the International Organization for Standardization ISO , recognizing the growing importance of quality, issued the ISO , a family of standards related to quality management systems.

There standards apply to both manufacturing and service organizations. There has been some controversy regarding the proper procedures to follow and the amount of paperwork involved, but much of that has improved in current ISO revisions.

With the coming of the Internet, in Amazon devised a service system of on-line retailing and distribution. With this innovative system customers were able to search for products they might like to buy, enter the order for the product, pay online, and track delivery of the product to their location, all in two days.

This required not only very large computer operations, but dispersed warehouses, and an efficient transportation system.

Service to customers including a high merchandise assortment, return services of purchases, and fast delivery is at the forefront of this business.

A production system comprises both the technological elements machines and tools and organizational behavior division of labor and information flow.

A first possible distinction in production systems technological classification is between continuous process production and discrete part production manufacturing.

Another possible classification [37] is one based on Lead Time manufacturing lead time vs delivery lead time: According to this classification different kinds of systems will have different customer order decoupling points CODP , meaning that work in progress WIP cycle stock levels are practically nonexistent regarding operations located after the CODP except for WIP due to queues.

The concept of production systems can be expanded to the service sector world keeping in mind that services have some fundamental differences in respect to material goods: Services can be classified according to a service process matrix: With a high degree of labor intensity there are Mass Services e.

The systems described above are ideal types: Most products require, from a supply chain perspective , both process production and part production.

Operations strategy concerns policies and plans of use of the firm productive resources with the aim of supporting long term competitive strategy.

Metrics in operations management can be broadly classified into efficiency metrics and effectiveness metrics. A more recent approach, introduced by Terry Hill, [40] involves distinguishing competitive variables in order winner and order qualifiers when defining operations strategy.

Order winners are variables which permit differentiating the company from competitors, while order qualifiers are prerequisites for engaging in a transaction.

This view can be seen as a unifying approach between operations management and marketing see segmentation and positioning.

Productivity is a standard efficiency metric for evaluation of production systems, broadly speaking a ratio between outputs and inputs, and can assume many specific forms, [41] for example: Cycle times can be modeled through manufacturing engineering if the individual operations are heavily automated, if the manual component is the prevalent one, methods used include: ABC analysis is a method for analyzing inventory based on Pareto distribution , it posits that since revenue from items on inventory will be power law distributed then it makes sense to manage items differently based on their position on a revenue-inventory level matrix, 3 classes are constructed A, B and C from cumulative item revenues, so in a matrix each item will have a letter A, B or C assigned for revenue and inventory.

This method posits that items away from the diagonal should be managed differently: Throughput is a variable which quantifies the number of parts produced in the unit of time.

Although estimating throughput for a single process maybe fairly simple, doing so for an entire production system involves an additional difficulty due to the presence of queues which can come from: One important example of how system throughput is tied to system design are bottlenecks: This leads to the problem of how to define capacity measures, that is an estimation of the maximum output of a given production system, and capacity utilization.

Overall equipment effectiveness OEE is defined as the product between system availability, cycle time efficiency and quality rate.

OEE is typically used as key performance indicator KPI in conjunction with the lean manufacturing approach. Designing the configuration of production systems involves both technological and organizational variables.

Choices in production technology involve: The focus is on commonly on product families and not every single product.

A series of papers authored by Dr. From Wikipedia, the free encyclopedia. This article contains instructions, advice, or how-to content. The purpose of Wikipedia is to present facts, not to train.

Please help improve this article either by rewriting the how-to content or by moving it to Wikiversity , Wikibooks or Wikivoyage.

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Operations Deutsch Video

Operation: In die Hölle - Battlefield 1 [Gameplay German Deutsch] [Let's Play] Flugbetriebs der Luftfahrtunternehmen mit den ihnen zugewiesenen Zeitnischen. Frischen Sie Ihre Vokabelkenntnisse mit unserem kostenlosen Trainer auf. Klicken Sie einfach auf royale24 casino Wort, um die Ergebnisse erneut angezeigt zu bekommen. Andernfalls könnten sich die Scanner gegenseitig beim Betrieb stören. Other conditions imposed on Tieliikelaitos ' operations. Ich bin mir nicht ganz sicher, ob der Deutsche Ausdruck nun zusammen oder getrennt geschrieb…. Suche ' operations uefa em quali Schulden aus evan king Tätigkeit von Tochtergesellschaften können hot pursuit berücksichtigt werden. Geschäftstätigkeiten der drei zyprischen Banken in Griechenland durch die Bank. Übersetzung Wörterbuch Rechtschreibprüfung Konjugation Synonyme.

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