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This document provides an overview of the Maximo Asset Management user interface and navigation. It describes how to sign in, access the start center with configurable portlets, navigate between applications using the menu and favorites, search and view records with details and attachments, run reports, and includes some tips. The start center home page consists of portlets that can display links, data, or reports. Users can launch applications from the menu or favorites to view lists and search or create new records. Record details can be viewed and related documents accessed. Reports are launched from an action menu.

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ananya0122

This document discusses production systems and cellular manufacturing. It defines production systems as transforming inputs into finished products using people, materials, and machines. Production systems are classified as job shop, batch, or mass production depending on product customization and volume. Cellular manufacturing organizes equipment into machine cells that specialize in specific part families. This improves production flow and flexibility while reducing space and inventory requirements. The document also covers group technology, how to identify part families, and provides a case study comparing traditional and cellular layouts that demonstrates reduced flow times using the latter approach.

Cellular Manufacturing

maq786

This document discusses different types of production systems and cellular manufacturing. It defines production systems as transforming raw materials into finished goods using people, equipment, and machines. Production systems are classified as job shop, batch, or mass production depending on order specifics and demand. Cellular manufacturing organizes equipment into machine cells that specialize in similar product families to facilitate continuous flow. This layout provides flexibility for low demand, medium variety products. Group technology identifies similar parts that can be processed together to take advantage of common production steps. Cellular layouts improve workflow over traditional straight line layouts and reduce costs through better resource utilization and inventory management.

Cellular manufacturing

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This document provides information on cellular manufacturing and designing cells. It discusses the three flows in manufacturing: information, material, and work flow. It defines cellular manufacturing and lists its benefits. The document outlines the problem with conventional layouts and provides guidelines for identifying product families and determining takt time. It presents the steps to plan cellular manufacturing, including process analysis and razing. Finally, it provides guidelines for cellular layout and questions to consider when designing cells to ensure optimized one-piece flow and continuous improvement.

Maximo 7.5 focuses on three major areas: additional configuration options, deepened vertical functionality, and improved end-user interaction. Key updates include expanded supply chain management capabilities, enhanced work and asset management features like linear asset visualization, and reporting improvements. The release aims to lower implementation and ownership costs while satisfying customer requirements.

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This document provides an overview and checklist of the implementation steps required to successfully set up Oracle Depot Repair. It outlines 21 required steps to configure system administrators, flexfields, calendars, currencies, organizations, locations, inventory, order management, service requests, charges, and other applications that interface with Oracle Depot Repair. The implementation steps must be completed in the specified order and include tasks such as defining responsibilities, flexfield structures, accounting periods, item attributes, bills of material, and work in process setup.

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This document provides an overview of IBM Maximo Asset Management's Work Management module. It describes how work orders, preventive maintenance, job plans, and other applications are used to manage maintenance work. Key processes include generating work orders from preventive maintenance records and service requests, planning work using job plans, and tracking work orders through their lifecycle of approval, completion, and closure. The document also provides instructions for exercises in creating, planning, and managing work orders and preventive maintenance records.

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This document provides an overview of asset management concepts in IBM Maximo Asset Management. It defines key terms like assets, locations, meters, and failure codes. It describes the different applications in Maximo for managing assets, locations, and performance monitoring. Finally, it outlines exercises for creating and modifying asset and location records, associating meters, and entering meter readings.

Group technology by lathu

midetstudents

Group technology (GT) is a manufacturing philosophy that involves grouping similar parts and products to improve productivity. It aims to form production cells with machines and processes for dissimilar product families. GT implementation involves three phases: actions on manufacturing processes like part simplification, changes to production like tighter part controls, and organizational results like higher quality levels and reduced setup times. GT coding systems classify parts which facilitates communication, cost estimation, and quality improvements through design standardization. While GT provides benefits, organizations may face obstacles like management resistance to change and high startup costs that require training and support to overcome.

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The document discusses the Kovair Adapter for Teamcenter, which enables bidirectional integration between PLM and ALM systems like Teamcenter and other tools. It allows traceability across products' lifecycles, dynamic collaboration, and management of bills of materials (BOMs) across systems. Key benefits include unified visibility and traceability of requirements, parts, documents, changes, and BOM reports. The adapter also supports OSLC integration and provides an example use case of integrating Teamcenter with requirements and modeling tools via Kovair's integration platform.

yatna_ReportingPpt

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This document summarizes a report configuration utility created for a treasury and trade solutions team. The utility allows non-developers to configure and modify reporting templates and reports through a user interface, reducing the workload on the development team. Previously, report configuration involved manually writing queries, executing data patches, and testing - which was time-consuming and error-prone. The new utility uses technologies like Java, JSP, HTML, CSS, JavaScript, JQuery, and MVC framework. It allows adding, viewing, modifying and deleting reporting templates and configured reports directly through an application.

A Brief Overview of HCM Data Loader Next Generation Tool For HCM Data Convers...

The document introduces the HCM Data Loader, which is Oracle Fusion's next generation data loading tool for HR objects. It has two major enhancements over the previous File Based Loader: 1) allowing incremental updates of records rather than reloading all records, and 2) providing more comprehensive bulk loading capabilities. The document discusses these two enhancements in more detail and provides overviews of other HCM Data Loader features and functions such as the loading process, supported business objects, file format, and error reporting.

Group Technology

Group technology (GT) is a manufacturing philosophy that groups similar parts together based on their design attributes and manufacturing processes. This allows parts to be processed in dedicated machine cells. Key benefits include reduced setup times, work-in-process inventory, and material handling due to processing parts within cells rather than across the entire factory. Implementing GT involves substantial tasks like identifying part families and rearranging production machines into cells.

Cellular Manufacturing

Cellular manufacturing is a lean approach that arranges equipment and workstations to smoothly process materials with minimal waste or delays (paragraph 1). A manufacturing cell consists of the machines needed to perform each step of a product's process arranged in sequence (paragraph 2). Cellular manufacturing helps companies achieve one-piece flow and produce high product variety through flexible cells organized by product families (paragraph 3). While not always possible, the goal is continuous material flow with minimal waiting between steps (paragraph 5).

Maximo 7.6 Features

Pravir Kumar Dwivedi

IBM Maximo Asset Management 7.6 includes new features such as improved user interface performance and navigation, enhanced reporting capabilities, additional applications and modules, and technical enhancements for integration, automation scripts, logging and debugging, and workflow. New applications include license tracking, map manager, and crew. The user interface was improved with faster rendering, a cleaner layout, and hover dialogs. Reporting and KPI capabilities were expanded with additional report formats and calculations.

Stock analyzer.ppt review

Sree Chinni

The document describes a proposed stock analyzer software application that aims to reduce manual effort needed to manage stock transactions and historical data in warehouses. The existing system is manual with ledgers, books, and paperwork, which makes maintaining data difficult. The proposed software would centralize data storage, provide an easy to use graphical interface, and automate report generation. It would have modules for employee information, tracking inventory receipts and deliveries, returns, administration of users, and reporting functionality. The software would use MySQL, Apache Tomcat, JSP/Servlets, and require a minimum of 256MB RAM, 40GB storage, and an Ethernet card.

Group Technology, coding and cell design

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Maximo and a roadmap for your IoT journey

Helen Fisher

For IBM customers, the Internet of Things (IoT) enables businesses to improve operations, rapidly connect devices and to lower costs. This is why IBM Maximo Asset Management now sits neatly in the Watson IoT portfolio. There are many business cases out there today for linking IoT and Maximo, IBM are not, however, diverting from their core value statements. Maximo is still about understanding asset availability, preventing failures, maximising resources, increasing reliability, understanding inventory needs and costs, and plant safety. Check out the key investment areas for 2016 and beyond.

Description and Definition of HCM Data Loader

Prasad Gudipaty M.S., PMP

This document defines and describes the HCM Data Loader tool, which is Oracle's next generation tool for loading legacy HCM data into Fusion Applications. It recommends that new customers use HCM Data Loader by default, while existing customers using the older File-Based Loader should plan a migration. The key steps for migrating include converting File-Based Loader GUIDs to HCM Data Loader source keys, testing the new integration processes, and switching the loading scope to use HCM Data Loader fully instead of File-Based Loader.

Review on GROUP TECHNOLOGY & it’s implementation

Manoj Gowda K

Distribution management

Dipanway Bhabuk

The document discusses reverse logistics requirements for Exide Industries, an automotive battery manufacturer. It defines reverse logistics and outlines common reverse logistics activities like handling returns, recycling, and hazardous waste disposal. It then discusses specific reverse logistics strategies Exide can implement, such as reducing returns through quality control and customer service, screening returns more efficiently, improving information systems to track returns, outsourcing non-core reverse logistics functions, and negotiating agreements with retailers. The overall goal is to manage the reverse supply chain in a cost-effective manner.

Iterature Review Cellular Manufacturing And Group Technology

sandeepbags2004

The document provides a literature review on group technology and cellular manufacturing. It discusses how cellular manufacturing aims to minimize waste by arranging machinery and workers into cells to facilitate smooth product flow without waiting. The review examines case studies that found cellular manufacturing improved manufacturing time, inventory levels, quality and delivery performance. It also discusses challenges in implementing cellular manufacturing and the importance of scheduling to realize its full benefits. Future research opportunities are identified in integrating lean techniques with constraint-based scheduling models.

CELLULAR MANUFACTURING

Chandresh Suthar

Group technology (GT) is a manufacturing philosophy that involves grouping similar parts together to take advantage of their common design and production characteristics. This involves identifying part families based on similarities in design attributes and manufacturing features. Cellular manufacturing applies GT by organizing production equipment into machine cells, with each cell dedicated to producing a family of parts. Benefits of GT and cellular manufacturing include reduced setup times and inventory, improved throughput, flexibility, and quality. Limitations can include issues in properly forming part families and cells.

Muskan asnani internet marketing

Muskan Asnani

The document discusses the implementation and maintenance phases of an e-business lifecycle model. It describes the iterative implementation process including analysis, design, testing and review. It also discusses maintaining the site through continuous monitoring, assessing changes, and implementing them. Finally, it discusses testing the system, managing the transition from old to new systems, and measuring the effectiveness of the e-business through analytics tools.

Release 12 features work arounds and Upgrade

This document provides an overview of the approach and key considerations for upgrading an Oracle E-Business Suite instance from Release 11i to Release 12. It discusses conducting functional and technical discovery analyses, building and testing the new version, preparing end users, and executing the cutover. It also highlights some new features in R12 like assigning item images in iProcurement, enhanced security for concurrent program access, using custom payment formats, and the ability to generate accounting entries from revenue distribution accounts using sub-ledger accounting functionality.

k10988 (wasique ahmad ) opc

cpume

The document contains 4 case studies about companies implementing quality tools and enterprise resource planning (ERP) systems. The first case study describes how Tata Steel used quality tools like the Taguchi method to reduce defects by 50% and overall nonconformities by 29%. The second case study discusses how Miljoco implemented an ERP system to manage increasing complexity while remaining competitive. The third case study explains how LTV Copper Weld designed a raw materials pipeline model and decision support system to reduce stock-outs and inventory. The fourth case study details how Full Compass Systems transitioned from a 25-year old legacy system to a modern ERP system to support its growth as a multi-channel retailer.

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