This document scopes out requirements for a Computer Aided Facility Management (CAFM) software solution for NNPC Properties Limited. The key modules required are asset management, property management, space management, and service level agreement management. The CAFM system aims to reduce costs, increase productivity, streamline processes, and improve facility and customer service through efficient management of assets, properties, workspaces, and contractor performance.
Computer aided process planning (CAPP) involves using computer software to generate manufacturing process plans. CAPP aims to standardize and optimize processes to improve productivity and reduce costs. Variant CAPP systems retrieve existing process plans for similar parts, while generative CAPP systems automatically generate new plans without human input. The main benefits of CAPP include eliminating errors, reducing time and costs, and facilitating integration with CAD/CAM systems.
This document discusses different types of maintenance for plants and equipment. It describes planned maintenance which includes preventive, corrective, and predictive maintenance. Preventive maintenance is carried out at predetermined intervals to reduce failures and includes running, scheduled, and shutdown maintenance. Corrective maintenance is performed after a failure to address the source of the problem. The key difference between preventive and corrective maintenance is timing - preventive is before and corrective is after a problem.
Maintenance management is concerned with planning routine and preventative maintenance to ensure machinery and equipment are in good working condition. The goals are to minimize downtime and repair costs, optimize efficiency, and ensure safety. There are different types of maintenance including breakdown, corrective, predictive, preventative, and periodic maintenance. Preventative maintenance through regular inspection and repairs can prolong equipment life.
The document discusses key concepts in maintenance engineering including:
1. Definitions of maintenance, reliability, failure rate, mean time to failure, mean time between failures, and mean time to repair.
2. The main types of reliability are inherent and achievable reliability.
3. Planned maintenance approaches include preventive maintenance, predictive maintenance, condition-based maintenance, corrective maintenance, and reliability-centered maintenance.
4. Total productive maintenance aims to increase production while improving employee morale through a newly defined maintenance program.
The document provides an overview of fire marshal training, including legislation, fire chemistry, and fire training. It covers topics such as fire risk assessment, emergency procedures, safety equipment, evacuation plans, fire drills, fire hazards, combustion, extinguishing fires, and fire prevention. The training aims to educate fire marshals on their roles and responsibilities in emergency response, evacuation, and fire safety management.
Reliability centered maintenance (RCM) integrates different maintenance strategies including reactive, preventive, predictive testing and inspection, and proactive maintenance. The goal of RCM is to maximize reliability and minimize maintenance costs and downtime. RCM involves analyzing systems to understand failures, prioritizing failures based on consequences, and determining the best strategy to address each failure. Common applications of RCM include the aviation, spacecraft, nuclear, and defense industries where minimizing downtime is critical.
One of the major challenges for Gas Turbine users is to ensure high level of engine availability and reliability, and efficient operation during their complete life-cycle. For this purpose, Various maintenance approaches have been introduced over the years for the gas turbine maintenance: Breakdown Maintenance or Run to Failure, Preventive Maintenance or Scheduled Maintenance and Condition-Based Maintenance (CBM). Here the focus is on CBM or predictive maintenance.
The document describes a computerized maintenance management system (CMMS) and its functions. A CMMS maintains a database of information about an organization's maintenance operations to help workers perform their jobs more effectively. It enables management to schedule preventive maintenance, project costs and downtime, and analyze failures and resource usage. The CMMS has several key functional requirements including asset management, inventory management, work orders, job planning, resource planning, and reporting. It helps organizations achieve greater efficiency, minimize costs and downtime, and maximize asset usage.
Computer aided process planning (CAPP) involves using computer software to generate manufacturing process plans. CAPP aims to standardize and optimize processes to improve productivity and reduce costs. Variant CAPP systems retrieve existing process plans for similar parts, while generative CAPP systems automatically generate new plans without human input. The main benefits of CAPP include eliminating errors, reducing time and costs, and facilitating integration with CAD/CAM systems.
This document discusses different types of maintenance for plants and equipment. It describes planned maintenance which includes preventive, corrective, and predictive maintenance. Preventive maintenance is carried out at predetermined intervals to reduce failures and includes running, scheduled, and shutdown maintenance. Corrective maintenance is performed after a failure to address the source of the problem. The key difference between preventive and corrective maintenance is timing - preventive is before and corrective is after a problem.
Maintenance management is concerned with planning routine and preventative maintenance to ensure machinery and equipment are in good working condition. The goals are to minimize downtime and repair costs, optimize efficiency, and ensure safety. There are different types of maintenance including breakdown, corrective, predictive, preventative, and periodic maintenance. Preventative maintenance through regular inspection and repairs can prolong equipment life.
The document discusses key concepts in maintenance engineering including:
1. Definitions of maintenance, reliability, failure rate, mean time to failure, mean time between failures, and mean time to repair.
2. The main types of reliability are inherent and achievable reliability.
3. Planned maintenance approaches include preventive maintenance, predictive maintenance, condition-based maintenance, corrective maintenance, and reliability-centered maintenance.
4. Total productive maintenance aims to increase production while improving employee morale through a newly defined maintenance program.
The document provides an overview of fire marshal training, including legislation, fire chemistry, and fire training. It covers topics such as fire risk assessment, emergency procedures, safety equipment, evacuation plans, fire drills, fire hazards, combustion, extinguishing fires, and fire prevention. The training aims to educate fire marshals on their roles and responsibilities in emergency response, evacuation, and fire safety management.
Reliability centered maintenance (RCM) integrates different maintenance strategies including reactive, preventive, predictive testing and inspection, and proactive maintenance. The goal of RCM is to maximize reliability and minimize maintenance costs and downtime. RCM involves analyzing systems to understand failures, prioritizing failures based on consequences, and determining the best strategy to address each failure. Common applications of RCM include the aviation, spacecraft, nuclear, and defense industries where minimizing downtime is critical.
One of the major challenges for Gas Turbine users is to ensure high level of engine availability and reliability, and efficient operation during their complete life-cycle. For this purpose, Various maintenance approaches have been introduced over the years for the gas turbine maintenance: Breakdown Maintenance or Run to Failure, Preventive Maintenance or Scheduled Maintenance and Condition-Based Maintenance (CBM). Here the focus is on CBM or predictive maintenance.
The document describes a computerized maintenance management system (CMMS) and its functions. A CMMS maintains a database of information about an organization's maintenance operations to help workers perform their jobs more effectively. It enables management to schedule preventive maintenance, project costs and downtime, and analyze failures and resource usage. The CMMS has several key functional requirements including asset management, inventory management, work orders, job planning, resource planning, and reporting. It helps organizations achieve greater efficiency, minimize costs and downtime, and maximize asset usage.
Night vision systems in automobiles use infrared light and cameras to increase a driver's visibility beyond the reach of headlights. There are two main types: active systems which emit infrared light and passive systems which detect thermal radiation. Most cars use active systems which provide longer ranges up to 250 meters but have disadvantages in heavy rain or fog. Passive systems have greater ranges up to 300 meters and detect living objects better, but have lower resolution images. Night vision is an optional feature primarily on premium vehicles and can help classify objects on the road.
Composite Plate Optimization with Practical Design ConstraintsAltair
Composite free size optimization has the potential to generate weight savings and performance improvements for many applications of composite structures. Key to realizing such improvements is practical application of design and manufacturing constraints in the optimization model.
The document discusses CMMS (Computerized Maintenance Management System) and its benefits over manual maintenance management systems. It describes that developing and implementing maintenance programs is complex due to subjectivity in decision making and multiple objectives involved. A CMMS can help reduce subjectivity, ease data collection, reduce labor costs, and provide indirect benefits. It then outlines the key components of a CMMS and functions it can perform to help manage the maintenance process. Finally, it discusses implementing a CMMS in three phases and important steps to consider when selecting the right CMMS software.
Night vision systems in cars use infrared cameras to improve the driver's vision and detection of objects at night. There are two main types: near-infrared (NIR) and far-infrared (FIR). NIR systems use an infrared light source and detect reflected light, producing clear images up to 183 meters. FIR systems are passive, detecting thermal radiation emitted by all objects. They produce black and white "heat signature" images and can detect objects up to 299 meters. Both types aim to help drivers see pedestrians, animals and other hazards better at night to improve safety.
This document discusses navigation systems and GPS. It provides an overview of how GPS works including its space segment of satellites, control segment of ground stations, and user segment of receivers. It describes how GPS uses triangulation of signals from multiple satellites to determine a user's position. It also discusses applications of navigation systems such as in automotive navigation to provide turn-by-turn directions, dynamic vehicle routing, and tracking rental cars.
This document outlines the key components and benefits of a preventive maintenance (PM) system. A PM system involves regularly scheduled maintenance actions aimed at preventing equipment failures. It preserves equipment reliability by replacing worn parts before breakdowns occur. A written PM system must be in place that follows manufacturers' recommendations and documented maintenance records. Benefits include reduced downtime, longer asset lifespans, safer working conditions, lower repair costs, and higher quality products.
A CMMS (Computerized Maintenance Management System) is computer software that simplifies maintenance management by storing maintenance data on a computer and managing maintenance needs through comprehensive work order schedules, accurate inventory forecasts, and reports. It allows users to more effectively accomplish maintenance practices and introduces time-saving features that reduce costs and save time.
Flexible manufacturing system (fms) and automated guided vehicle system (agvs)mathanArumugam
This document discusses flexible manufacturing systems (FMS) and automated guided vehicle systems (AGVS). It defines FMS as a highly automated group of CNC machine tools interconnected by an automated material handling system. It describes the types, components, and benefits of FMS, including flexibility types like machine flexibility. It also discusses automated guided vehicle systems for material transport, including guidance technologies and vehicle management.
Modern maintenance management aims to keep equipment running at high capacity and producing quality products at the lowest cost possible, rather than just rapidly repairing broken equipment. It involves directing resources to control availability and performance levels. The objectives of maintenance management include minimizing downtime and costs, keeping assets in good working condition, and improving productivity and efficiency. Key types of maintenance include preventive, which inspects for potential issues, and breakdown, which repairs after failure. Total productive maintenance involves all employees working to maximize equipment efficiency. A computerized maintenance management system uses a software database to help maintenance workers do their jobs efficiently and help management with decision making.
Plant maintenance is important for efficient production. It helps maintain and increase plant efficiency. There are different types of maintenance like planned, preventive, breakdown, and predictive maintenance. Planned maintenance involves prior planning and is done periodically. Preventive maintenance prevents failures through scheduled activities. Breakdown maintenance repairs equipment after failure. Predictive maintenance predicts and prevents failures through condition monitoring. The objectives of maintenance are to increase reliability, maximize equipment life, optimize production capacity and costs, and ensure safety.
Such a large number of patients in India lose their lives because the ambulance does not arrive on time or delay in the treatment. Also, in view of the increasing technology and other factors, it is necessary to be aware of such technologies to reduce this problem. A survey conducted in St Petersburg found that the rest of the countries are aware of the technology to find out where the ambulance is and alert the patient to get the crisis vehicle at the ideal time. For this, algorithms like weighted graphs, Dijkstra's algorithm, ant colony algorithm, dynamic shortest path have been used in that system. These algorithms are reduced the traveling time by 20%. Therefore, the chances of patient saving increased. In this system only 2 smartphones will have for conversation between patient and ambulance and it is fully automated. As we have found in India, if there is a accident at any spot, we are called complementary number or crisis number. After informing where the accident took place on that call, the ambulance is then dispatched from the control room at that particular place, and then the control room gives the details of the nearest hospital and then informs to the hospital. With this proposed system, the ambulance can be transported without delay from the accident site to the hospital we can easily find the shortest route between the accident site and the hospital reduce wasting time. The user no longer need to call and check the availability of the ambulance. So basically this system uses IoT, GPS and GSM, Dijkstra's algorithm. It uses IoT principle using rest API to check traffic, as well as IoT for traffic signal checking. The RF transmitter is installed in the ambulance and the RF receiver is installed in the traffic light. This changes the signal for a short time to get to the ambulance. In addition, the ambulance finding route is helps by the dijkstra's algorithm to find the shortest path. In this, the android app understands the location of the patient or the crash site, then the system checks which ambulance is within 5 kilometers and sends an alert or request to one of the ambulances and then after accepting the request, the driver understands the location of the crash site.
In this lecture, first functions of a maintenance department is presented. Then discussed how to manage a maintenance program effectively. Then objectives, principles, effectiveness and elements of effective maintenance management. Finally presented maintenance management control indices used in different industries.
Maintenance management involves keeping equipment running at high capacity and low cost through a set of organized activities. The objectives of maintenance include efficient use of personnel, maximizing equipment life, reliability, quality, safety and minimizing costs and interruptions. There are various types of maintenance like preventive, corrective, and predictive. Preventive maintenance involves scheduled, running and shutdown maintenance to prevent failures. Corrective maintenance repairs equipment after failure through breakdown or shutdown maintenance. Predictive maintenance predicts failures through condition monitoring.
This document describes a proposed vehicle booking and management system called BookMyVehicle. The system aims to automate vehicle, maintenance, and employee information to improve services. It contains modules for administration, guests, vehicles, and vehicle details. The administration module allows managing vehicle data and booking requests. Guests can search vehicles and make bookings. The vehicles module displays vehicle listings. And the vehicle details module provides maintenance and repair histories that are only accessible to administrators.
Reliability is the ability of a system or component to function under stated conditions for a specified period of time. There are several reasons why failures occur, including design flaws, overstressing, wear and tear, vibration, incorrect specifications, misuse, and operating outside intended environments. The objectives of reliability engineering are to prevent or reduce failures, identify and correct causes of failures, determine ways to cope with failures, and estimate reliability of new designs. Reliability is defined as the probability of success and avoids downtime, repair costs, and warranty claims. Modes of failure include initial infant mortality failures, random stable failures, and wear-out failures over time depicted by a bathtub curve. Reliability influences system
There is an important correlation between quality and maintenance. Maintenance management has become the essential part of quality system. It is an investment rather than the cost. Improving the quality of maintenance will lead to improved efficiency and effectiveness. Maintaining perfect equipment means maintaining the perfect quality of products.
It is the sixth pillar of TPM and aims to assure zero defect conditions. It is done by understanding and controlling the process intersections between manpower, material, machines and methods.
It is executed by inspecting and monitoring conditions to eliminate variation. The key is to prevent defects from being produced in the first place, rather than installing rigorous inspection systems to detect the defect after it has been produced.
It is aimed towards higher customer satisfaction or customer delight through highest quality achieved from defect free manufacturing.
This document discusses maintenance and methods for tracking losses and overcoming losses through proper maintenance activities. It defines maintenance as actions to retain or restore equipment to its maximum useful life. The three main types of maintenance are preventive, breakdown, and corrective. Preventive maintenance includes periodic and predictive maintenance. Periodic maintenance involves spare part replacement on a predefined schedule, while predictive maintenance uses equipment like bearing meters to determine condition-based maintenance. Metrics like mean time between failure (MTBF) and mean time to repair (MTTR) are discussed to measure equipment reliability and maintainability. Uptime is also defined as a percentage measure of up-time without downtime.
Rent It is a rental management software solution that provides comprehensive functionality to manage all aspects of an equipment rental business. It offers features such as reservations and allocations management, dispatch/pickup/returns processing, accessories and kit management, transport management, product exchanges, flexible billing, and utilization tracking. The software is built on Microsoft Dynamics NAV, which provides financial management, supply chain management, business intelligence and reporting, and customer relationship management capabilities required for equipment rental businesses. Rent It addresses over 20 specific industry requirements including safety equipment inspection tracking, wet rental timesheet billing, multi-country currency and tax support, and yield management.
Smart Asset & Tower Service Management Solution updated.pdfHunterZhang13
The document describes a solution architecture for asset management that provides:
1) A unified platform for managing and maintaining various network assets to provide a complete and precise view.
2) Flexible modeling and data collection/input capabilities that support self-definition of asset types and automatic/manual input.
3) Central monitoring and management views including GIS maps, dashboards, and 2D/3D visualizations of network assets.
Night vision systems in automobiles use infrared light and cameras to increase a driver's visibility beyond the reach of headlights. There are two main types: active systems which emit infrared light and passive systems which detect thermal radiation. Most cars use active systems which provide longer ranges up to 250 meters but have disadvantages in heavy rain or fog. Passive systems have greater ranges up to 300 meters and detect living objects better, but have lower resolution images. Night vision is an optional feature primarily on premium vehicles and can help classify objects on the road.
Composite Plate Optimization with Practical Design ConstraintsAltair
Composite free size optimization has the potential to generate weight savings and performance improvements for many applications of composite structures. Key to realizing such improvements is practical application of design and manufacturing constraints in the optimization model.
The document discusses CMMS (Computerized Maintenance Management System) and its benefits over manual maintenance management systems. It describes that developing and implementing maintenance programs is complex due to subjectivity in decision making and multiple objectives involved. A CMMS can help reduce subjectivity, ease data collection, reduce labor costs, and provide indirect benefits. It then outlines the key components of a CMMS and functions it can perform to help manage the maintenance process. Finally, it discusses implementing a CMMS in three phases and important steps to consider when selecting the right CMMS software.
Night vision systems in cars use infrared cameras to improve the driver's vision and detection of objects at night. There are two main types: near-infrared (NIR) and far-infrared (FIR). NIR systems use an infrared light source and detect reflected light, producing clear images up to 183 meters. FIR systems are passive, detecting thermal radiation emitted by all objects. They produce black and white "heat signature" images and can detect objects up to 299 meters. Both types aim to help drivers see pedestrians, animals and other hazards better at night to improve safety.
This document discusses navigation systems and GPS. It provides an overview of how GPS works including its space segment of satellites, control segment of ground stations, and user segment of receivers. It describes how GPS uses triangulation of signals from multiple satellites to determine a user's position. It also discusses applications of navigation systems such as in automotive navigation to provide turn-by-turn directions, dynamic vehicle routing, and tracking rental cars.
This document outlines the key components and benefits of a preventive maintenance (PM) system. A PM system involves regularly scheduled maintenance actions aimed at preventing equipment failures. It preserves equipment reliability by replacing worn parts before breakdowns occur. A written PM system must be in place that follows manufacturers' recommendations and documented maintenance records. Benefits include reduced downtime, longer asset lifespans, safer working conditions, lower repair costs, and higher quality products.
A CMMS (Computerized Maintenance Management System) is computer software that simplifies maintenance management by storing maintenance data on a computer and managing maintenance needs through comprehensive work order schedules, accurate inventory forecasts, and reports. It allows users to more effectively accomplish maintenance practices and introduces time-saving features that reduce costs and save time.
Flexible manufacturing system (fms) and automated guided vehicle system (agvs)mathanArumugam
This document discusses flexible manufacturing systems (FMS) and automated guided vehicle systems (AGVS). It defines FMS as a highly automated group of CNC machine tools interconnected by an automated material handling system. It describes the types, components, and benefits of FMS, including flexibility types like machine flexibility. It also discusses automated guided vehicle systems for material transport, including guidance technologies and vehicle management.
Modern maintenance management aims to keep equipment running at high capacity and producing quality products at the lowest cost possible, rather than just rapidly repairing broken equipment. It involves directing resources to control availability and performance levels. The objectives of maintenance management include minimizing downtime and costs, keeping assets in good working condition, and improving productivity and efficiency. Key types of maintenance include preventive, which inspects for potential issues, and breakdown, which repairs after failure. Total productive maintenance involves all employees working to maximize equipment efficiency. A computerized maintenance management system uses a software database to help maintenance workers do their jobs efficiently and help management with decision making.
Plant maintenance is important for efficient production. It helps maintain and increase plant efficiency. There are different types of maintenance like planned, preventive, breakdown, and predictive maintenance. Planned maintenance involves prior planning and is done periodically. Preventive maintenance prevents failures through scheduled activities. Breakdown maintenance repairs equipment after failure. Predictive maintenance predicts and prevents failures through condition monitoring. The objectives of maintenance are to increase reliability, maximize equipment life, optimize production capacity and costs, and ensure safety.
Such a large number of patients in India lose their lives because the ambulance does not arrive on time or delay in the treatment. Also, in view of the increasing technology and other factors, it is necessary to be aware of such technologies to reduce this problem. A survey conducted in St Petersburg found that the rest of the countries are aware of the technology to find out where the ambulance is and alert the patient to get the crisis vehicle at the ideal time. For this, algorithms like weighted graphs, Dijkstra's algorithm, ant colony algorithm, dynamic shortest path have been used in that system. These algorithms are reduced the traveling time by 20%. Therefore, the chances of patient saving increased. In this system only 2 smartphones will have for conversation between patient and ambulance and it is fully automated. As we have found in India, if there is a accident at any spot, we are called complementary number or crisis number. After informing where the accident took place on that call, the ambulance is then dispatched from the control room at that particular place, and then the control room gives the details of the nearest hospital and then informs to the hospital. With this proposed system, the ambulance can be transported without delay from the accident site to the hospital we can easily find the shortest route between the accident site and the hospital reduce wasting time. The user no longer need to call and check the availability of the ambulance. So basically this system uses IoT, GPS and GSM, Dijkstra's algorithm. It uses IoT principle using rest API to check traffic, as well as IoT for traffic signal checking. The RF transmitter is installed in the ambulance and the RF receiver is installed in the traffic light. This changes the signal for a short time to get to the ambulance. In addition, the ambulance finding route is helps by the dijkstra's algorithm to find the shortest path. In this, the android app understands the location of the patient or the crash site, then the system checks which ambulance is within 5 kilometers and sends an alert or request to one of the ambulances and then after accepting the request, the driver understands the location of the crash site.
In this lecture, first functions of a maintenance department is presented. Then discussed how to manage a maintenance program effectively. Then objectives, principles, effectiveness and elements of effective maintenance management. Finally presented maintenance management control indices used in different industries.
Maintenance management involves keeping equipment running at high capacity and low cost through a set of organized activities. The objectives of maintenance include efficient use of personnel, maximizing equipment life, reliability, quality, safety and minimizing costs and interruptions. There are various types of maintenance like preventive, corrective, and predictive. Preventive maintenance involves scheduled, running and shutdown maintenance to prevent failures. Corrective maintenance repairs equipment after failure through breakdown or shutdown maintenance. Predictive maintenance predicts failures through condition monitoring.
This document describes a proposed vehicle booking and management system called BookMyVehicle. The system aims to automate vehicle, maintenance, and employee information to improve services. It contains modules for administration, guests, vehicles, and vehicle details. The administration module allows managing vehicle data and booking requests. Guests can search vehicles and make bookings. The vehicles module displays vehicle listings. And the vehicle details module provides maintenance and repair histories that are only accessible to administrators.
Reliability is the ability of a system or component to function under stated conditions for a specified period of time. There are several reasons why failures occur, including design flaws, overstressing, wear and tear, vibration, incorrect specifications, misuse, and operating outside intended environments. The objectives of reliability engineering are to prevent or reduce failures, identify and correct causes of failures, determine ways to cope with failures, and estimate reliability of new designs. Reliability is defined as the probability of success and avoids downtime, repair costs, and warranty claims. Modes of failure include initial infant mortality failures, random stable failures, and wear-out failures over time depicted by a bathtub curve. Reliability influences system
There is an important correlation between quality and maintenance. Maintenance management has become the essential part of quality system. It is an investment rather than the cost. Improving the quality of maintenance will lead to improved efficiency and effectiveness. Maintaining perfect equipment means maintaining the perfect quality of products.
It is the sixth pillar of TPM and aims to assure zero defect conditions. It is done by understanding and controlling the process intersections between manpower, material, machines and methods.
It is executed by inspecting and monitoring conditions to eliminate variation. The key is to prevent defects from being produced in the first place, rather than installing rigorous inspection systems to detect the defect after it has been produced.
It is aimed towards higher customer satisfaction or customer delight through highest quality achieved from defect free manufacturing.
This document discusses maintenance and methods for tracking losses and overcoming losses through proper maintenance activities. It defines maintenance as actions to retain or restore equipment to its maximum useful life. The three main types of maintenance are preventive, breakdown, and corrective. Preventive maintenance includes periodic and predictive maintenance. Periodic maintenance involves spare part replacement on a predefined schedule, while predictive maintenance uses equipment like bearing meters to determine condition-based maintenance. Metrics like mean time between failure (MTBF) and mean time to repair (MTTR) are discussed to measure equipment reliability and maintainability. Uptime is also defined as a percentage measure of up-time without downtime.
Rent It is a rental management software solution that provides comprehensive functionality to manage all aspects of an equipment rental business. It offers features such as reservations and allocations management, dispatch/pickup/returns processing, accessories and kit management, transport management, product exchanges, flexible billing, and utilization tracking. The software is built on Microsoft Dynamics NAV, which provides financial management, supply chain management, business intelligence and reporting, and customer relationship management capabilities required for equipment rental businesses. Rent It addresses over 20 specific industry requirements including safety equipment inspection tracking, wet rental timesheet billing, multi-country currency and tax support, and yield management.
Smart Asset & Tower Service Management Solution updated.pdfHunterZhang13
The document describes a solution architecture for asset management that provides:
1) A unified platform for managing and maintaining various network assets to provide a complete and precise view.
2) Flexible modeling and data collection/input capabilities that support self-definition of asset types and automatic/manual input.
3) Central monitoring and management views including GIS maps, dashboards, and 2D/3D visualizations of network assets.
This document discusses how Microsoft Dynamics NAV can help rental businesses achieve better yield management through business insights, increased efficiency of people and processes, and responsiveness to changing needs. It provides an overview of key NAV features for rental management like resource scheduling, rental job costing, maintenance management, and integration capabilities. Implementing NAV allows rental businesses to link people, processes, and information for improved decision making, collaboration, and business management.
For asset-intensive organizations, mobility continues to drive significant productivity gains, improve worker effectiveness and safety, and eliminate errors by capturing data directly from the work source.
Visit our web site to learn how enterprise asset management can help you transform your maintenance and asset management practices using IoT data, weather data and powerful, cognitive analytics. https://www.ibm.com/us-en/marketplace/maximo
The Case for Mobility: How New-Age Utilities Can Energize Operations and Boos...Cognizant
For utilities feeling the pinch, mobility offers a vast array of potential increased efficiencies and customer service activities. We outline a multi-stage path to become a mobility-enabled utility enterprise.
O BEXEL Manager Facility Maintenance é uma solução inteligente e universal para o planejamento e rastreamento centralizado e baseado em modelos de manutenção de instalações 6D, contendo dados, documentos, especificações e materiais do equipamento.
Para maiores informações:
www.natecnologia.com.br
Cloud Field Service and Asset Management System | KloudGinKloudGin
Smarter Assets. Smarter Workers. KloudGin is the only combined, one-cloud Field Service and Asset Management solution on a single, easy-to-use platform.
The Facility Navigator is an all-in-one solution that enables organizations to manage their entire real estate portfolio, including accounting, office space, building infrastructure, and engineering systems on one platform. It allows macro management of real estate companies and micro management of individual campuses, buildings, floors, rooms and systems. The Facility Navigator uses a modular architecture and rule-based engines to generate reports and insights from system data. It provides functionality for property management, lease management, space management, and infrastructure management.
Is just moving IT from CapEX to OpEx a huge benefit?
Does “IT as a cloud commodity services” changes IT Role and Responsibility?
How do you get a real overall lower TCO?
Field service application (FSA) refers to a cloud-based system that combines the robust web application and
dynamic mobile application to support field engineers. FSA most commonly caters to the customer who needs
service or repairs of equipment. This application is targeted at the Service industry, intended for the field
engineers. The various service industries register with this for cloud computing services for effective management
of services such as painting, plumbing, Electrician, carpenter etc. This system compliments the software services,
provided by the cloud, with a mobile-based client application, specially designing for the field engineers. This
solution shares a single workflow among the registered tenants thereby ensuring efficient sharing of infrastructure
and also ensuring the security and integrity tenant data.A Multi-tenant Application is an approach to share an
application instance among different customers to reduce overhead the most.
The document discusses how emerging technologies like the Internet of Things, sensors, cloud-based platforms, and additive manufacturing can transform equipment maintenance. These technologies allow equipment to be monitored remotely and provide real-time performance data. This data enables predictive maintenance by identifying potential issues before failures occur. It also allows on-demand additive manufacturing of parts to minimize downtime. The document outlines some challenges to retrofitting existing equipment for monitoring and implementing additive manufacturing at scale. However, it concludes that these technologies will lead business models to shift from selling products to offering comprehensive solutions based on total cost of ownership.
Top 7 Essential Features of Fixed Asset Management SystemWNS Vuram
Discover the top 7 essential features of a fixed asset management system. Improve asset tracking, reduce errors, and optimize asset utilization. Learn more now.
The document provides an overview of MainManager, a facilities management software solution. MainManager allows users to manage maintenance tasks, assets, budgets, and other facility operations through an online platform. It provides features like helpdesk management, task scheduling, cost tracking, and reporting. The software aims to simplify facilities management processes, improve cost control and transparency, and allow remote access to key information for various stakeholders like owners, finance directors, facility managers, and contractors.
Mobility in Field Services Management: Part OneCognizant
We explore the myriad ways mobility can benefit field services management for industrial manufacturing and other sectors. Mobile-based solutions facilitate resolution of service requests, access to service and repair information, retrieval of diagnostic test codes and enhancement of customers' experience.
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Mobility in Field Services Management: Part OneCognizant
We explore the myriad ways mobility can benefit field services management for industrial manufacturing and other sectors. Mobile-based solutions facilitate resolution of service requests, access to service and repair information, retrieval of diagnostic test codes and enhancement of customers' experience.
Hello Sir
We are a premier academic writing agency with industry partners in UK, Australia and Middle East and over 15 years of experience. We are looking to establish long-term relationships with industry partners and would love to discuss this opportunity further with you.
Thanks & Regards
visit our website.
www.onlineassignmenthelp.com.au
www.freeassignmenthelp.com
www.btechndassignment.cheapassignmenthelp.co.uk
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Hello Sir
We are a premier academic writing agency with industry partners in UK, Australia and Middle East and over 15 years of experience. We are looking to establish long-term relationships with industry partners and would love to discuss this opportunity further with you.
Thanks & Regards
visit our website.
www.onlineassignmenthelp.com.au
www.freeassignmenthelp.com
www.btechndassignment.cheapassignmenthelp.co.uk
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The document provides an overview of the Rate&Bill billing and customer care system. It describes the system's architecture as a plug-in based system built on Eclipse with various modules including rating, billing, customer care, payments and reporting. It also outlines the system's features such as an intuitive user interface, real-time and batch processing, and integration capabilities. Finally, it discusses installation, support, training and special features such as customization and simulation testing.