This presentation gives an overview of TESCO's Meter Manager including asset and inventory, benefits and ROI, project methodology, meter shop and field operations, advancing business process optimization, and much, much more.
Vendor innovation – New Technologies in practiceNNE
Technologies by themselves rarely provide a business advantage in a manufacturing setting. Manufacturing is inherently complex and therefore the use of technology typically is very complicated and risky. This is even more evident in a regulated environment where introduction of new technologies require extensive testing and robustness. That is why when evaluation new technological advances the benefits have to be evaluated based on a sound technology architecture that is rooted in the business drivers. With that in mind we can take a look at some very interesting innovations and technologies that with the right implementation can provide substantial business value.
Now we have to challenge our industry to take the leap to see if we can move the productivity, quality and flexibility needle.
MES PREPARATION AS THE KEY TO SUCCESS
Learn about a proven and mature methodology to develop a conceptual solution architecture designed to meet the business objectives of the pharma/biotech manufacturing business. Our approach involves a strategy development methodology that brings focus and enables superior solution architecture tailored for Manufacturing Systems solutions, S95, and S88 standards. The key benefit of this methodology is effective alignment of business and technology.
Develop a prioritized capital project planning roadmap to meet business objectives.
Strategic Technology Management process for MES Applications for IT Enterprise Architecture.
Discover a holistic visual tool that enables harmony between all departments stakeholders.
Gilad Langer, Director of Automation & MIS, NNE
Columbus - Warehouse and Inventory Management SystemSchool Time
This document summarizes the key features and benefits of a supply chain optimization and inventory management system. The system provides automated workflow and inventory management capabilities that save time and reduce costs. It allows for real-time stock visibility across warehouses, automated reordering, multi-channel fulfillment, and sales improvement features. The system also enables better procurement through supplier intelligence, shipment tracking, and analytics dashboards.
The regulatory focus of facilities that manufacture therapeutic products for humans is centered on a product-process-facility attribute driven methodology where risk identification and mitigation are critical quality attributes. Under this methodology, the manufacturing process and the product requirements, not the building, become not only the main drivers for CD efforts, but must also provide a clear approach and understanding of how the building elements must be defined and operated in order to ensure patient safety in the manufacture of the product. This requires an enterprise approach to facility design focusing on:
Process-driven understanding around operational analysis
Regulatory philosophy
Business drivers
Management needs
Integrated hand-off to detailed design activities
Goods issue procedure, control and documentationNavindu Munidasa
This document discusses procedures for issuing goods from a storehouse in an efficient manner. It describes various methods for authorizing issues, identifying requirements, picking orders, timing issues, and documenting the issuing process. Different types of material issues are also outlined such as issues of capital expenditure, direct materials, components, and indirect materials. The document stresses the importance of monitoring issue functions through regular checks and updates to stock records to maintain control over available inventory levels.
Warehouse management system presentationNimish Arora
Case study on how automation can be used in warehouse mangement system with Grey orange as an example. Content based on the course Industrial Automation.
08 procurement and inventory managementArif Rahman
The document discusses material procurement and inventory management. It covers topics like demand management, different purchasing systems (petty cash, blanket order, rate contract, tender, subcontracting, stockless, e-procurement), procurement procedures, supplier relationship management, and factors for determining the number of suppliers (single vs multiple source policies). Effective logistics management aims to control material flows to meet customer needs through activities like procurement and inventory management.
Warehouse cost is the cost associated with the management of the space (storage), the manpower involved in handling the material and the operations performed in the warehouse. Warehouse cost saving includes saving in time, labour, assets and ultimately in money.
Vendor innovation – New Technologies in practiceNNE
Technologies by themselves rarely provide a business advantage in a manufacturing setting. Manufacturing is inherently complex and therefore the use of technology typically is very complicated and risky. This is even more evident in a regulated environment where introduction of new technologies require extensive testing and robustness. That is why when evaluation new technological advances the benefits have to be evaluated based on a sound technology architecture that is rooted in the business drivers. With that in mind we can take a look at some very interesting innovations and technologies that with the right implementation can provide substantial business value.
Now we have to challenge our industry to take the leap to see if we can move the productivity, quality and flexibility needle.
MES PREPARATION AS THE KEY TO SUCCESS
Learn about a proven and mature methodology to develop a conceptual solution architecture designed to meet the business objectives of the pharma/biotech manufacturing business. Our approach involves a strategy development methodology that brings focus and enables superior solution architecture tailored for Manufacturing Systems solutions, S95, and S88 standards. The key benefit of this methodology is effective alignment of business and technology.
Develop a prioritized capital project planning roadmap to meet business objectives.
Strategic Technology Management process for MES Applications for IT Enterprise Architecture.
Discover a holistic visual tool that enables harmony between all departments stakeholders.
Gilad Langer, Director of Automation & MIS, NNE
Columbus - Warehouse and Inventory Management SystemSchool Time
This document summarizes the key features and benefits of a supply chain optimization and inventory management system. The system provides automated workflow and inventory management capabilities that save time and reduce costs. It allows for real-time stock visibility across warehouses, automated reordering, multi-channel fulfillment, and sales improvement features. The system also enables better procurement through supplier intelligence, shipment tracking, and analytics dashboards.
The regulatory focus of facilities that manufacture therapeutic products for humans is centered on a product-process-facility attribute driven methodology where risk identification and mitigation are critical quality attributes. Under this methodology, the manufacturing process and the product requirements, not the building, become not only the main drivers for CD efforts, but must also provide a clear approach and understanding of how the building elements must be defined and operated in order to ensure patient safety in the manufacture of the product. This requires an enterprise approach to facility design focusing on:
Process-driven understanding around operational analysis
Regulatory philosophy
Business drivers
Management needs
Integrated hand-off to detailed design activities
Goods issue procedure, control and documentationNavindu Munidasa
This document discusses procedures for issuing goods from a storehouse in an efficient manner. It describes various methods for authorizing issues, identifying requirements, picking orders, timing issues, and documenting the issuing process. Different types of material issues are also outlined such as issues of capital expenditure, direct materials, components, and indirect materials. The document stresses the importance of monitoring issue functions through regular checks and updates to stock records to maintain control over available inventory levels.
Warehouse management system presentationNimish Arora
Case study on how automation can be used in warehouse mangement system with Grey orange as an example. Content based on the course Industrial Automation.
08 procurement and inventory managementArif Rahman
The document discusses material procurement and inventory management. It covers topics like demand management, different purchasing systems (petty cash, blanket order, rate contract, tender, subcontracting, stockless, e-procurement), procurement procedures, supplier relationship management, and factors for determining the number of suppliers (single vs multiple source policies). Effective logistics management aims to control material flows to meet customer needs through activities like procurement and inventory management.
Warehouse cost is the cost associated with the management of the space (storage), the manpower involved in handling the material and the operations performed in the warehouse. Warehouse cost saving includes saving in time, labour, assets and ultimately in money.
The document discusses how warehouses can be converted from cost centers to profit centers. It notes that simple productivity gains are not enough and warehouses must generate actual profits. It emphasizes that key metrics like order accuracy, inventory accuracy, and cost per unit processed are crucial. Automating facilities can dramatically increase throughput and pick rates while reducing labor costs and reclaiming valuable space. Close attention to processes, systems, and automation strategies are needed to maximize profits.
This document outlines the standard operating procedures for purchasing at Al Shifa Hospital Pvt. Ltd. It details the 22 steps in the purchasing process from raising a purchase request to disposing of damaged or expired items. Key responsibilities include the purchase assistant collecting quotations, purchase manager preparing purchase orders, and store incharge receiving, storing, and maintaining stock. Suppliers are evaluated every six months based on quality and delivery ratings to determine inclusion on the approved supplier list.
The document describes AxionBlade® WMS, a warehouse management system that provides automated support for logistics operations within warehouses. It handles receiving, put-away, storage, picking, shipping and tracking of inventory with attributes. Key features include lot/batch tracking, attribute tracking, automatic task creation, storage management and integration with ERP systems. The system aims to improve efficiency and accuracy of warehouse operations through flexible configuration and real-time inventory visibility.
An integrated warehouse management system based on demand flow technology (DFT) can optimize material handling in a manufacturing plant. DFT is a pull manufacturing system that triggers production based on customer demand using kanban techniques. It accommodates small lot sizes down to single units and allows flexibility in scheduling. Implementing DFT requires major changes to corporate culture, organization structures, management attitudes, and worker relationships. Adopting DFT can eliminate inspector jobs, dramatically reduce cycle times and work in progress, enable faster inventory turnover, and support both JIT and TQM operations.
A warehouse management system (WMS) is a key part of the Supply Chain. Warehouse management systems often utilize automatic identification and data capture technology, such as barcode Scanners, mobile computers, wireless LANs and potentially radio frequency identification (RFID) to efficiently monitor the flow of products. Once data has been collected, there is either a batch synchronization with, or a real-time wireless transmission to a central database. The database can then provide useful reports about the status of goods in the warehouse.
The document provides an overview of SAP Engineering Change Management (ECM). It describes the ECM process which is triggered by customer requests and involves design engineers, industrial engineers, and change management. Key aspects of ECM covered include engineering change requests/orders, the use of effectivity parameters to define when changes take effect, digital signatures for approval, and change hierarchies to structure changes. Workflows and release controls are used to manage the ECM process.
Sample process guide_-_change_managementbalajimuthu10
This document outlines the change management process and procedures for XXXXX Information Technology. It defines change levels from Level 1 to Level 4 based on impact and risk, with Level 1 being minor changes and Level 4 being major changes. It describes the approval, lead time, and documentation requirements for each level. It also outlines the roles and responsibilities in the change management process and the workflows to enter, approve, implement, and close a change request.
The document discusses spare parts criticality assessment methods. It defines spare parts and their importance for minimizing machine downtime. A criticality assessment determines which spare parts are most important to processes. The document then describes models for classifying spare parts as critical or non-critical based on factors like failure rate and procurement lead time. It also outlines several assessment methods like analytic hierarchy process and gray prediction models. Inventory analysis methods like FSN, HML and VED are introduced to help optimize spare part management.
This document discusses the importance of developing a standardized stores manual for an organization. It outlines key benefits such as reducing training time for new employees, ensuring business continuity, and standardizing processes. The document recommends including information in the manual such as standard operating procedures, policies and objectives, an organizational chart, responsibilities and authorities, and procedures for activities like receiving goods, issuing materials, and inventory management. It also provides steps for developing the manual such as studying the organization, collecting existing documents, discussing processes with staff, and preparing draft content and flowcharts. The stores manual aims to clearly define procedures and responsibilities to guide staff and activities in the stores department.
For a company to continue business, the role of the Spare Parts department is very important. Whether or not the part activities are properly controlled, can greatly influence the company’s success.
The system control among other things is vitally important to the Spare Business Unit (SBU) control, for effective operation of actual SBU.
Here are the key steps in the repair order process according to the given priority rules:
1. Emergencies are addressed within 2 hours to prevent injury or serious damage.
2. Urgent issues are resolved within 24 hours to minimize disruption.
3. High priority routine repairs are completed within 7 days.
4. Lower priority routine repairs are done within 21 days.
5. Cyclical or planned routine repairs are bundled and addressed within 6 weeks to improve efficiency.
The priority rules help ensure the most critical repairs are completed quickly while still addressing less urgent issues in a timely manner.
The document discusses various order fulfillment and warehouse management technologies including pick-to-light systems, put-to-light systems, warehouse robotics, warehouse management systems (WMS), automated guided vehicles (AGVs), and the Internet of Things (IoT). It outlines the benefits of each technology such as increased productivity, reduced costs, improved accuracy, and real-time visibility. It then provides examples of how some of these technologies such as WMS, AGVs, RFID, and IoT could be applied at MSIL to improve operations and inventory management.
PlantConnect – plant asset monitoring system (pams)Akshay Tilak
Plant Asset Management refers to optimally and sustainably managing assets, associated performance, risks and expenditures over their lifecycles to achieve organizational goals. An important aspect is maintenance management to ensure optimum asset performance. PlantConnect is a Plant Asset Management solution that gives machines a "voice" through continuous online monitoring of machine operations data to assess asset health and advise on maintenance. It monitors key performance indicators, manages maintenance, and enables energy monitoring to reduce costs and enhance benefits.
Why Generic Configurators dont work in the valve IndustrySanjeev Nadkarni
The document discusses Configurator Solutions, a company that develops sizing, selection, configuration, pricing, and quotation software for the flow control valve industry. It provides solutions for over 8000 users in 57 countries and 3 of the top 5 control valve companies use its software. The document outlines Configurator Solutions' implementation methodology, which involves analyzing product requirements, validating rules with the client, coding the solution using pre-built modules, deploying it globally, and providing ongoing support.
This document provides guidelines for auditing and evaluating validation documentation as part of a remediation project. It outlines key activities and items to evaluate for validation and qualification documents, including worst case scenarios, critical parameters and limits, and calibration. An example process validation list and equipment qualification list are provided. General guidelines are given for validation and qualification documentation stages and content. Qualification stages for equipment, facilities, and utilities are described, including installation, operational, and performance qualification. Types of process validation including traditional, continuous, and hybrid are briefly outlined. References for further information are listed at the end.
Warehouse Management is presented by Welingkar’s Distance Learning Division. Warehouse is a combination of two words ”ware” and “House” which means that it is a place to house or store/keep wares i.e. items/articles for sale. This presentation includes different aspects of warehouse like function, storage, types of stacking and others.
For more such innovative content on management studies, join WeSchool PGDM-DLP Program: http://bit.ly/DistMang
Join us on Facebook: http://www.facebook.com/welearnindia
Follow us on Twitter: https://twitter.com/WeLearnIndia
Read our latest blog at: http://welearnindia.wordpress.com
Subscribe to our Slideshare Channel: http://www.slideshare.net/welingkarDLP
This document describes a software solution for selection, configuration, pricing, and quotation of on-off and isolation valves. The software allows automation of the entire process from inquiry to generating proposals. It features guided product selection, integration with other systems, pricing management, and analytics capabilities. The goal is to help valve manufacturers streamline their sales, engineering, and operations processes.
The document discusses the turnaround of the Chakan facility by implementing operational excellence strategies. It describes problems at the facility like lack of organization, high costs, weak processes, and inventory issues. A turnaround plan was made to implement 5S, reduce process variation, improve on-time shipment, increase inventory turnover, reduce crane and demurrage costs, and address HR/safety issues. The plan aimed to transform the facility from a poorly functional state in 2012 to an industry standard facility by 2014 through streamlining processes, upgrading facilities, and establishing an integrated supply chain.
Tesco's Meter Manager solution provides asset management, inventory tracking, and field management capabilities for utility metering services. It allows utilities to track meters and other assets from purchase through disposal, manage inventory across locations, and optimize field operations. The software provides configurable workflows, integrates with meter test equipment, and captures meter data to help improve efficiency and regulatory compliance while reducing costs. It aims to address challenges introduced by AMI deployments and provide greater visibility into meter and asset data.
Web based Enterprise Asset Management Software System covering Computerized Maintenance Management Software System features including Preventive Maintenance, Work Order Generation, Asset Tracking, Stores and Inventory modules
The document discusses how warehouses can be converted from cost centers to profit centers. It notes that simple productivity gains are not enough and warehouses must generate actual profits. It emphasizes that key metrics like order accuracy, inventory accuracy, and cost per unit processed are crucial. Automating facilities can dramatically increase throughput and pick rates while reducing labor costs and reclaiming valuable space. Close attention to processes, systems, and automation strategies are needed to maximize profits.
This document outlines the standard operating procedures for purchasing at Al Shifa Hospital Pvt. Ltd. It details the 22 steps in the purchasing process from raising a purchase request to disposing of damaged or expired items. Key responsibilities include the purchase assistant collecting quotations, purchase manager preparing purchase orders, and store incharge receiving, storing, and maintaining stock. Suppliers are evaluated every six months based on quality and delivery ratings to determine inclusion on the approved supplier list.
The document describes AxionBlade® WMS, a warehouse management system that provides automated support for logistics operations within warehouses. It handles receiving, put-away, storage, picking, shipping and tracking of inventory with attributes. Key features include lot/batch tracking, attribute tracking, automatic task creation, storage management and integration with ERP systems. The system aims to improve efficiency and accuracy of warehouse operations through flexible configuration and real-time inventory visibility.
An integrated warehouse management system based on demand flow technology (DFT) can optimize material handling in a manufacturing plant. DFT is a pull manufacturing system that triggers production based on customer demand using kanban techniques. It accommodates small lot sizes down to single units and allows flexibility in scheduling. Implementing DFT requires major changes to corporate culture, organization structures, management attitudes, and worker relationships. Adopting DFT can eliminate inspector jobs, dramatically reduce cycle times and work in progress, enable faster inventory turnover, and support both JIT and TQM operations.
A warehouse management system (WMS) is a key part of the Supply Chain. Warehouse management systems often utilize automatic identification and data capture technology, such as barcode Scanners, mobile computers, wireless LANs and potentially radio frequency identification (RFID) to efficiently monitor the flow of products. Once data has been collected, there is either a batch synchronization with, or a real-time wireless transmission to a central database. The database can then provide useful reports about the status of goods in the warehouse.
The document provides an overview of SAP Engineering Change Management (ECM). It describes the ECM process which is triggered by customer requests and involves design engineers, industrial engineers, and change management. Key aspects of ECM covered include engineering change requests/orders, the use of effectivity parameters to define when changes take effect, digital signatures for approval, and change hierarchies to structure changes. Workflows and release controls are used to manage the ECM process.
Sample process guide_-_change_managementbalajimuthu10
This document outlines the change management process and procedures for XXXXX Information Technology. It defines change levels from Level 1 to Level 4 based on impact and risk, with Level 1 being minor changes and Level 4 being major changes. It describes the approval, lead time, and documentation requirements for each level. It also outlines the roles and responsibilities in the change management process and the workflows to enter, approve, implement, and close a change request.
The document discusses spare parts criticality assessment methods. It defines spare parts and their importance for minimizing machine downtime. A criticality assessment determines which spare parts are most important to processes. The document then describes models for classifying spare parts as critical or non-critical based on factors like failure rate and procurement lead time. It also outlines several assessment methods like analytic hierarchy process and gray prediction models. Inventory analysis methods like FSN, HML and VED are introduced to help optimize spare part management.
This document discusses the importance of developing a standardized stores manual for an organization. It outlines key benefits such as reducing training time for new employees, ensuring business continuity, and standardizing processes. The document recommends including information in the manual such as standard operating procedures, policies and objectives, an organizational chart, responsibilities and authorities, and procedures for activities like receiving goods, issuing materials, and inventory management. It also provides steps for developing the manual such as studying the organization, collecting existing documents, discussing processes with staff, and preparing draft content and flowcharts. The stores manual aims to clearly define procedures and responsibilities to guide staff and activities in the stores department.
For a company to continue business, the role of the Spare Parts department is very important. Whether or not the part activities are properly controlled, can greatly influence the company’s success.
The system control among other things is vitally important to the Spare Business Unit (SBU) control, for effective operation of actual SBU.
Here are the key steps in the repair order process according to the given priority rules:
1. Emergencies are addressed within 2 hours to prevent injury or serious damage.
2. Urgent issues are resolved within 24 hours to minimize disruption.
3. High priority routine repairs are completed within 7 days.
4. Lower priority routine repairs are done within 21 days.
5. Cyclical or planned routine repairs are bundled and addressed within 6 weeks to improve efficiency.
The priority rules help ensure the most critical repairs are completed quickly while still addressing less urgent issues in a timely manner.
The document discusses various order fulfillment and warehouse management technologies including pick-to-light systems, put-to-light systems, warehouse robotics, warehouse management systems (WMS), automated guided vehicles (AGVs), and the Internet of Things (IoT). It outlines the benefits of each technology such as increased productivity, reduced costs, improved accuracy, and real-time visibility. It then provides examples of how some of these technologies such as WMS, AGVs, RFID, and IoT could be applied at MSIL to improve operations and inventory management.
PlantConnect – plant asset monitoring system (pams)Akshay Tilak
Plant Asset Management refers to optimally and sustainably managing assets, associated performance, risks and expenditures over their lifecycles to achieve organizational goals. An important aspect is maintenance management to ensure optimum asset performance. PlantConnect is a Plant Asset Management solution that gives machines a "voice" through continuous online monitoring of machine operations data to assess asset health and advise on maintenance. It monitors key performance indicators, manages maintenance, and enables energy monitoring to reduce costs and enhance benefits.
Why Generic Configurators dont work in the valve IndustrySanjeev Nadkarni
The document discusses Configurator Solutions, a company that develops sizing, selection, configuration, pricing, and quotation software for the flow control valve industry. It provides solutions for over 8000 users in 57 countries and 3 of the top 5 control valve companies use its software. The document outlines Configurator Solutions' implementation methodology, which involves analyzing product requirements, validating rules with the client, coding the solution using pre-built modules, deploying it globally, and providing ongoing support.
This document provides guidelines for auditing and evaluating validation documentation as part of a remediation project. It outlines key activities and items to evaluate for validation and qualification documents, including worst case scenarios, critical parameters and limits, and calibration. An example process validation list and equipment qualification list are provided. General guidelines are given for validation and qualification documentation stages and content. Qualification stages for equipment, facilities, and utilities are described, including installation, operational, and performance qualification. Types of process validation including traditional, continuous, and hybrid are briefly outlined. References for further information are listed at the end.
Warehouse Management is presented by Welingkar’s Distance Learning Division. Warehouse is a combination of two words ”ware” and “House” which means that it is a place to house or store/keep wares i.e. items/articles for sale. This presentation includes different aspects of warehouse like function, storage, types of stacking and others.
For more such innovative content on management studies, join WeSchool PGDM-DLP Program: http://bit.ly/DistMang
Join us on Facebook: http://www.facebook.com/welearnindia
Follow us on Twitter: https://twitter.com/WeLearnIndia
Read our latest blog at: http://welearnindia.wordpress.com
Subscribe to our Slideshare Channel: http://www.slideshare.net/welingkarDLP
This document describes a software solution for selection, configuration, pricing, and quotation of on-off and isolation valves. The software allows automation of the entire process from inquiry to generating proposals. It features guided product selection, integration with other systems, pricing management, and analytics capabilities. The goal is to help valve manufacturers streamline their sales, engineering, and operations processes.
The document discusses the turnaround of the Chakan facility by implementing operational excellence strategies. It describes problems at the facility like lack of organization, high costs, weak processes, and inventory issues. A turnaround plan was made to implement 5S, reduce process variation, improve on-time shipment, increase inventory turnover, reduce crane and demurrage costs, and address HR/safety issues. The plan aimed to transform the facility from a poorly functional state in 2012 to an industry standard facility by 2014 through streamlining processes, upgrading facilities, and establishing an integrated supply chain.
Tesco's Meter Manager solution provides asset management, inventory tracking, and field management capabilities for utility metering services. It allows utilities to track meters and other assets from purchase through disposal, manage inventory across locations, and optimize field operations. The software provides configurable workflows, integrates with meter test equipment, and captures meter data to help improve efficiency and regulatory compliance while reducing costs. It aims to address challenges introduced by AMI deployments and provide greater visibility into meter and asset data.
Web based Enterprise Asset Management Software System covering Computerized Maintenance Management Software System features including Preventive Maintenance, Work Order Generation, Asset Tracking, Stores and Inventory modules
Kingsleys Power Point Presentation on Operations Management.pptxKingsley Aduma
The document discusses key concepts in operations management. It defines operations management as the business function responsible for planning, coordinating, and controlling resources needed to produce products and services. An operations manager is responsible for transforming inputs like materials, labor, and capital into outputs like goods and services. The document outlines various operations management strategies, process types, facility layouts, and techniques for scheduling production, monitoring performance, and controlling processes. It also discusses ways to identify and eliminate waste, manage inventory, and increase productivity in operations.
Controlling consists of verifying whether everything occurs in conformities with the plans adopted, instructions issued and principles established. Controlling ensures that there is effective and efficient utilization of organizational resources so as to achieve the planned goals. Controlling measures the deviation of actual performance from the standard performance, discovers the causes of such deviations and helps in taking corrective actions.
This document outlines key concepts in production and operations management. It discusses the importance of effective production, including lower costs, higher quality, and responsiveness to customers. Mass, flexible, and customer-driven production systems are compared. The roles of technology in manufacturing are also examined. Other major topics covered include plant location decisions, production planning and control, inventory management, quality control, and ISO standards.
The document summarizes key topics in production and operations management, including the importance of the production function, mass production techniques, production processes, the role of technology, factors in plant location decisions, the jobs of production managers in planning, layout, production control, and quality control, and some common quality standards.
This document provides information about an executive PGDM course in operations management. It outlines the course outcomes, modules, topics to be covered, books recommended, and functional areas of management. The first module introduces key concepts like the importance and functions of operations, relationships between operations and other functions, and different production systems. It also discusses the differences between manufacturing and service operations, and defines productivity and productivity measurement.
This document provides an overview of lean manufacturing principles. It defines lean manufacturing and the lean enterprise as philosophies focused on minimizing waste and meeting customer needs. The key aspects of lean covered include identifying the seven types of waste, implementing 5S techniques, designing cellular manufacturing layouts, using just-in-time processes, and value stream mapping to optimize workflow. The goals of lean are to continuously improve processes, reduce costs and lead times, and increase quality and efficiency.
Operations management involves directing and controlling processes to transform inputs into products and services. It is a set of decisions made by operations managers at both strategic and tactical levels regarding areas like processes, quality, capacity, and operations. Key decisions include strategic choices, processes, quality control, facility capacity and location planning, and day-to-day operating decisions. Operations management differs between manufacturing and service organizations. Developing an effective operations strategy is important for competitiveness through approaches like superior technologies, quick delivery times, and flexibility.
Measuring Long-Run and Nonfinancial Organizational Performancenarman1402
This document discusses measuring organizational performance, both financial and non-financial, in the long-run. It covers the importance of vision and mission statements in guiding long-term objectives. Non-financial measures like throughput, quality, and lead time are important to consider alongside financial metrics. Activity-based management can help optimize processes. Measuring multinational performance is challenging due to differing business environments. The balanced scorecard approach integrates measures across key areas like customers, internal processes, innovation and financials. Sample manufacturing performance indicators are also provided.
1) The document provides guidance on selecting and implementing a Laboratory Information Management System (LIMS). It outlines the key steps in the process from identifying requirements to implementation.
2) Some common benefits of a LIMS include reducing paper use, improving data retrieval times, automating workflows, and increasing productivity and compliance through features like electronic approvals and signatures. Setting clear requirements upfront is important for selecting the right system.
3) Implementation requires planning for training, data migration, customization and go-live support to ensure successful adoption of the new system. Different system options have varying responsibilities for vendors and customers.
Making the Move to an Enterprise Clinical Trial Management SystemPerficient
The document discusses making the move to an enterprise clinical trial management system (CTMS) for organizations of any size. It outlines key indicators that a CTMS is needed, such as rapid growth, increased trial complexity, and a desire for real-time data integration. An internal analysis of current processes and identification of stakeholders and requirements is recommended. Selection considerations include system performance, customization options, and integration capabilities. The conclusion emphasizes analyzing needs, obtaining funding approval, and choosing a system and implementation partner carefully.
This document discusses essential ERP features for manufacturers. It outlines key features manufacturers should look for in an ERP system, including inventory management, quality control, regulatory compliance, finances, production planning, purchasing, sales, and product development. Additional considerations for process manufacturers are also provided, such as lot tracking, mixed unit of measurement, recipe formulation, co-product management, and shelf life management. The document emphasizes that manufacturers need an ERP tailored to their specific industry to streamline operations and meet compliance standards.
This presentation will highlight the need for a rigorous approach to meter certification as well as continued testing as both the meter and the communication module and the firmware to run both are upgraded and changed over the course of deployment.
Presented at the North Carolina Electric Meter School. 6/2013
Operations management refers to administering business practices to maximize efficiency and profitability. It involves converting materials and labor into goods and services. The operations function creates and delivers products and services while evaluating quality, quantity, costs and fulfilling customer needs. Mass production and flexible production are two key production methods used. Production managers oversee resources to transform inputs into finished outputs through planning, implementing, and controlling production processes.
This presentation will discuss how Asset Tracking for Metering has changed dramatically over the past dozen years and what the term “asset tracking” will mean for meter services in the future.
In the past we had Corporate asset management systems that originated on the financial side of the business and we had meter record systems that handled all metering test results. Between the two we would have all of our bases covered.
Clinical Trial Supply Management with Siebel CTMSPerficient
Param Singh, Vice President of Clinical Trial Management Solutions at BioPharm Systems, gave a presentation on clinical supply management with Siebel Clinical. He discussed trends like outsourcing and complex supply chains, as well as challenges around forecasting, regulations, and communication. Singh presented Siebel Clinical's capabilities for inventory tracking, metrics, and integration. He outlined four approaches to tracking clinical supplies in Siebel Clinical with varying levels of complexity and functionality. BioPharm can help with implementations, enhancements, and product offerings for clinical supply management.
Communications Mining Series - Zero to Hero - Session 1DianaGray10
This session provides introduction to UiPath Communication Mining, importance and platform overview. You will acquire a good understand of the phases in Communication Mining as we go over the platform with you. Topics covered:
• Communication Mining Overview
• Why is it important?
• How can it help today’s business and the benefits
• Phases in Communication Mining
• Demo on Platform overview
• Q/A
AI 101: An Introduction to the Basics and Impact of Artificial IntelligenceIndexBug
Imagine a world where machines not only perform tasks but also learn, adapt, and make decisions. This is the promise of Artificial Intelligence (AI), a technology that's not just enhancing our lives but revolutionizing entire industries.
Programming Foundation Models with DSPy - Meetup SlidesZilliz
Prompting language models is hard, while programming language models is easy. In this talk, I will discuss the state-of-the-art framework DSPy for programming foundation models with its powerful optimizers and runtime constraint system.
Threats to mobile devices are more prevalent and increasing in scope and complexity. Users of mobile devices desire to take full advantage of the features
available on those devices, but many of the features provide convenience and capability but sacrifice security. This best practices guide outlines steps the users can take to better protect personal devices and information.
Driving Business Innovation: Latest Generative AI Advancements & Success StorySafe Software
Are you ready to revolutionize how you handle data? Join us for a webinar where we’ll bring you up to speed with the latest advancements in Generative AI technology and discover how leveraging FME with tools from giants like Google Gemini, Amazon, and Microsoft OpenAI can supercharge your workflow efficiency.
During the hour, we’ll take you through:
Guest Speaker Segment with Hannah Barrington: Dive into the world of dynamic real estate marketing with Hannah, the Marketing Manager at Workspace Group. Hear firsthand how their team generates engaging descriptions for thousands of office units by integrating diverse data sources—from PDF floorplans to web pages—using FME transformers, like OpenAIVisionConnector and AnthropicVisionConnector. This use case will show you how GenAI can streamline content creation for marketing across the board.
Ollama Use Case: Learn how Scenario Specialist Dmitri Bagh has utilized Ollama within FME to input data, create custom models, and enhance security protocols. This segment will include demos to illustrate the full capabilities of FME in AI-driven processes.
Custom AI Models: Discover how to leverage FME to build personalized AI models using your data. Whether it’s populating a model with local data for added security or integrating public AI tools, find out how FME facilitates a versatile and secure approach to AI.
We’ll wrap up with a live Q&A session where you can engage with our experts on your specific use cases, and learn more about optimizing your data workflows with AI.
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Sudheer Mechineni, Head of Application Frameworks, Standard Chartered Bank
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TESCO Meter Manager Overview
1. Asset Management &
Inventory Tracking Systems
for Metering Services
Prepared by Paul Fratellone, TESCO
The Eastern Specialty Company
for the Manufacturer’s Forum at EEI
Monday, October 2, 2017 at 3 p.m.
2. Agenda
2
• Asset & Inventory
Overview
• Benefits & Return on
Investment
• Owners & Perspectives
• Build vs. Buy
• Project Methodology
• Getting Started
• The Portfolio
Landscape
• Meter Shop & Field
Operations
• Challenges in AMI
• Meter Life-Cycle
• Out-of-the-Box
• Paradigm Shift
• Advancing Business
Process
Optimization
3. Asset Management & Inventory Tracking
3
Asset Management
Asset management refers to tracking unique items of
value. They are often called physical assets or fixed
assets.
Inventory Tracking
Inventory tracking refers to tracking non-unique items of
value. These are often called stock or consumable items
that track quantity, disposition, location…
Organizations strive to gain greater control and
efficiencies when managing their assets
4. Benefits & Considerations
4
Business Drivers
• Cost Reduction
• Increased Revenue
• Improved Efficiencies
• Increased Traceability
The system should provide the necessary knowledge
both for the warehouse worker to perform daily tasks
and management to have product and financial insight.
5. Owners Perspectives, Needs & Wants
5
Owners
Meter Shop
Field Operations
Revenue Protection
Administration
Technology
Each owner will have their own
perspective and objectives for the
asset/inventory management system.
Ensure a 360 degree view of your
organizations is represented
6. Build vs. Buy
6
You must consider:
Creating a weighted decision matrix to qualify & quantify vendors
Ensure ALL business owners are included
Always remember It’s business FIRST, technology SECOND
BUILD
Speed to market
Quality
Maintenance & TCO
Trade-offs
SaaS
On-Premise
BUY
Vendor’s domain knowledge & experience?
Does the solution meet ALL requirements?
(Gas, Electric & Water)
Track record & success stories
Total Cost of Ownership
7. Project Methodology
7
Your vendor should realize that there is no “one-size-fits-all” that
works for all business types, sizes or industries.
The vendor should be ready to assist and guide you
through every phase of the initiative
8. Getting Started
8
Their approach should include:
• An initial discovery session to understand your goals,
requirements, timeline and budget
• An assessment review of your existing environment, definition
of project requirements, and success criteria
• Defining which systems will be the “system of record”
• Offer recommendations for business process improvements
• Data conversion, cleansing and migration
• Interfacing with other systems
• Configuration, and deployment of the final
solution
• Product lifecycle support
10. Utility 2.0 – Asset/Inventory Mgmt.
Systems for Metering Services
10
I will use the previous slides as a backdrop to go into details about the
MM functions and highlight and emphasize the AMI impacts
11. Meter Shop & Field Operations
11
• Meters on the system (inventory and installed)
• Meter test records (accuracy)
• AQL Sample
• PSC/PUC Random and Periodic Sample
• Instrument transformers
• Site Verification
• Personal Protective Equipment (PPE)
• Tools & Instruments
Traditionally Meter Service Departments have typically
been tasked with tracking:
12. Challenges Introduced by AMI
12
• Track both the hardware and firmware version for the meter and
AMI Modules
• Tracking network devices (bridges, relays, extenders…)
• Ability to track functional test results as well as accuracy/demand
results
• Track complete site information for transformer rated customers
• Seamlessly handle PPE i.e. rubber goods, tools and instruments
• Deployments require robust RMA processing & tracking
• Track multiple serialized devices under the cover
of a single meter
• Swap out and/or add additional devices at some
later date to an installation
• Track and update Program ID
13. Typical Meter Life-Cycle
13
New Meter Purchase
First Article
Purchase Order
Vendor File (device creation)
Meter Receiving
Acceptance Testing
Device Release to Stock
Used Meter Processing
Meter Check-in
Meter Testing
Device Restocking
Retirement
14. Typical Meter Life-Cycle (cont’d)
14
Inventory Tracking
Track Inventory within shops, warehouses, storerooms,
down to the container and/or shelf
Track Inventory to the person or truck
• Meters are assigned to the person / truck
• As meters are set, they are removed from inventory
• Used meters are tracked from removal to meter shop
• Physical inventory counts may be performed at any time
Quality management
• Detailed analysis of meter performance
• In-service, random sample, and periodic test plans
• Full RMA tracking
15. Configurable & Customizable – Out of the Box
15
The software must be able to turn features on/off, based on
security but also ensure the workflows are aligned with how
your organization operates.
Reference Tables
• Operating Areas
• Inventory Locations
• Meter shops
• Container types
• Test Boards
• Scanners
Operational Tables
• Item Models
• Device Types
• Failure Reasons
• Test Types (work-orders)
• Retirement Reasons
• Test Sequences & Limits
• Warranty
Security & Users
• People
• Users
• Roles
• Modules
The software must support user defined fields and
customizable workflows. These are essential to minimizing
disruption to existing systems
16. Paradigm Shift – Meter Testing
16
AMI has fundamentally changed what is tested, recorded
and tracked. Accuracy Testing is only one component
FUNCTIONAL TESTING – Need to Verify
Display and program ID
Seals
Soft switches
AMI module hardware & firmware
Meter hardware & firmware
Master reset
Communications Check
Disconnect switch (if applicable)
Security Check
17. AMI Inventory & Asset Management
• Bridges, Range Extenders
• Warranty & Battery Replacement
Integration with Test Boards
• WECO, RFL, KNOPP, TESCO, GAS PROVERS
Kiosk workstation to accelerate meter shop & stores
operations
Automated Meter Manufacturing File processing
Barcode scanning for managing shipments and
inventory movements
Configurable Workflows
• Test Sequences, Tasks & Limits
• Work orders & test types
• Role based security
Inventory Forecasting & Procurements
Regulatory Compliance
Reporting 17
Advancing Business Process Optimization
18. The Promise of AMI
18
The introduction ten years ago and the continued development of an
Advanced Meter Infrastructure (AMI) system promised more effective and
more efficient Meter Service Operations.
This was to be accomplished in a variety of ways
starting with:
• No need to read meters (if AMR had not
previously been deployed)
• No need to roll a truck to perform a
disconnect or a reconnect
• Better ability to detect and respond to
outages
• Better ability to detect theft
• Better ability to detect (and eventually
capture) unbilled energy
• Better understand customer usage and make
better energy buying decisions
19. What Data Are We Getting and
How Are We Using It?
19
Meter Quality Assurance:
Focusing on meter reading performance enables utilities to ensure
AMI reliability. For instance, when meter readings are expected
but not delivered, the system takes note, and calculates overall
performance statistics for the AMI system. Utilities are made privy
to problems they never would have been able to identify in the
past.
21. 21
Paul Fratellone
Quality Assurance
TESCO – The Eastern Specialty Company
Bristol, PA 19007
email: paul.fratellone@tescometering.com
Mobile: 267-588-1418
This presentation can also be found on the TESCO website:
www.tesco-advent.com
Questions and Discussion
Editor's Notes
In the past we had Corporate asset management systems that originated on the financial side of the business and we had meter record systems that handled all metering test results. Between the two we would have all of our bases covered.
As organizations bring inventory into their warehouses they are concerned with where product is stored, how it is distributed to locations and customers, how to track units sold, and when to replenish inventory
Cost Reduction—Optimize inventory, reduce shrinkage, and lower labor costs
Increased Revenue—Reduce out-of-stock SKUs, better monitor sales trends to optimize sales revenue
Improved Efficiencies—Increased accuracy, reduction of data entry errors, and automated data collection to provide real-time monitoring
Increased Traceability —Gain greater insight into key aspects of your organization
Identify your organization’s objectives—What do you want to track? How do you want it managed? What systems should be integrated into your solution?
Develop a site survey and technology plan—Understand that asset and inventory data will need to be collected and analyzed in order to determine the right solution.
Create a pilot program—If asset management and inventory tracking technology is new to your organization, it is often recommended to pilot your solution in a small area of your organization. Piloting will help you to refine requirements and better understand the components needed
Choose the methodology that will deliver the most value, with the least impact on those delivering it. We will evaluate organizational goals, the constraints and dependencies, risks involved, the project size, cost, and of course, the complexity of the project.
Level to which we can track inventory… What level… Shop, employee, vehicle…
Purpose built platforms continuously get enhanced/improved from usage and needs. Subsequent installations… One need becomes a core module.
User defined tasks and fields.