The document provides an overview of the operations at Anoplate, a metal finishing company. It describes the key processes from receiving customer orders through planning, scheduling, racking, and plating. Issues identified include long wait times between receiving and racking, missed on-time delivery commitments, inaccurate projected start dates, and preferential treatment of premium customers. Recommendations are made to streamline processes, improve planning and scheduling software, track rack locations, and set more accurate projected dates.
This document discusses root cause analysis (RCA) and loss elimination efforts at MMG sites from 2010-2014. It provides background on RCA processes, including:
- Establishing trigger action response plans (TARP) to determine what events to investigate and at what level.
- Using a standard RCA investigation process and format to facilitate sharing learnings.
- Tracking RCA metrics like the number of investigations initiated and status of resulting actions.
- The importance of leadership support, site champions, training, and linking RCAs to plant performance to sustain an effective RCA program over time.
The goal is a proactive, timely, and cross-functional RCA process that prior
This document provides an overview of lean transformation efforts at a UTC Aerospace Systems site. It discusses:
1) The selection of the Electric Power shop as the pilot area for lean transformation based on product family matrix and PQ analysis data.
2) Current state maps that identified issues with information and material flow needing improvement, and future state maps outlining lean guidelines.
3) Metrics that have improved due to lean efforts such as CSL, turnaround time, inventory turns, and customer satisfaction.
4) Eight key success factors for lean operations including process vision, target linkage, transformation roadmaps, toolsets, roles and responsibilities, competency development, and communication.
The talk describes how service operations in the insurance industry can be optimized using Process Wind Tunnel. Process Wind Tunnel utilizes novel process analytics, process mining, simulation and targeted automation to improve business processes. It also describes a real-world application of process mining to diagnose complex business process and gain insights. This talk was delivered at the Process Mining Camp 2020 and is available on Youtube (https://www.youtube.com/watch?v=ujEoPiuo9As)
It was really excited to run my First Lean Six Sigma Black Belt Project in my factory . And during the project im really great full to my honorable management . Now im posting this project for the audience of this site .
This document describes several Lean Six Sigma projects aimed at improving efficiency and reducing costs. It summarizes multiple projects including reducing packaging scrap, improving productivity in packaging and coil winding operations, reducing injection molding setup times, and implementing a warehouse management system. One project improved productivity from 240 to 331 packs per hour and reduced setup time from 30 minutes to under 5 minutes, realizing annual savings of $300,000.
6 panel manual training guide by Tonatiuh Lozada Duarte an excellent method o...Tonatiuh Lozada Duarte
Besides the traditional 8D's to solve problems this a great method to solve any problem, companies as Ford Motor Company requires this method to their suppliers to get quick and correct solutions, I hope this material can be helpful for you.
This document provides an overview of materials requirements planning (MRP). It discusses the history and objectives of MRP, which is designed to determine materials needs based on a master production schedule and bill of materials. The key inputs to MRP are outlined, including the master production schedule, bill of materials, and inventory records. An example is provided to demonstrate how MRP works. Safety stocks are also discussed as a way to account for variations in demand and supply.
This document discusses root cause analysis (RCA) and loss elimination efforts at MMG sites from 2010-2014. It provides background on RCA processes, including:
- Establishing trigger action response plans (TARP) to determine what events to investigate and at what level.
- Using a standard RCA investigation process and format to facilitate sharing learnings.
- Tracking RCA metrics like the number of investigations initiated and status of resulting actions.
- The importance of leadership support, site champions, training, and linking RCAs to plant performance to sustain an effective RCA program over time.
The goal is a proactive, timely, and cross-functional RCA process that prior
This document provides an overview of lean transformation efforts at a UTC Aerospace Systems site. It discusses:
1) The selection of the Electric Power shop as the pilot area for lean transformation based on product family matrix and PQ analysis data.
2) Current state maps that identified issues with information and material flow needing improvement, and future state maps outlining lean guidelines.
3) Metrics that have improved due to lean efforts such as CSL, turnaround time, inventory turns, and customer satisfaction.
4) Eight key success factors for lean operations including process vision, target linkage, transformation roadmaps, toolsets, roles and responsibilities, competency development, and communication.
The talk describes how service operations in the insurance industry can be optimized using Process Wind Tunnel. Process Wind Tunnel utilizes novel process analytics, process mining, simulation and targeted automation to improve business processes. It also describes a real-world application of process mining to diagnose complex business process and gain insights. This talk was delivered at the Process Mining Camp 2020 and is available on Youtube (https://www.youtube.com/watch?v=ujEoPiuo9As)
It was really excited to run my First Lean Six Sigma Black Belt Project in my factory . And during the project im really great full to my honorable management . Now im posting this project for the audience of this site .
This document describes several Lean Six Sigma projects aimed at improving efficiency and reducing costs. It summarizes multiple projects including reducing packaging scrap, improving productivity in packaging and coil winding operations, reducing injection molding setup times, and implementing a warehouse management system. One project improved productivity from 240 to 331 packs per hour and reduced setup time from 30 minutes to under 5 minutes, realizing annual savings of $300,000.
6 panel manual training guide by Tonatiuh Lozada Duarte an excellent method o...Tonatiuh Lozada Duarte
Besides the traditional 8D's to solve problems this a great method to solve any problem, companies as Ford Motor Company requires this method to their suppliers to get quick and correct solutions, I hope this material can be helpful for you.
This document provides an overview of materials requirements planning (MRP). It discusses the history and objectives of MRP, which is designed to determine materials needs based on a master production schedule and bill of materials. The key inputs to MRP are outlined, including the master production schedule, bill of materials, and inventory records. An example is provided to demonstrate how MRP works. Safety stocks are also discussed as a way to account for variations in demand and supply.
The document provides information on MRP (Material Requirements Planning), including its characteristics, elements, formulas, and lot sizing techniques. It then presents two example problems demonstrating how to construct a product tree, represent level codes, and develop a net material requirements plan. The problems show how to account for changes in demand and calculate planned order quantities using different techniques.
This document outlines the key activities and checks needed for a successful cut-off procedure and go-live of a new SAP system. It discusses:
1) Pre-go live activities like master data loading, cost center planning, and product costing runs.
2) Pre-go live checks like customizing, number ranges, and operating concern setup.
3) Transaction data upload including purchase orders, stock, receivables, payables, assets, and general ledger balances.
The goal is to provide a comprehensive guide to migrating accurately from the old to new system on the planned go-live date.
Resume_Instrumentation Engineer_7.5 year experienceDHRUVA MISHRA
- Over 7 years of experience as an Instrument Manager at Reliance Industries Ltd in Vadodara, Gujarat, with expertise in DCS, PLC, and SCADA systems including Honeywell, Allen Bradley, and Siemens.
- Responsibilities include maintenance, testing, troubleshooting, and overseeing installation and commissioning of instrumentation.
- Holds a B.Tech in Electronics and Instrumentation from Shobhit Institute of Engineering and Technology.
Leak d Detection feasibility study iFluids EngineeringJohn Kingsley
Leak Ddetection feasibility study iFluids Engineering
A pipeline leak detection system (PLDS) is an increasingly standard component of a modern pipeline control system. Pipeline operators function today in an environment where leak detection systems are seen as a condition of operation mandated via the legal code and enforced through both the courts and regulatory mechanisms and agencies.
PLDS system requirements have generally become more stringent with time. Prudent operators responsible for ensuring compliance with regulatory requirements for leak detection systems must:
• Clearly identify regulatory requirements.
• Define application requirements.
• Select an appropriate leak detection product.
• Initially test and validate system performance.
• Perform recurring testing and validation.
a-survey-on-gas-leak-detection-and-localization-techniques
The Importance Of The Right Instrumentation For Pipeline Leak Detection
In this era where pipeline infrastructure is badly needed to bring liquid products from new plays to market – finding a path to build new pipelines has been increasingly difficult. Politics aside, there is no question that environmental, health and safety are the main concerns when it comes to permitting and building pipelines, and we’ve seen many major projects stalled or cancelled over the past 5 years. The good news? Pipelines remain the safest and most efficient way to transport liquid product, which ultimately bodes well for the industry as expansion is needed. As a collective - however – the industry needs to make a much better case in the court of public opinion if we ever hope to quell the fears prevalent among the discussion.
Project business Case :
PDI is package pickup and delivery company which OUTSOURCES its ground operations to a third party
Inefficiency in processes and miscommunication at PDI -> rebates and idle time costs
Gross margin needs to be improved to sustain operations and for growth in future
Problem Statement :
Identify causes behind current inefficiencies (rebate and idle cost) impacting gross margin.
The document outlines a Six Sigma project to address high shorted percentages at a cable manufacturing company. It defines the problem as shorted percentages being over 2% for the past two months instead of the target of 1.3%. The project goals are to decrease the shorted percentage to the target and avoid business losses. Key steps include defining CTQs, collecting data on shorted drums, analyzing potential causes using hypothesis testing and Ishikawa diagrams, and improving and controlling the process.
Service revamp lean six sigma black belt projectSumit K Jha
Project- Service revamp
Type- Lean Six Sigma Black Belt Project
Outline- To improve the entire process of getting purchase orders, purchasing, manufacturing, warehousing and installation
Tools/Framework- Six Sigma concepts such as SIPOC, fish bone analysis, control charts and hypothesis testing; statistical tools, Microsoft Dynamic AX
Role- Project manager
Outcome- The successful completion of the project yielded in cost savings of INR 1.61 crores
1) The document outlines the cutover strategy for migrating from an old legacy system to a new SAP FICO system. It involves pre-go live activities like master data upload and product costing runs.
2) The cutover or "cut-off" date is when the old system is switched off and the new SAP system is used. Data migration like stock, receivables, payables occurs around this date.
3) Pre-go live checks ensure the SAP production system is ready, including confirming all customizations and number ranges are in place.
The document discusses the commissioning process framework and guidelines from organizations like ASHRAE and NIBS. It summarizes the key phases and documents of the commissioning process, including pre-design, design, construction, and occupancy. In the pre-design phase, the owner's project requirements are developed and the commissioning plan is initiated. In the design phase, the commissioning plan is updated and the basis of design is verified to ensure the design matches the owner's requirements.
Liz's Bakery is experiencing increased customer complaints and decreased revenue from their cookies. The goal is to reduce complaints by 50% and increase revenue by $12,000 by April 2015. The measure phase found the bake temperature was randomly out of specification, which is likely the root cause of the problems. In the analyze phase, the team will further examine the impact of bake temperature and identify solutions to correct it.
SoftExpert provides software solutions for advanced product quality planning (APQP) and product part approval processes (PPAP). The document discusses APQP and PPAP, including their purposes and focuses. It then describes SoftExpert's product lifecycle management software, which enables companies to manage all aspects of a product's lifecycle. The software includes features like workflows, bills of materials, documents, inspections, forms, and analytics. Finally, the document provides testimonials from customers who implemented SoftExpert's software to improve their product development and approval processes.
Black Belt Project-6Sigma-Crank_Noise.Pradip Kumar
This document describes a Six Sigma project to reduce defects related to functional parts problems occurring during road tests at DPSA. Currently, 56% of defects are functional in nature, with ADDC noise accounting for 106 defects from February to April 2013, resulting in a PPM of 8074. The project aims to eliminate ADDC noise issues completely by July 31, 2013 through analyzing the root cause and improving part quality. Various charts are presented to understand the defect distribution. Validation trials will be conducted by dismantling and replacing parts in tractors exhibiting ADDC noise to identify the defective components.
This document provides a curriculum vitae for Maurice Strachan, who has over 40 years of experience as a project manager and engineer in the oil, petroleum, and mining industries. He has strong management, commercial, and technical skills, and has managed a wide range of projects globally for companies such as BP, Wood Group, and AMEC. His experience includes roles such as project manager, delivery manager, and engineering manager on projects involving oil field development, FPSOs, gas plants, and mining extraction facilities.
The document discusses SAP's Plant Maintenance (PM) module. It describes how PM provides planning, control, and processing of scheduled maintenance, inspection, damage-related maintenance, and service management to ensure availability of operational systems. The document also outlines procedures for asset and activity registration, maintenance plan creation, and function location in SAP PM. It provides details on uploading methods and templates for loading new project data into SAP PM.
Maduadugwo Odinachi is an experienced Well Testing Project Coordinator and DST/TCP Supervisor with over 15 years of experience in Schlumberger. He has extensive experience managing operations in Chad, Congo, Angola, Nigeria, and other countries in Africa. He has a background in Electrical/Electronic Engineering and has managed various projects for companies including Schlumberger, Eni, Total, and Chevron.
The document outlines steps for creating a future state map including identifying the desired cycle time, determining if a direct ship or supermarket pull system will be used, where continuous flow can be implemented, where supermarkets are needed, identifying the pacemaker process, how to level the production mix, establishing the drumbeat or pitch, and what process improvements are necessary. For Acme Stamping, the future state map shows the weld and assembly cell operating with a 60 second takt time, the pacemaker being stamping, production being leveled with a 20 minute drumbeat, and needed improvements such as reducing stamping changeover time and converting the steel supplier to daily deliveries.
Cmsc 1215 ensuring a quality order management (3)Perficient, Inc.
This document provides an overview of ensuring quality in an order management system implementation. It discusses the importance of quality testing, including starting testing early in the software development lifecycle. Various phases of testing are described, such as unit testing, integration testing, and user acceptance testing. Areas of an order management system that can be tested are outlined. The summary concludes by emphasizing the importance of quality to avoid issues that can delay timelines and impact customer satisfaction.
SAP for SCM OTIF Improvement Project-ExternalAndrew Si
This project aims to improve planning, scheduling, and on-time delivery for key accounts at Plant 123. The project will use SCOR methodology and lean tools to identify gaps in the order-to-cash process that cause delays. Specifically, it will review front-end planning/scheduling and shop floor execution to boost on-time-in-full delivery rates. Four key areas (Xs) were identified as impacting on-time delivery: 1) production order planning, 2) scheduling and implementation, 3) throughput of constrained work centers, and 4) raw material availability. The project will measure and improve these areas over multiple phases to close gaps and meet on-time delivery goals of 98% for Account A and 95%
The Benefits of Applying Lean Sigma for ServiceWillie Carter
The document provides an overview of using Lean Six Sigma (LSS) methodology to improve service and transactional processes. It summarizes the key steps and tools used in each phase of the LSS approach - Define, Measure, Analyze, Improve, and Control. In the Define phase, tools like value stream mapping, process mapping and identifying customer requirements are used. Data collection tools like Pareto charts and process metrics are emphasized in Measure. Analyze makes use of cause-and-effect diagrams and root cause analysis. Improve focuses on eliminating waste and variation. Control establishes procedures to sustain gains through documentation, training and monitoring.
The document provides information on MRP (Material Requirements Planning), including its characteristics, elements, formulas, and lot sizing techniques. It then presents two example problems demonstrating how to construct a product tree, represent level codes, and develop a net material requirements plan. The problems show how to account for changes in demand and calculate planned order quantities using different techniques.
This document outlines the key activities and checks needed for a successful cut-off procedure and go-live of a new SAP system. It discusses:
1) Pre-go live activities like master data loading, cost center planning, and product costing runs.
2) Pre-go live checks like customizing, number ranges, and operating concern setup.
3) Transaction data upload including purchase orders, stock, receivables, payables, assets, and general ledger balances.
The goal is to provide a comprehensive guide to migrating accurately from the old to new system on the planned go-live date.
Resume_Instrumentation Engineer_7.5 year experienceDHRUVA MISHRA
- Over 7 years of experience as an Instrument Manager at Reliance Industries Ltd in Vadodara, Gujarat, with expertise in DCS, PLC, and SCADA systems including Honeywell, Allen Bradley, and Siemens.
- Responsibilities include maintenance, testing, troubleshooting, and overseeing installation and commissioning of instrumentation.
- Holds a B.Tech in Electronics and Instrumentation from Shobhit Institute of Engineering and Technology.
Leak d Detection feasibility study iFluids EngineeringJohn Kingsley
Leak Ddetection feasibility study iFluids Engineering
A pipeline leak detection system (PLDS) is an increasingly standard component of a modern pipeline control system. Pipeline operators function today in an environment where leak detection systems are seen as a condition of operation mandated via the legal code and enforced through both the courts and regulatory mechanisms and agencies.
PLDS system requirements have generally become more stringent with time. Prudent operators responsible for ensuring compliance with regulatory requirements for leak detection systems must:
• Clearly identify regulatory requirements.
• Define application requirements.
• Select an appropriate leak detection product.
• Initially test and validate system performance.
• Perform recurring testing and validation.
a-survey-on-gas-leak-detection-and-localization-techniques
The Importance Of The Right Instrumentation For Pipeline Leak Detection
In this era where pipeline infrastructure is badly needed to bring liquid products from new plays to market – finding a path to build new pipelines has been increasingly difficult. Politics aside, there is no question that environmental, health and safety are the main concerns when it comes to permitting and building pipelines, and we’ve seen many major projects stalled or cancelled over the past 5 years. The good news? Pipelines remain the safest and most efficient way to transport liquid product, which ultimately bodes well for the industry as expansion is needed. As a collective - however – the industry needs to make a much better case in the court of public opinion if we ever hope to quell the fears prevalent among the discussion.
Project business Case :
PDI is package pickup and delivery company which OUTSOURCES its ground operations to a third party
Inefficiency in processes and miscommunication at PDI -> rebates and idle time costs
Gross margin needs to be improved to sustain operations and for growth in future
Problem Statement :
Identify causes behind current inefficiencies (rebate and idle cost) impacting gross margin.
The document outlines a Six Sigma project to address high shorted percentages at a cable manufacturing company. It defines the problem as shorted percentages being over 2% for the past two months instead of the target of 1.3%. The project goals are to decrease the shorted percentage to the target and avoid business losses. Key steps include defining CTQs, collecting data on shorted drums, analyzing potential causes using hypothesis testing and Ishikawa diagrams, and improving and controlling the process.
Service revamp lean six sigma black belt projectSumit K Jha
Project- Service revamp
Type- Lean Six Sigma Black Belt Project
Outline- To improve the entire process of getting purchase orders, purchasing, manufacturing, warehousing and installation
Tools/Framework- Six Sigma concepts such as SIPOC, fish bone analysis, control charts and hypothesis testing; statistical tools, Microsoft Dynamic AX
Role- Project manager
Outcome- The successful completion of the project yielded in cost savings of INR 1.61 crores
1) The document outlines the cutover strategy for migrating from an old legacy system to a new SAP FICO system. It involves pre-go live activities like master data upload and product costing runs.
2) The cutover or "cut-off" date is when the old system is switched off and the new SAP system is used. Data migration like stock, receivables, payables occurs around this date.
3) Pre-go live checks ensure the SAP production system is ready, including confirming all customizations and number ranges are in place.
The document discusses the commissioning process framework and guidelines from organizations like ASHRAE and NIBS. It summarizes the key phases and documents of the commissioning process, including pre-design, design, construction, and occupancy. In the pre-design phase, the owner's project requirements are developed and the commissioning plan is initiated. In the design phase, the commissioning plan is updated and the basis of design is verified to ensure the design matches the owner's requirements.
Liz's Bakery is experiencing increased customer complaints and decreased revenue from their cookies. The goal is to reduce complaints by 50% and increase revenue by $12,000 by April 2015. The measure phase found the bake temperature was randomly out of specification, which is likely the root cause of the problems. In the analyze phase, the team will further examine the impact of bake temperature and identify solutions to correct it.
SoftExpert provides software solutions for advanced product quality planning (APQP) and product part approval processes (PPAP). The document discusses APQP and PPAP, including their purposes and focuses. It then describes SoftExpert's product lifecycle management software, which enables companies to manage all aspects of a product's lifecycle. The software includes features like workflows, bills of materials, documents, inspections, forms, and analytics. Finally, the document provides testimonials from customers who implemented SoftExpert's software to improve their product development and approval processes.
Black Belt Project-6Sigma-Crank_Noise.Pradip Kumar
This document describes a Six Sigma project to reduce defects related to functional parts problems occurring during road tests at DPSA. Currently, 56% of defects are functional in nature, with ADDC noise accounting for 106 defects from February to April 2013, resulting in a PPM of 8074. The project aims to eliminate ADDC noise issues completely by July 31, 2013 through analyzing the root cause and improving part quality. Various charts are presented to understand the defect distribution. Validation trials will be conducted by dismantling and replacing parts in tractors exhibiting ADDC noise to identify the defective components.
This document provides a curriculum vitae for Maurice Strachan, who has over 40 years of experience as a project manager and engineer in the oil, petroleum, and mining industries. He has strong management, commercial, and technical skills, and has managed a wide range of projects globally for companies such as BP, Wood Group, and AMEC. His experience includes roles such as project manager, delivery manager, and engineering manager on projects involving oil field development, FPSOs, gas plants, and mining extraction facilities.
The document discusses SAP's Plant Maintenance (PM) module. It describes how PM provides planning, control, and processing of scheduled maintenance, inspection, damage-related maintenance, and service management to ensure availability of operational systems. The document also outlines procedures for asset and activity registration, maintenance plan creation, and function location in SAP PM. It provides details on uploading methods and templates for loading new project data into SAP PM.
Maduadugwo Odinachi is an experienced Well Testing Project Coordinator and DST/TCP Supervisor with over 15 years of experience in Schlumberger. He has extensive experience managing operations in Chad, Congo, Angola, Nigeria, and other countries in Africa. He has a background in Electrical/Electronic Engineering and has managed various projects for companies including Schlumberger, Eni, Total, and Chevron.
The document outlines steps for creating a future state map including identifying the desired cycle time, determining if a direct ship or supermarket pull system will be used, where continuous flow can be implemented, where supermarkets are needed, identifying the pacemaker process, how to level the production mix, establishing the drumbeat or pitch, and what process improvements are necessary. For Acme Stamping, the future state map shows the weld and assembly cell operating with a 60 second takt time, the pacemaker being stamping, production being leveled with a 20 minute drumbeat, and needed improvements such as reducing stamping changeover time and converting the steel supplier to daily deliveries.
Cmsc 1215 ensuring a quality order management (3)Perficient, Inc.
This document provides an overview of ensuring quality in an order management system implementation. It discusses the importance of quality testing, including starting testing early in the software development lifecycle. Various phases of testing are described, such as unit testing, integration testing, and user acceptance testing. Areas of an order management system that can be tested are outlined. The summary concludes by emphasizing the importance of quality to avoid issues that can delay timelines and impact customer satisfaction.
SAP for SCM OTIF Improvement Project-ExternalAndrew Si
This project aims to improve planning, scheduling, and on-time delivery for key accounts at Plant 123. The project will use SCOR methodology and lean tools to identify gaps in the order-to-cash process that cause delays. Specifically, it will review front-end planning/scheduling and shop floor execution to boost on-time-in-full delivery rates. Four key areas (Xs) were identified as impacting on-time delivery: 1) production order planning, 2) scheduling and implementation, 3) throughput of constrained work centers, and 4) raw material availability. The project will measure and improve these areas over multiple phases to close gaps and meet on-time delivery goals of 98% for Account A and 95%
The Benefits of Applying Lean Sigma for ServiceWillie Carter
The document provides an overview of using Lean Six Sigma (LSS) methodology to improve service and transactional processes. It summarizes the key steps and tools used in each phase of the LSS approach - Define, Measure, Analyze, Improve, and Control. In the Define phase, tools like value stream mapping, process mapping and identifying customer requirements are used. Data collection tools like Pareto charts and process metrics are emphasized in Measure. Analyze makes use of cause-and-effect diagrams and root cause analysis. Improve focuses on eliminating waste and variation. Control establishes procedures to sustain gains through documentation, training and monitoring.
Enhancing Service Quality: Implementing Lean SigmaWillie Carter
Lean Sigma combines Lean and Six Sigma methodologies, benefiting service businesses in several ways (1) Streamlines processes, reducing waste and lead times, (2) improves service quality, response times, and consistency, (3) identifies and eliminates unnecessary costs, improving profitability, (4) uses data and analysis to inform decisions and improve performance, (5) involves employees in problem-solving, boosting morale and productivity, (6) involves employees in problem-solving, boosting morale and productivity, and (7) delivers higher-quality services more efficiently, gaining market share and loyalty.
Overall, Lean Sigma offers service businesses a systematic approach to improving efficiency, quality, and customer satisfaction, ultimately driving profitability and competitiveness in the marketplace.
Enhancing Service Quality: Implementing Lean SigmaWillie Carter
Lean Sigma combines Lean and Six Sigma methodologies, benefiting service businesses in several ways (1) Streamlines processes, reducing waste and lead times, (2) improves service quality, response times, and consistency, (3) identifies and eliminates unnecessary costs, improving profitability, (4) uses data and analysis to inform decisions and improve performance, (5) involves employees in problem-solving, boosting morale and productivity, (6) involves employees in problem-solving, boosting morale and productivity, and (7) delivers higher-quality services more efficiently, gaining market share and loyalty.
Overall, Lean Sigma offers service businesses a systematic approach to improving efficiency, quality, and customer satisfaction, ultimately driving profitability and competitiveness in the marketplace.
Tyler Ross Lambert presented on his co-op experience at Rheem. He conducted several projects including:
1) Developing programs to streamline reporting and generate warranty analysis reports.
2) Assisting with failure analysis by performing tank teardowns to identify common failure modes.
3) Designing an expansion to increase testing capacity and updating troubleshooting manuals.
4) Developing an early warning system using sales and call data to flag potential product issues.
5) Improving Reliance by creating consolidated escalation notices and adding cost tracking features.
IRJET- Value Stream Mapping (VSM) – A Case Study in Manufacturing FacilityIRJET Journal
This document presents a case study applying value stream mapping (VSM) in a manufacturing facility to identify waste and improve productivity. The researchers created a current state map of the production process, which revealed problems like overprocessing, excess inventory, and waiting times. Their proposed improvements included kitting raw materials, leveling workloads between stations, and adding quality checks. A future state map showed reduced cycle times, inventory, lead time, and better resource utilization. Implementing VSM and lean principles helped improve the process flow and overall efficiency of the assembly line.
Transforming supply chain Harish Bawari - Hero MotoCorp May 2016INDUSCommunity
The document discusses a project implemented by Hero MotoCorp to strengthen its supply chain planning through the use of information technology. The system implemented, called e-Material Flow, integrated SAP ERP with other systems to automate material flow tracking and enable real-time visibility across the supply chain. This allowed Hero to issue production plans and schedules to vendors in a more timely, consistent manner. It reduced inventory costs, line stoppages, and improved on-time delivery. Benefits also included manpower savings, increased production levels, and faster truck turnaround times.
This document provides a summary of a project to simulate and optimize the resource requirements of a medical equipment repair and lease facility. It outlines 7 key areas of the facility's operations including receiving, login, repair, reconditioning, shipping, and defines the processes and equipment in each area. The goal is to simulate a model that can process 8000+ units per day with minimal additional costs as the company expands its consolidated facility.
PFMEA, Risk Reduction and Effectiveness – Advance (AIAG FMEA #4 Edition)
Is your FMEA performing for you?
This is advance level of PFMEA, Have basic understanding fo Core IATF Tools before refering to this presentation.
I am Tyler Walsh. I love exploring new topics. Academic writing seemed an exciting option for me. After working for many years with databasehomeworkhelp.com, I have assisted many students with their homework. I can proudly say, each student I have served is happy with the quality of the solution that I have provided. I acquired my master's from the University of Queensland.
Production planning & control - descriptive type question module -wise for upcoming Mumbai university exam - Mechanical Engineering - Learn with GeekAlign
The document provides an overview and agenda for a 3-day workshop on supply chain management. It discusses key supply chain planning functions like forecasting, production planning, inventory planning and their related flows. It also includes examples to calculate forecast accuracy and a workshop on defining the current state of forecasting and identifying gaps to address.
This document provides instructions for students to complete practical projects related to project management. It outlines 4 practical assignments:
1. Create a System Requirement Study (SRS) for a sample inventory management project using UML diagrams.
2. Use the waterfall model to prepare a flow chart and Gantt chart for a student project.
3. Estimate the cost of a project using Function Point Analysis (FPA), which involves counting types of system functions and weighing them based on complexity.
4. Estimate the cost of a project using the COCOMO model, which is a regression model that uses parameters from historical data and current project characteristics in a basic formula.
SOLVED SMU MBA ASSIGNMENTS AVAILABLE....Naveen Kumar
Remaining Answers are available in Paid Assignments……..
Contact us for complete assignments…..
NAVEEN KUMAR: 09958511016 /09971164259
E-MAIL: naveenk31@yahoo.co.in / smuassignments2014@gmail.com
Website: www.smustudy.com
ALL OF OUR ASSIGNMENTS ARE IN WORD FORMAT AND AS PER NEW GUIDELINES OF SMU………
Software Solution for Production Planning and SchedulingIRJET Journal
This document describes a software solution for production planning and scheduling. It discusses how the software allows a user to input customer orders, forecast future demand, and generate a production plan that schedules work according to priority rules and capacity constraints. The software calculates metrics like critical ratio to determine scheduling priorities and allows the production quantity to be broken into daily requirements. It aims to improve on a previous manual system and help optimize resource utilization, reduce lead times, and ensure orders are completed on time. The software was created using Visual Basic.NET and MS Access to provide a graphical interface and database for inputting and storing production data.
'How To Apply Lean Test Management' by Bob van de BurgtTEST Huddle
Cost reductions and the quest for more efficiency are more evident in today’s business world. It also follows that our testing processes will ultimately be affected. When test techniques and methods for structured testing are introduced, this results in improvements in the production of more consistent and predictable results.
Introducing a risk based approach to testing makes it easier for the business to determine to what extent testing is necessary and most efficient. The resulting Go/No- Go decision process may not be sufficient for all companies so other creative methods need to be investigated. Many management theories speak about “Lean” as being one of the solutions. One of the key steps in using “Lean” is the identification of which steps add value to the customer and which do not. This track will give you information to start using “Lean” within testing and more specifically within test management.
The presenter will also look at Lean Six Sigma as being one of the more popular theories that introduces the concept of “Lean” in combination with obtaining higher quality products. This subject will also be explained in combination with testing and test management. This track will focus on applying Lean Six Sigma techniques to test management processes using practical examples from customer cases. The audience can take home a practical “Lean Test Management” overview which they can apply in their own companies.
This track is especially of interest to business managers, IT managers, QA managers and test managers that are involved in improving the quality of test management processes.
An educational course covering all aspects of supply chain management. Includes workshops to design and implement your own supply chain management function
1. FASTRACK
A M O G H H A J A R E
A M R I S H B A S K A R A N
S A N K A L P D E R E
V I B H A S N A R A M B A L
1
2. Introduction
2
• Anoplate was founded by Milt Stevenson, Sr., in 1960 to serve a growing need among what
was then a very small, locally based machine shop and tool industry.
• Operates from a 104,000 square foot facility, single location in Central New York State.
• Offers metal finishing services including plating of various metals like copper, nickel,
chromium, various types of anodizing of light metals, conversion coatings such as
phosphating, dry film lubrication.
3. Receiving
Receives the order from the customer through various sources (UPS, FedEx, freights, customer drop off,
Anoplate trucks) and inputs the order details into the system
The order should contain the actual parts as well as paperwork involving customer and other basic details
The actual parts are allotted to a specific area and the paperwork is forwarded to the Planning phase
3
4. Planning
Planning phase deals with planning & printing out the plating process flow outline
The paperwork from receiving phase is forwarded to planners
There are 5 planners out of which 1 planner is only supposed to do “Repeat” orders also known as
“OrderEntry” orders
Each planner generates a ”Blue” which contains planning details.
Key Information in Blue:-
1.Customer Details
2.Plating processes and its sequence
3.Rack photos of repeat orders
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5. Scheduling
• Here the plating schedule is set for each order according to SBUs
• There are 4 SBUs in Anoplate which handle different metal finishes
• The flow leaders in each SBU receive the “Blue” generated in the Planning phase as input which have the
job specifications
• A Scheduling Software is utilized to evaluate process availability and Anoplate’s OTTP metric (projected
completion date) is generated here
• The output of this process is a “Traveller”
Key information in Traveller:-
1. Work-order No.
2. Racking method
3. Inspection Info
4. Masking Info
5. packing and shipping method
6. Work-order quantity
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6. Racking
According to the date set for the job to be scheduled, the required parts are inspected and then racked for
the plating process.
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7. Shop-Order No
Receiving
PO NO. & Other Info.
Parts
PO NO. & Other Info.
Holding Area
Scheduling
Blue
Parts
Validator
Racking/Inspection
Parts
Traveler
Traveler
Plating
Process
Work-Order No
Planning
Blue
On Time to
promise(OTTP)
date
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The Flow
9. Define
Problem Statement:
Customer orders have to go through a long
wait time before the plating process and its
effect is felt by missing Anoplate's On Time
To Promise(OTTP) date, that is, the date
promised to the customer on which the
completed order will be shipped back.
Goal:
To improve process & current cycle time
from receiving an order to racking the job.
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12. Pareto chart of overall problems encountered in Planning:-
• The highest percentage of problem
is of customer failing to send the
required info to plan their order.
• Internal clarification can be with
Anoplate Customer Service
regarding quoting, engineering
department, custom rack maker,
masking dept. etc.
12
Measure
13. Pareto chart of number of problem orders based on order type:-
• The data shows that among all problem
orders, about 70% are for FirstRuns and
rest for Repeat orders.
13
Measure
14. Repeat orders planned by OrderEntry planner vs. other planners:-
• Only about 56% problem
orders were planned by
OrderEntry person.
• This shows that the other 4
planner’s time is being used
by Repeat orders as well as
FirstRuns.
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Measure
15. Pareto chart of problems encountered in Scheduling:-
• The Pareto chart shows
that Excess workload
account for 48.4% of the
problems and Process
availability contribute
towards 19.4% of the
problems.
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Measure
16. Pareto chart of problems encountered in Racking:-
• The Pareto chart shows that Bad
Planning account for 30% of the
problems and damaged or bad parts
contribute towards 23% of the
problems.
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Measure
18. Errors forwarded from Planners checked by Validator
• During a 7day data available from the
measure phase, there were 87 errors caught
from 786 orders checked.
• Error Rate=12%
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Analyze
19. Rejects categories within our scope
• In past 6months Anoplate had 761 reject
orders created. Among those 761 orders, 211
rejects were found to be within our scope.
• About 40% of these rejects were 100% rejects
which means these orders were completely
sent back to customer for evaluation.
• We found that the average time wasted in first
case is 8.6 days (median=6.5 days)
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Analyze
21. Improve & Control
Recommendations:
Online customer information form
Improved Planning software
Inspect order packages before planning
Add capabilities to scheduling software to include masking and tank information
Scheduling software should reflect real time data
Track location of racks
New Metric for true performance
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23. Recommendation & Implementation
Recommendation:- Online customer information form.
Online Form:
1. Gather data to successfully receive and plan an order, eg. PO#, finish etc.
2. Take input from planners and engineering department to finalize list of mandatory details and
optional details
3. Make the form fields data entries as specific to possible, eg. Dropdown menu, only accepts numbers
in field etc.
4. Pilot test the form with your old loyal customers and get feedback.
5. Implement the practical feedbacks
6. Educate all your customers of these new way of accepting information
7. As more of your customers use this successfully, you make it a policy to accept information
electronically only
Online Customer Form
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25. Recommendation & Implementation
Recommendation:- Streamline Planning software
Implementation:-
1.Validate the current flowcharts from planners as well as engineering department
2.Create a streamlined flow as shown in example
3.Ability to prepopulate fields by use of R1
4.Addition of error proofing that prevents order being planned if incorrect information
5.Pilot test on few finishes and capture the errors from planners
6.Improve the software based on feedback
Planning Software Form
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27. Recommendation & Implementation
Recommendation:-Inspection before planning
Implementation:-
1.Add the ability in the software in receiving data entry to show if order needs to be
inspected based on customer historic data using color coding (green-bypass inspection,
red-inspect)
2.If particular customer has a bad historic data then check every order send by that customer
(i.e FirstRun and OrderEntry). However for customers with good historic data, bypass the
inspection. Inspect every order send by new customer to build historic database.
3.Have the receiver put a sticker on the box to be inspected and write the work-order
quantity. Put the paperwork in the box.
4.Have inspector check the parts using sampling plan datasheet
5.If parts are good , put paper work back into the receiving desk and put the inspected stamp
on the box
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30. Recommendation & Implementation
Recommendation:-Rack tracking system
Implementation:-
1. Specify colors for each SBU and color coding each specific SBU rack on the handle
2. If 2 or more SBU can use any particular rack then color code it with 2 or more colors resp.
3. Train the operators that racks must be put back in the right area
4. Keep count record of racks available for each SBU and digitalized it into the software
5. Set a maximum use time for each type of rack and inspect its usability when it reaches that threshold
6. If any racks becomes unusable then the count record should be updated
7. Add the ability to link the type of racks, number of racks required, location of racks for particular
order in planning & scheduling paperwork automatically
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33. Friday OTTP more prone to missed:-
FridayThursdayWednesdayTuesdayMonday
8
7
6
5
4
3
Data
Interval Plot of Monday, Tuesday, ...
95% CI for the Mean
The pooled standard deviation was used to calculate the intervals.
• We found that statistically setting
the OTTP on Friday is more prone
to miss and it increases the missed
number of days by 3
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34. Two-sample T for Premium customers vs Not Premium customers
N Mean StDev SE Mean
Premium customers 8270 2.59 2.77 0.030
Not Premium customers 12582 2.70 3.45 0.031
Difference = μ (Premium customers) - μ (Not Premium customers)
Estimate for difference: -0.1101
95% CI for difference: (-0.1950, -0.0252)
T-Test of difference = 0 (vs ≠): T-Value = -2.54 P-Value = 0.011 DF =
20039
Scheduling to Racking time compared for P vs. NP:-
• The number of days taken from Scheduling
to Racking for premium and non-premium
customer is different. This proves that there
is a tendency of pushing forward premium
customer orders.
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35. Inaccurate projected start date:-
• SBU 3 has a high 81.3% of incorrect estimations
compared to a small 18.7% of correct estimations.
• SBU1 has correctly estimated the start date 58.5%
of the time compared to 41.75% of incorrect
estimations.
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