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.
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.
This document provides a summary of a lean assessment conducted at Acme Machell in March 2011. The objective was to reduce past due parts from 69,694 to zero by April 2011 and provide an assessment to create an action plan for process improvements. It identified key problems, such as excessive lead times and work-in-progress. It analyzed two value stream maps and proposed improvements like setup reduction, visual management, and combining operations. Recommended actions included SMED, TPM, reducing scrap, and work instruction standardization. Overall scores of 1.55 indicated opportunities in standardizing operations, visual controls, and 5S practices. The next step is for Acme to develop an action plan to eliminate backlogs and sustain improvements
1. The document summarizes productivity improvement efforts for a production line at WABCO. A team analyzed data on cycle times, outputs, WIP levels, and identified causes for low productivity such as imbalanced cycle times and unnecessary movements.
2. The team conducted experiments to optimize cycle times on critical machines like CNC machines through Design of Experiments. They also combined operations, improved fixtures, implemented a cell layout, and modified material handling.
3. These countermeasures helped reduce cycle times and WIP, increase output to meet rising demand, and boost productivity and efficiency on the production line.
The document outlines a 6-step process for improving processes in offices. The steps include: 1) identifying what adds value for customers, 2) understanding the current process, 3) identifying wastes, 4) finding the root causes of wastes, 5) designing a high-performance process based on lean solutions, and 6) implementing actions and managing for perfection. The document provides details on each step, such as analyzing wastes using tools like value stream mapping, identifying 9 common types of wastes in offices, and proposing 3 lean solutions including improving flow, standardizing processes, and implementing quality management practices.
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.
The document is a scorecard and presentation for the Swindon Distribution Centre that outlines key performance indicators (KPIs) and targets to measure success. It includes 4 sections - People, Customer, Performance, and Finance - that contain metrics such as accidents, sick absence, customer service levels, and staff costs. Charts in the presentation show the centre's actual performance against targets for each period and year-to-date, identifying underperformance through color coding. The scorecard is intended to help review performance and identify ways to improve efficiency and quality of services.
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.
This document provides a summary of a lean assessment conducted at Acme Machell in March 2011. The objective was to reduce past due parts from 69,694 to zero by April 2011 and provide an assessment to create an action plan for process improvements. It identified key problems, such as excessive lead times and work-in-progress. It analyzed two value stream maps and proposed improvements like setup reduction, visual management, and combining operations. Recommended actions included SMED, TPM, reducing scrap, and work instruction standardization. Overall scores of 1.55 indicated opportunities in standardizing operations, visual controls, and 5S practices. The next step is for Acme to develop an action plan to eliminate backlogs and sustain improvements
1. The document summarizes productivity improvement efforts for a production line at WABCO. A team analyzed data on cycle times, outputs, WIP levels, and identified causes for low productivity such as imbalanced cycle times and unnecessary movements.
2. The team conducted experiments to optimize cycle times on critical machines like CNC machines through Design of Experiments. They also combined operations, improved fixtures, implemented a cell layout, and modified material handling.
3. These countermeasures helped reduce cycle times and WIP, increase output to meet rising demand, and boost productivity and efficiency on the production line.
The document outlines a 6-step process for improving processes in offices. The steps include: 1) identifying what adds value for customers, 2) understanding the current process, 3) identifying wastes, 4) finding the root causes of wastes, 5) designing a high-performance process based on lean solutions, and 6) implementing actions and managing for perfection. The document provides details on each step, such as analyzing wastes using tools like value stream mapping, identifying 9 common types of wastes in offices, and proposing 3 lean solutions including improving flow, standardizing processes, and implementing quality management practices.
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.
The document is a scorecard and presentation for the Swindon Distribution Centre that outlines key performance indicators (KPIs) and targets to measure success. It includes 4 sections - People, Customer, Performance, and Finance - that contain metrics such as accidents, sick absence, customer service levels, and staff costs. Charts in the presentation show the centre's actual performance against targets for each period and year-to-date, identifying underperformance through color coding. The scorecard is intended to help review performance and identify ways to improve efficiency and quality of services.
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
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 describes productivity improvement activities at a manufacturing facility. It analyzes the current productivity levels and manpower utilization across different production lines and identifies areas for improvement. Time studies were conducted to understand process flows and bottlenecks. Root cause analysis identified issues like quality check delays, waiting for forklifts, gangway blockages and waiting at air cleaning areas. Countermeasures like separate checking locations, implementing Kanban system and workload balancing are proposed. The targets are to improve manpower utilization from 70% to 87% for line feeding and from 60% to 90% for dispatch operations. The changes are expected to reduce headcount by 6 and yield cost savings while enhancing productivity, efficiency and customer satisfaction.
This document provides details of a Six Sigma project aimed at reducing maintenance interruptions and increasing the mean time between failures (MTBF) of critical equipment at a refinery. The project focuses on pumps in critical units like crude distillation and residue manufacturing plant. The document defines the problem statement, goals, scope and assumptions. It presents analysis of failure data to identify the top 3 pumps for study based on number of repeat failures and their impact. Process flow, stakeholder mapping, communication plan and initial measurement efforts like fishbone diagrams and 5 whys are also included. The project aims to improve reliability and availability of critical pumps through root cause analysis and elimination of repeat failures.
Using Six Sigma to reduce ATF pipeline transfer lossesNeelesh Bhagwat
My team's six sigma green belt project where we addressed the high transfer losses during pumping of Jet Fuel from Refinery to Aviation Filling Station.
Managing parallel processes can be like herding cats. Unlike typical assembly line production, the links between parallel do not lend themselves to visually observation. This study is a classic example of how lean six sigma methods
and tools can be used to bring predictability to this chaos. It's not easy, but it can be done.
Lincolnton Kaizen Event Final Pitch - InfographicsDerek Baker
The document summarizes a Kaizen event for the Infographics finish goods assembly team. The team aimed to reduce WIP by 20% through standardizing work and improving layout. They implemented a new tester to reduce cycle times and integrated it to service three product families. Through creating single piece flow and standard work, the team reduced WIP by $19,000, floor space by 268 square feet, and average cycle time by 21 minutes.
Monetizing Risks - A Prioritization & Optimization SolutionBlack & Veatch
This presentation explains a budget prioritization process and model that assists utilities with managing the important balance of asset/system performance, cost, and risk. Originally presentation at Texas Water 2015. Learn more at www.bv.com
FC VSM Presentation Future State Aug 5 -7 2013Donna Skala
The document details a Value Stream Mapping workshop for an engine repair shop. The workshop identified opportunities to reduce turnaround time and labor hours. Key goals included reducing TAT for an Arriel 2 engine from 129 to 45 days, and labor hours from 414 to 320. Participants mapped the current and future states of processes, finding ways to streamline work and eliminate duplication across 22 processes. Implementation of the recommendations could yield a total estimated annual savings of $242,000 through reduced turnaround time and labor hours.
The document discusses how Total's Port Arthur Refinery improved its Advanced Process Control (APC) program by separating the APC and process control organizations, identifying key APC stakeholders, and engaging stakeholders in the design, implementation, and maintenance of APC applications. Key steps included dedicating APC engineers, providing stakeholder training, making APC information readily available, and establishing an APC program philosophy of high visibility and stakeholder accountability. These changes resulted in increased APC utilization rates and productivity improvements.
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.
Quality Six Sigma Project on IFS Assembly LineCaleb House
This Six Sigma project used the DMAIC model to address the increasing quality costs of Reyco Granning’s highest grossing assembly line. Project took place from February through May 2017.
Results after 5 months (June - October 2017)
• Reduced defects by 47%
• $44,000 annual scrap savings
• 50 hours annual rework savings
Final ams power_point_slides-------newwwwvivekmsmech
This document summarizes the implementation of lean manufacturing techniques in the cab trim process of a manufacturing company. Current issues like uneven work distribution, waiting times, and potential for sub-assembly were identified. Lean tools like value stream mapping and line balancing were used to propose a future state with reduced stages and cycle time. Non-value adding activities were eliminated and the line efficiency was estimated to increase from 67.1% to 88.74% through balancing workloads and incorporating sub-assembly.
This document discusses lessons learned in how not to implement drilling automation. It begins by defining drilling automation and providing examples of automated processes like maintaining downhole weight on bit and optimizing mechanical specific energy. It then outlines common mistakes made in automation projects like not including drillers, having insufficient data quality, and giving drillers too many or too few controls. The key lessons are that automation must improve performance, drillers must be central to the design and implementation, reliable data and controls are essential, and human factors like training and complacency must be addressed. Critical success factors for automation include deciding what to automate and implementing with consideration of both technical and people issues.
This document discusses Weldpac, a construction management and control system for welding projects. It can manage all aspects of a project including fitting, welding, quality control, stores, and planning. It reduces costs by streamlining paperwork and improving efficiency across disciplines. Weldpac provides detailed reporting on project scope, progress, costs, and welding requirements to help ensure projects are completed safely, on time and on budget. It offers comprehensive management and control of welding operations from initial preparation through quality control and closeout.
This standard operating procedure document outlines the processes that members of Orbit Advertising must follow. It details procedures for:
1) Handling jobs and creating a creative brief for each job with a job number.
2) Creating quotations for clients and obtaining quotations from vendors to provide to clients.
3) Preparing and sending invoices to clients after jobs are completed and delivered, and to vendors.
4) Recording all payments received from clients and made to vendors/suppliers in the appropriate modules.
5) Tracking all company expenses and keeping receipts on file.
Production Performance Results Internet Sampleantonioharenas
The document provides a monthly business review for December 2003 containing the following key information:
- Key productivity, quality, and cost issues including high absenteeism, purchasing delays, plastics delivery and quality problems, and rework.
- Actions being taken such as improving operator skills, monitoring suppliers' improvement plans, and teams working to address opportunities.
- Performance data for the month such as productivity, quality defect analysis, rework costs, scrap costs, and overtime analysis.
The document discusses various aspects of manufacturing plant design including plant layouts, production scheduling, and inventory management. It provides details on different types of plant layouts such as functional, product, and cellular layouts. It also covers topics like single machine scheduling, parallel machine scheduling, critical path analysis, economic order quantity, and master production scheduling. Plant location selection and designing a cellular layout with machine allocation are demonstrated through examples. The key aspects covered are plant layout design, scheduling operations, materials requirement planning, and inventory management techniques.
Umang Tailor is an instrumentation and controls engineer seeking a suitable engineering position. He has over 10 years of experience working in oil and gas fields in the United Arab Emirates, Indonesia, Singapore, and India. His experience includes commissioning, completions engineering, and ensuring systems are properly mapped, checked, and handed over. He is proficient in various software programs and has strong communication, problem-solving, and teamwork skills.
Managing your International Assets with Enterprise Upstream ESIDubai
This document discusses managing international oil and gas assets with Enterprise Upstream. It begins with introductions and an overview of Sahara Upstream and its international assets. It then compares international and North American E&P operations, noting differences in reserves vs production data, production sharing contracts, financial considerations, and joint venture requirements. The remainder of the document outlines the key modules and capabilities of Enterprise Upstream for international operations, including production management, joint venture accounting, authorization for expenditure, and solutions for financial and government reporting requirements.
6 Essential Fleet Metrics You Should Be Watching and Why Fleetio
This slide deck is based on a free webinar hosted by Fleetio with fleet management expert and author John E. Dolce. Drawing from his 40+ years of hands-on fleet management and consulting experience, John walked attendees through the six essential metrics all fleet managers should be tracking.
Learn how to measure each fleet metric and get actionable insight into how these will help you build a successful fleet management program.
To learn more about Fleetio, visit: www.fleetio.com
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
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 describes productivity improvement activities at a manufacturing facility. It analyzes the current productivity levels and manpower utilization across different production lines and identifies areas for improvement. Time studies were conducted to understand process flows and bottlenecks. Root cause analysis identified issues like quality check delays, waiting for forklifts, gangway blockages and waiting at air cleaning areas. Countermeasures like separate checking locations, implementing Kanban system and workload balancing are proposed. The targets are to improve manpower utilization from 70% to 87% for line feeding and from 60% to 90% for dispatch operations. The changes are expected to reduce headcount by 6 and yield cost savings while enhancing productivity, efficiency and customer satisfaction.
This document provides details of a Six Sigma project aimed at reducing maintenance interruptions and increasing the mean time between failures (MTBF) of critical equipment at a refinery. The project focuses on pumps in critical units like crude distillation and residue manufacturing plant. The document defines the problem statement, goals, scope and assumptions. It presents analysis of failure data to identify the top 3 pumps for study based on number of repeat failures and their impact. Process flow, stakeholder mapping, communication plan and initial measurement efforts like fishbone diagrams and 5 whys are also included. The project aims to improve reliability and availability of critical pumps through root cause analysis and elimination of repeat failures.
Using Six Sigma to reduce ATF pipeline transfer lossesNeelesh Bhagwat
My team's six sigma green belt project where we addressed the high transfer losses during pumping of Jet Fuel from Refinery to Aviation Filling Station.
Managing parallel processes can be like herding cats. Unlike typical assembly line production, the links between parallel do not lend themselves to visually observation. This study is a classic example of how lean six sigma methods
and tools can be used to bring predictability to this chaos. It's not easy, but it can be done.
Lincolnton Kaizen Event Final Pitch - InfographicsDerek Baker
The document summarizes a Kaizen event for the Infographics finish goods assembly team. The team aimed to reduce WIP by 20% through standardizing work and improving layout. They implemented a new tester to reduce cycle times and integrated it to service three product families. Through creating single piece flow and standard work, the team reduced WIP by $19,000, floor space by 268 square feet, and average cycle time by 21 minutes.
Monetizing Risks - A Prioritization & Optimization SolutionBlack & Veatch
This presentation explains a budget prioritization process and model that assists utilities with managing the important balance of asset/system performance, cost, and risk. Originally presentation at Texas Water 2015. Learn more at www.bv.com
FC VSM Presentation Future State Aug 5 -7 2013Donna Skala
The document details a Value Stream Mapping workshop for an engine repair shop. The workshop identified opportunities to reduce turnaround time and labor hours. Key goals included reducing TAT for an Arriel 2 engine from 129 to 45 days, and labor hours from 414 to 320. Participants mapped the current and future states of processes, finding ways to streamline work and eliminate duplication across 22 processes. Implementation of the recommendations could yield a total estimated annual savings of $242,000 through reduced turnaround time and labor hours.
The document discusses how Total's Port Arthur Refinery improved its Advanced Process Control (APC) program by separating the APC and process control organizations, identifying key APC stakeholders, and engaging stakeholders in the design, implementation, and maintenance of APC applications. Key steps included dedicating APC engineers, providing stakeholder training, making APC information readily available, and establishing an APC program philosophy of high visibility and stakeholder accountability. These changes resulted in increased APC utilization rates and productivity improvements.
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.
Quality Six Sigma Project on IFS Assembly LineCaleb House
This Six Sigma project used the DMAIC model to address the increasing quality costs of Reyco Granning’s highest grossing assembly line. Project took place from February through May 2017.
Results after 5 months (June - October 2017)
• Reduced defects by 47%
• $44,000 annual scrap savings
• 50 hours annual rework savings
Final ams power_point_slides-------newwwwvivekmsmech
This document summarizes the implementation of lean manufacturing techniques in the cab trim process of a manufacturing company. Current issues like uneven work distribution, waiting times, and potential for sub-assembly were identified. Lean tools like value stream mapping and line balancing were used to propose a future state with reduced stages and cycle time. Non-value adding activities were eliminated and the line efficiency was estimated to increase from 67.1% to 88.74% through balancing workloads and incorporating sub-assembly.
This document discusses lessons learned in how not to implement drilling automation. It begins by defining drilling automation and providing examples of automated processes like maintaining downhole weight on bit and optimizing mechanical specific energy. It then outlines common mistakes made in automation projects like not including drillers, having insufficient data quality, and giving drillers too many or too few controls. The key lessons are that automation must improve performance, drillers must be central to the design and implementation, reliable data and controls are essential, and human factors like training and complacency must be addressed. Critical success factors for automation include deciding what to automate and implementing with consideration of both technical and people issues.
This document discusses Weldpac, a construction management and control system for welding projects. It can manage all aspects of a project including fitting, welding, quality control, stores, and planning. It reduces costs by streamlining paperwork and improving efficiency across disciplines. Weldpac provides detailed reporting on project scope, progress, costs, and welding requirements to help ensure projects are completed safely, on time and on budget. It offers comprehensive management and control of welding operations from initial preparation through quality control and closeout.
This standard operating procedure document outlines the processes that members of Orbit Advertising must follow. It details procedures for:
1) Handling jobs and creating a creative brief for each job with a job number.
2) Creating quotations for clients and obtaining quotations from vendors to provide to clients.
3) Preparing and sending invoices to clients after jobs are completed and delivered, and to vendors.
4) Recording all payments received from clients and made to vendors/suppliers in the appropriate modules.
5) Tracking all company expenses and keeping receipts on file.
Production Performance Results Internet Sampleantonioharenas
The document provides a monthly business review for December 2003 containing the following key information:
- Key productivity, quality, and cost issues including high absenteeism, purchasing delays, plastics delivery and quality problems, and rework.
- Actions being taken such as improving operator skills, monitoring suppliers' improvement plans, and teams working to address opportunities.
- Performance data for the month such as productivity, quality defect analysis, rework costs, scrap costs, and overtime analysis.
The document discusses various aspects of manufacturing plant design including plant layouts, production scheduling, and inventory management. It provides details on different types of plant layouts such as functional, product, and cellular layouts. It also covers topics like single machine scheduling, parallel machine scheduling, critical path analysis, economic order quantity, and master production scheduling. Plant location selection and designing a cellular layout with machine allocation are demonstrated through examples. The key aspects covered are plant layout design, scheduling operations, materials requirement planning, and inventory management techniques.
Umang Tailor is an instrumentation and controls engineer seeking a suitable engineering position. He has over 10 years of experience working in oil and gas fields in the United Arab Emirates, Indonesia, Singapore, and India. His experience includes commissioning, completions engineering, and ensuring systems are properly mapped, checked, and handed over. He is proficient in various software programs and has strong communication, problem-solving, and teamwork skills.
Managing your International Assets with Enterprise Upstream ESIDubai
This document discusses managing international oil and gas assets with Enterprise Upstream. It begins with introductions and an overview of Sahara Upstream and its international assets. It then compares international and North American E&P operations, noting differences in reserves vs production data, production sharing contracts, financial considerations, and joint venture requirements. The remainder of the document outlines the key modules and capabilities of Enterprise Upstream for international operations, including production management, joint venture accounting, authorization for expenditure, and solutions for financial and government reporting requirements.
6 Essential Fleet Metrics You Should Be Watching and Why Fleetio
This slide deck is based on a free webinar hosted by Fleetio with fleet management expert and author John E. Dolce. Drawing from his 40+ years of hands-on fleet management and consulting experience, John walked attendees through the six essential metrics all fleet managers should be tracking.
Learn how to measure each fleet metric and get actionable insight into how these will help you build a successful fleet management program.
To learn more about Fleetio, visit: www.fleetio.com
The Key to Sustainable Energy Optimization: A Data-Driven Approach for Manufa...Aggregage
Join us for a practical webinar, hosted by Kevin Kai Wong of Emergent Energy, where we'll explore how leveraging data-rich energy management solutions can drive operational excellence in the evolving landscape of energy intelligence and sustainability in manufacturing!
Jerry Rodgers has over 25 years of experience managing operations and projects in various industries including oil & gas, manufacturing, automation, and supply chain services. He has held positions such as International Drilling Operations Manager at FMC Technologies managing a $75M business, and Rig Manager of the Deepwater Navigator at Transocean where he achieved a 94% revenue efficiency rate. Rodgers also has expertise in areas like rig management, manufacturing, industrial processes, HSE compliance, and customer integration.
Jerry Rodgers has over 25 years of experience managing operations and projects in various industries including oil & gas, manufacturing, automation, and supply chain services. He has held positions such as International Drilling Operations Manager at FMC Technologies managing a $75M business, and Rig Manager of the Deepwater Navigator at Transocean where he achieved a 94% revenue efficiency. Rodgers also has expertise in areas like industrial processes, customer integration, health/safety/environment compliance, and lean manufacturing.
Operations Management Solution – Driving Safety and Profitability One Shift a...Yokogawa1
In order to succeed in tomorrow's business climate, organizations must optimize all aspects of their operations including human resources. Unfortunately, traditional tools are not equipped to leverage real-time information and provide a holistic view of operations. This perhaps is most critical during shift handovers.
Yokogawa’s Operations Management (OM) digitalization solution enables efficiency gains and improved safety by creating an operational knowledge base to enhance human collaboration. OM creates structure for previously underutilized information and consolidates real-time performance data into key reports and KPIs to improve decision making on a daily basis. Leverage existing applications from Yokogawa and third parties to optimize the overall return on investment.
apidays LIVE Paris - Sopra Steria: path to the industrialization of sustaina...apidays
apidays LIVE Paris - Responding to the New Normal with APIs for Business, People and Society
December 8, 9 & 10, 2020
Sopra Steria: path to the industrialization of sustainable IT with Euromaster
Jérémy Sintes, Digital Transformation & Sobriety Senior Consultant & Pauline Villatte, Business Analyst at Sopra Steria
Material Consumption and Scrap Control - Extrusion Process- ICQCC Presentati...Virendra Kumar Yadav
The document discusses reducing over consumption of PVC in cable manufacturing at KEC International Limited. It begins with an overview of the company and cable manufacturing process. The existing situation shows PVC consumption is 8.3% higher than the bill of materials, leading to higher eccentricity and economic losses. Analysis found the root cause was improper centering of the die due to manual operation and lack of operator skill. Proposed solutions from brainstorming included using eccentricity control tools, measuring compound consumption shift-wise, assigning skilled operators, and operator training. The top solutions selected were using measuring instruments to control eccentricity, measuring PVC against the bill of materials, and improving operator training and skills.
Giacomo Squintani, PTC presenation at Spare Parts 2013Copperberg
"Spare Parts:from undervalued challengeto profit-boosting opportunity" Giacomo O. Squintani, Marketing Manager from PTC presentation at Spare Parts Business Platform 2013.
Find out more http://www.sparepartseurope.com/
This document provides an overview of supply chain design and operations presented by Anqi Guo. It discusses where the presenter obtained their background from, including education and past clients. The content covers introductions to operations research and its applications in supply chain design. Case studies are presented on revitalizing a manufacturing company, designing a bike rental system, and improving a pharmacy supply chain for distributing antiviral drugs. Brief details are given on Amazon's use of algorithms to predict and stock popular products before customer orders.
This presentation discusses Methode's forward-looking statements and the various risks and uncertainties that could affect the company's actual results. It notes 21 specific factors that could cause actual results to differ from expectations. The document also provides an overview of Methode's business strategies and growth opportunities.
Reliability Through Correlation and ColaborationChad Broussard
This document summarizes the development of a reliability program at Phillips 66 that utilizes maintenance, operations, and reliability technologies through correlation and collaboration. It discusses how they formed a reliability team to analyze asset data and complete a gap analysis. They implemented a condition monitoring program focused on rotating equipment using vibration analysis. This included developing mobile vibration testing capabilities and analytical software. The program has yielded significant cost savings through identifying issues early and avoiding costly repairs. It provides examples where vibration analysis identified problems and reduced repair costs. Overall, the program has reduced maintenance costs by millions annually and increased asset reliability.
Southern Company History and Usage of AURORAxmpEPIS Inc
Southern Company veteran and principal engineer over forecasting & model development, J. Scott Eiserloh, discusses some of the company’s history in using legacy models and how their search for improvement led them to AURORAxmp at the 2014 EMFC. He discusses their collective user experience, the value of a common database and interface, and their experience with the responsiveness and commitment of EPIS customer support and development. He also outlines the wide variety of applications for which the company uses - or is exploring the use of - AURORAxmp, from fuel & emissions projections and general budgeting to avoided cost and retirement studies to capital project evaluations and outage optimizations.
This document contains forward-looking statements about Methode's future performance that are subject to risks and uncertainties. It lists 21 factors that could cause actual results to differ from expectations, such as dependence on large customers, various industry sectors, new program launches, supply chain management, raw material prices, global operations, taxes, margins, acquisitions, product defects, intellectual property, foreign cash holdings, business interruptions, and regulations. The presentation promotes Methode's portfolio of products and solutions, growth opportunities, engineering capabilities, management team, strong financial position, and core strategy of delivering customer value and shareholder returns.
3 Critical Keys to DevOps Success: Lessons from Forrester Research, Intel, an...DevOps.com
Customer-obsessed organizations are accelerating their race to digital in order to win new customers and retain existing ones. A crucial element of this imperative is to transform their software delivery processes to create high-value experiences for customers, employees, and partners. Forrester Research shows there are four key steps to delivering software faster: identify improvement opportunities, implement change, deliver results, and measure impact, then repeat.
Join guest speakers Chris Condo (Senior Analyst, Forrester), Aloisio Rocha (Agile Product Owner, NetEnt), Manish Aggarwal (Software Engineering Manager, Intel), Gary McKay (Scrum Master, Somos), and Alan Shimel (DevOps.com), as they discuss:
How deployment success directly correlates with business value,
How Test Automation shortens cycle times to improve DevOps success, and,
How moving to microservices drives DevOps culture in a mainframe world.
Attendees will receive a complimentary copy of The Forrester Wave™: Continuous Delivery And Release Automation (CDRA), Q3 2017 report.
Gamification in outsourcing company: experience report.Mikalai Alimenkou
Most of us used to hear word gamification only for end user engagement into product usage. Some of us know about usage of similar approaches in product development teams to improve and tune development process. But almost nobody believes that gamification is possible in the context of outsourcing companies and teams. This talk is experience report of gamification usage on very large project with detailed reusable framework demonstration. If you want to bring some fun and really engage your team, then this talk is for you.
Douglas Hill has over 27 years of experience in aviation maintenance management and over 25 years of experience in electronics manufacturing quality assurance. He has held several management roles within the electronics and aerospace industries, including Quality Manager, Production Manager, and Maintenance Manager. His experience spans aviation maintenance for the U.S. Navy's flight demonstration squadron, electronics manufacturing for various companies, and quality assurance management. He has a Bachelor's degree in Electronics and is certified in several quality standards.
Roy Sayre has over 20 years of experience in maintenance management and supervision in fast-paced manufacturing environments. He has managed maintenance teams for startup plants and led training programs. Some of his achievements include maintaining high equipment uptime percentages, implementing system upgrades that increased throughput, and consistently winning awards for maintaining 5S standards.
The DevOps highlights include introducing new Wolt delivery methods on the eCommerce checkout page and ongoing work on RFID and SFS processes. 53 new tickets were created this period. Focus areas are optimizing the CompleteTheLook slider and removing unused preferences. The Data & Analytics team is analyzing implementation of a new BI data model and replacement of Google Analytics with Qliksense dashboards. Key projects include implementing a purchase history and OPIL. Enhancements included adding store opening times data and new reports.
This document provides an overview of an industrial training report completed at the Common Distribution Center (DC) of Atlas Copco India Service Centre.
It begins with an introduction to Atlas Copco as a global company operating in 182 countries with 39,000 employees. It then describes the major operations carried out at the Common DC, including inbound logistics, outbound logistics, kit manufacturing, and customer returns.
The report includes two assignments - the first involves standardizing operating procedures for key DC operations like inbound logistics and customer returns. Flowcharts and descriptions of the processes are provided. The second assignment is an effort factor mapping analysis where operations across divisions are analyzed based on metrics like materials handled and time required. This provides insights
This document outlines a kaizen event to reduce labor hours for an ERJ part from an average of 17.4 hours in May to a goal of 12 hours. It details the current process which takes 12 hours total and identifies opportunities to reduce times including enhancing the shimming process, implementing process gates, conducting a standard work kaizen event, and obtaining new equipment. An action plan is provided with owners and due dates to implement the changes by August 1st to reduce the monthly average labor hours trend.
This document outlines Value Driven Solutions' approach to lean transformation for service organizations. It discusses using Lean Six Sigma principles and tools to eliminate waste, improve processes, and create better flow. The 5 step approach includes assessing the organization, developing competency in Lean Six Sigma tools, creating a vision and strategy, piloting improvements, and rolling out changes. Key aspects are aligning metrics with goals, establishing a steering committee, and customizing the transformation based on the specific business model. The overall goal is to provide a roadmap for clients to achieve world-class performance through continuous improvement.
The document describes a Kaizen event held from February 3-5, 2010 to improve the work area and processes at CH-148 Position 3. The position did not meet 6S standards for visual organization and part staging. The team reorganized the work space to improve workflow, created visual aids and labels, standardized part staging, addressed safety issues, and implemented visual management boards. As a result, travel time for tasks was reduced by several hours and thousands of feet of walking per week.
1) The team aims to reduce electrical crabs in the cabin area of the CH-148 aircraft from 1189 to below 500 by standardizing electrical installation processes and implementing routing aids.
2) Current drivers of high electrical crab counts were identified as a lack of standard work instructions and routing tools for harness installation. The team developed standard work documents, templates, and guides to address this.
3) Preliminary results showed a 55% reduction in crab counts from aircraft 801 to 803 after implementing standard work and routing aids for electrical installation in the cabin area.
This document provides guidelines for material presentation to support modular flow manufacturing. It discusses using creform kit carts for small parts and heavy part delivery carts for larger items to eliminate forklifts. Extra large parts may use air floats or pallets. Standard work forms are outlined to plan material kits, station design, and delivery timing. Safety is a key consideration. The goal is to present all needed parts for a process at a station in an organized and identifiable way without unnecessary handling or searching.
The document summarizes news from Sikorsky Aircraft, including:
- The X2 Technology demonstrator broke the speed record for rotorcraft by reaching 235 knots.
- Sikorsky received several awards from INROADS for successfully implementing their program and converting interns to full-time employees.
- Engineers from Sikorsky's Huntsville site received certificates of commendation for their work on integrating new software on the UH-60M Black Hawk helicopter.
- Members of the Sikorsky Sailing Club completed a sailing trip around Greek islands over the July 4th holiday.
- Sikorsky held its annual tribute ceremony for fallen heroes and their families at Indian L
4. UTC PROPRIETARY INFORMATION 4
FOCUS OF TRANSFORMATION
CURRENT STATEEP
IDG was selected for Lean Transformation project per product
family matrix and PQ analysis. Focus on flow and material delivery.
ELECTRIC POWER (EP) SHOP
5. UTC PROPRIETARY INFORMATION 5
AREA OF TRANSFORMATION
Generator Shop
Military Units
B
Militarty Shop
F
N
I
L
E
C
Military Shop
P
E
Regional Shop
I
H
R
Elec/ Starter /Pneu Shop
Actuation Shop
Hydraulics / Fuel/Pumps Shop
F
NDT
Avionics Shop Stock Room
Shop Break Room Administration
Area
Accessories
Machine
Shop
Shipping/
Receiving
Shared Services
Facilities
NDT Testing
Avionics
Airbus &
Boeing
Generator,
Regional &
Military
Rotor
Shop
ELECTRIC POWER
Site Analysis:
•Location: Miramar, Broward County, Florida
•Total Area: 85,000 sq. ft.
•Total employees: 163
•Salary: 27
•Hourly: 136
•Total ACE Associates 121
•ACE Practitioners > 50% 4
•Current ACE Level: ACE GOLD
• Area of focus will
be Electric Power
• Core business
• Over 80% similar
processes
• PQ Analysis Data
7. UTC PROPRIETARY INFORMATION 7
UTAS Miramar Worldwide Repair
Pierre Goulet
General Manager
Osvaldo Velazquez
Business Unit Leader
Avionics/IDG/Rotor/Incoming
Michael Wyckoff
Facilities Manager
George Bowman
Deputy GM/ACE Manager
Kathryn Carlson
Contracts & Warranty
RCA Manager
Rogelio Chong
Business Unit Leader
Electric Power & CSD
Terry Greene
Quality Assurance Manager
Vincent Jermany
Business Unit Leader
Accessories
Edgar Lopez
Business Unit Leader
Machine Shop
Patricia McLaughlin
Finance Manager
Yadira Monje
EH&S
Alicia Pamies
HR Manager
Raymond Poyner
Engineering & Project Manager
Peter Thomas
GEN/MIL/REG Manager
Darlene Lorenzo
Supply Chain Manager
MANAGEMENT STRUCTURE
8. UTC PROPRIETARY INFORMATION 8
MANAGEMENT SUMMARY
Project is on track
• Performed 3 out of 4 VSMs year to date. Avionics VSM scheduled for 12/11-12/13/2012.
Cell design training complete.
Pilot cell for lean transformation will be Electric Power to be worked jointly with Dijon
and Singapore
Metrics impacted will be:
• CSL % (currently at 97%)
• TAT (currently at 9 days)
• Lead Time
• Labor Times
•Inventory Turn
ACE/Quality Council meets monthly to discuss project status and milestones
Opportunities exists for Supply Chain in order to meet delivery, packaging, and
presentation of parts to support our overhaul & repair lines.
Contracts administration team needs to ensure a seamlessly flow of information to
guarantee 100% On time delivery
10. UTC PROPRIETARY INFORMATION 10
IMPROVEMENTS IN LEAN
CURRENT STATE VSMEP
6
2
34 5 7
ELECTRIC POWER
Current State revealed issues in both information and material flow such as contract &
quoting, communication, standard work, inventory, and over-processing.
Identifying Waste in the Current State
1 – Transportation 2 – Inventory 4 – Waiting 5 – Overproduction 6 – Overprocessing 7 – Defects
11. UTC PROPRIETARY INFORMATION 11
IMPROVEMENTS IN LEAN
FUTURE STATE VSMEP
ELECTRIC POWER
The lean principles were used to create flow and eliminate waste. Areas of opportunity
included kitting for parts, standard work for SFR, and parts coding.
Lean Guidelines in the Future State
1 – Takt Time 2 – Finished Goods Strategy 3– Continuous Flow 5 – FIFO 6 – Pull System 6- Schedule only one point
12. 3
3
1
5
7
2
2
2
2 2
47
UTC PROPRIETARY INFORMATION 12
IMPROVEMENTS IN LEAN
CURRENT STATE VSMFS
FUEL SHOP
Current State revealed issues in both information and material flow such as contract &
quoting, communication, standard work, inventory, and over-processing.
Identifying Waste in the Current State
1 – Transportation 2 – Inventory 3 – Motion 4 – Waiting 5 – Overproduction 6 – Overprocessing 7 – Defects
13. UTC PROPRIETARY INFORMATION 13
IMPROVEMENTS IN LEAN
FUTURE STATE VSMFS
FUEL SHOP
Lean Guidelines in the Future State
1 – Takt Time 2 – Finished Goods Strategy 3– Continuous Flow 5 – FIFO 6 – Pull System 6- Schedule only one point 7- Interval 8- Pitch
2
3 4
5
44
6
8
7
The lean principles were used to create flow and eliminate waste. Areas of opportunity
included kanban for parts shortage control, FIFO, pitch, and process combination.
18. 18UTC PROPRIETARY INFORMATION
EIGHT SUCCESS FACTORS FOR LEAN OPS.
Lean Operations
Target Linkage:
Control Tower
Lean Operations
Transformation
Road Map
Lean Operations
ACE 12.0 Criteria
Lean Operations
Process Vision
Lean Operations
Toolset
Lean Operations
Roles & People
Lean Operations
Competency
Development
Lean Operations
Commitment &
Communication
1
2
3
4
8
7
6
5
19. 19UTC PROPRIETARY INFORMATION
EIGHT SUCCESS FACTORS
1 PROCESS VISION
Site GM, staff and executives share process vision for Lean implementation in
MRO. Emphasis on developing a truly lean value stream.
20. 20UTC PROPRIETARY INFORMATION
EIGHT SUCCESS FACTORS
TARGET LINKAGE2
Project KPI’s include increased Customer Satisfaction Level to meet 100% on
time delivery to be aligned with control tower and corporate compass.
21. 21UTC PROPRIETARY INFORMATION
EIGHT SUCCESS FACTORS
TRANSFORMATION ROAD MAP4
Pacemaker is
scheduled/set at only one
point
STANDARD WORK INSTRUCTIONS:
1. Verify your CMM with corresponding Std. Work Combo Sheet.
2. Place actual start time on right upper hand corner.
3. Color GREEN every step on left column after operation is completed ahead or on time.
4. Color RED when operation completed is behind target time.
5. Use the "Comments/Issues" box to point out delays/issues in your process.
6. If continuing with unit next day, mark down actual start time in "Comments/Issues" box.
7. Submit turnbacks when you are stopped from proceeding in your process.
8. Once you are done with unit, submit form to local ACE Office for review if comments/issues are found.
9. If there are no comments/issues, erase all checks & times and return this form to its location for reuse.
OVERHAUL ONLY
P/N:
734374
755216
734181
•Event Profile
•Pre-Work
•Target Progress Report
Establish Flow
via FIFO and/or
Pull. Follow up
on Kaizen
Action Items.
Standardize all
FIFO lanes.
22. 22UTC PROPRIETARY INFORMATION
EIGHT SUCCESS FACTORS
TOOLSET5
•The 13 ACE tools:
• 5S
• VSM
• Process Cert.
• Std. Work
• 3P
• TPM
• Set-up Reduction
• MFA
• QCPC
• RRCA
• Mistake Proofing
• Passport
• Policy Deployment
The ACE Portal is a training interface for the 13 ACE tools. Site ACE Manager
uses the ACE tools to develop and train personnel.
23. 23
EIGHT SUCCESS FACTORS
Roles and Responsibilities6
Juan Araujo
Steve Borchert
Dev Rudra
Pierre Goulet
George Bowman
Ebner Sanchez & Dayron
Morales
Provides Corporate Strategy & business goals for Worldwide Repair
Worldwide Lean Transformation Manager for site organization
Develops action plan for repair sites in North America
Oversees site’s initiatives for lean transformation. Verifies metrics.
Develop & execute action plan to meet ACE targets.
Create kaizen teams to bring projects & action items to closure.
1. FORM & TRAIN TEAMS 2. ANALYZE & INVESTIGATE 3. EXECUTE ACTION PLAN
24. 24
MIRAMAR ACE MANAGEMENT STRUCTURE
Raymond Poyner
Site Pro-Cert
Champion
Yadira Monje
Site EH&S
Champion
Terry Greene
Site QCPC
Champion
Kathryn Carlson
Customer MFA
Champion
George Bowman
Deputy GM/Site
ACE
Manager
Michael Wyckoff
Site TPM
Champion
Pierre Goulet
Site General
Manager
Roles and Responsibilities6
Electronics*
Avionics
Electric
Power*
Military
Regional
Generator
Airbus
Boeing
Accessories*
Pneumatics
Hydraulics
Fuel
Actuation
RCA
Machine Shop
Shared
Services
* Indicates a Value Stream
25. UTC PROPRIETARY INFORMATION 25
EIGHT SUCCESS FACTORS
33
84
0
10
20
30
40
50
60
70
80
90
100
Salary Employess Hourly Employees
ACE Associates
85%
57% 57%
52%
64%
40% 38%
32%
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
George Bowman Juan Ramirez Ebner Shanchez Dayron Morales
Practitioner Ops
Practitioner BP
Competency Development7
UTAS Miramar Employees : 165
Salary : 35
Hourly : 130
Data as of 11/7/2012
Number of ACE Associates
Practitioner Level Completion %
26. UTC PROPRIETARY INFORMATION 26
EIGHT SUCCESS FACTORS
Communication & Commitment8
11
Completed
Ongoing
Not Started
1. Customer Issues: PO missing, S/N & P/N missing or inaccurate. RRCA
Project ongoing, see kaizen newspaper.
Initiated Date: 8/8/2012 – Ongoing
Target Completion Date: 12/01/2012
Project Owner: K. Carlson
6. Quoting Issues: Over and above, contracts, SFR, & part coding projects
ongoing. Continue to collect turnback data, see kaizen newspaper.
Initiated Date: 8/1/2012
Target Completion Date: 10/31/2012
Project Owner: K. Carlson & Bowman
2. Inaccurate SFR: RRCA with American Airlines, and US Airways.
Initiated Date: 8/17/2012 – Ongoing
Target Completion Date: 10/31/2012
Project Owner: O. Velazquez
7. Incorrect work scope selected: Turnbacksisolated to one shop. Shop
was briefed, continue to collect turnbackdata.
Completed: 8/24/2012
Target Completion Date: COMPLETED
Project Owner: V. Jermany
3. Hold related Issues: Hold reduction project ongoing, see kaizen
newspaper.
Initiated Date: 3/1/2012 – Ongoing
Target Completion Date: 06/17/2013
Project Owner: K. Carlson
4. Unit submitted withoutwarranty review: Turnbacksin severalshops.
See next slide.
Unit submitted for quote without engineeringreview: Turnbacksin
several shops. See next slide.
Planned Start Date: Pending turnback data
Target Completion Date: COMPLETED
Project Owner: Bowman/ Sanchez
5. PO Review: PO review project ongoing, see kaizen newspaper.
Initiated Date: 4/1/2012 – Ongoing
Target Completion Date: 10/15/2012
Project Owner: K. Carlson
Establish a communication plan for all team
members (with target dates)
Create cross functional teams
Get buy in from management and employees
Develop a Kaizen Newspaper to identify action
items
Create a Project Plan to track, update, and brief
both salaried and hourly employees for any changes
Develop a timeline to track project completions
Projects List
2013
Q1 Q2 Q3 Q4
Electric Power Line Balancing Kaizen Newspaper
No. Action Owner Due Date %Com plete
1
Assemble Cross functional team (Chino – Ozzie – Materials – 2 Leads - 2 techs – Eng – Quality -
Ship/Rec.)
R. Chong/O. Velazquez 11/1/12
2 Identify line balancing element(work tasks) of the overhaul process – (Time Study Validation) R.Chong/O. Velazquez 2/1/2013
3 Setup pilotarea to debug process (validate) -3P
R.Chong/O. Velazquez 4/1/2013
4 Make/Revised Engineering documentation with approval Gwain/CS Eng TBD
5 Create STD work (Draft) for new process R.Chong/O. Velazquez
2/1/2013
6 Develop implementation proposal including required recourses and materials R.Chong/O. Velazquez
5/1/2013
7 Schedule implementation withoutbusiness impact R.Chong/O. Velazquez
5/1/2013
8 Implementfinal balanced process
R.Chong/O. Velazquez 6/1/2013
9 Update STD for final implementation R.Chong/O. Velazquez
7/1/2013
Lighthouse
Project
Training &
Education
Pilot Cell
Dry Runs
Monitor &
Implementation
Phase
28. Preparation & Analysis
Pre-Work Activities
• PQ Analysis
• Product Family Matrix
• Current State Map
• Future State Map
• Site Pre-Analysis
• Selection of Lighthouse
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
0
20
40
60
80
100
120
140
160
180
761574B
757300X
755469E
740119X
1701317A
741899
1701320
729714X
727792X
729825X
772292
727810C
766277B
739515X
766088B
751765A
755017B
1701768
750860
750875
720845X
729722C
766219
763457
756589A
735874D
977J033-8
735511A
1702549
766288
767146A
707304E
745329X
752157D
741901
762888B
764939B
1706903
764939A
752168B
758922A
744041B
758928
772181A
731579C
737852A
Percentage
Quantity
Part Numbers
(A) High Volume
(B) Medium Volume
(C) Low Volume
(D) Very Low Volume
Phase 1
Training
ACE
• VSM
• Line Back Logistics
• Leading Lean
• Cell Design
• Kanban for Internal Cell
• Supply Chain & Logistics
Unit received. PO
documents reviewed by
receiving inspector.
Unit disassembled and
cleaned
Unit received. PO
documents reviewed by
receiving inspector.
Unit disassembled and
cleaned
Unit Inspected by
technician
SFR and Parts list
created
Quote
required
Yes
No
RCA to quote order and
put on QH hold. Do not
work or pull parts until
approved.
Submit parts list to the
Crib
Proceed to Assembly
(Q)
(T)
(V)
($)
(%)
(R)
(O)
(1)
(L)
(M)
(N)
(U)
(K)
(F)
(E)
(#)
Part is outside CMM
tolerance. NOT
for visual inspection Ex.(caliper measurement)
Any SERVICEABLE PMA
part. If part is unserviceable use applicable part code
Part is corroded as specified in the CMM
Part is eroded as specified in the CMM
Part damaged by technician during an operation Ex.(assembly, disassem
bly)
Part replaced
100%
of the time as indicated by the CMM
Part is contaminated Ex.(a filter)
Part transferred to or from
a unit per customer approval
Induced damage by the customer (photo required)
Item has been repaired with a repair/part not in the CMM
Part replaced
due to an AD, or Attrition/Obsolescence
Part does not function electrically per CMM
Part/material that is consumed on use Ex.(solder & brazing clips)
Part is leaking per CMM
Ex.(transducer)
Part not received with the unit (photo required)
Broken/cracked/deteriorated/worn per CMM
VISU
AL inspection
UTAS MIRAMAR PART CODING DEFINITIONS
(@)
Serviceable part replaced
per customer request Ex.(EO, ESO, S/B)
Phase 2 Phase 3
Pilot Events
•Design & Implement
Lighthouse
• Electric Power Cell Design
• Electric Power Kanban
System Design &
Implementation
• Parts Delivery Design &
Implementation
Phase 4
Concept
ACE LEAN 12.0 Criteria
Apply the lean concepts
while concentrating on the
following:
• Plan for every part
• Optimized Part packaging
• Visual Pitch
• Model Cell Design
• Continuous Flow and/or
FIFO
• Kanban
2012 - ACE GOLD
Phase 5
Shop Floor Layout
Create Kaizen team to
deploy the first lean cell
design. Focus effort on
part family matrix and
monitor progress with
turn back collection.
Start Roll-Out
29. 2014
2014Q4
December 31,2014
Verification &
Implementation
-Monitor and verify turnbacks
generated by pilot cell
- Open & Close out projects
to resolve turnbacks
- Best practices
implementation
- Develop strategy to deploy
pilot cell throughout the site
for 2014
Completed
Ongoing
Not Starte
1. Customer Issue
s: PO missing, S/N & P/N missing or inaccurate. RRCA
Proje
ct ongoing, see kaizen newspaper.
Initiated Date: 8/8/2012 – Ongoing
Target Completion Date: 12/01
/2012
Proje
ct Owner: K. Carls
on
6. Quoting Issue
s: Over
and above, contracts, SFR,
& part codin
g projects
ongo
ing. Continue to collect turnback data,
see kaizen newspaper.
Initiated Date: 8/1/2012
Target Completion Date: 10/31
/2012
Proje
ct Owner: K. Carls
on & Bowm
an
2. Inacc
urate
SFR:
RRCA with American Airlines, and US Airwa
ys.
Initiated Date: 8/17/2012 – Ongoing
Target Completion Date: 10/31
/2012
Proje
ct Owner: O. Velaz
quez
7. Incorrect work
scope selec
ted: Turnbacksisolated to one shop. Shop
was briefe
d, continue to collect turnbackdata.
Completed: 8/24/2012
Target Completion Date: COMPLET
ED
Proje
ct Owner: V. Jermany
3. Hold
related Issue
s: Hold
reduction project ongoing, see kaizen
news
paper.
Initiated Date: 3/1/2012 – Ongoing
Target Completion Date: 06/17
/2013
Proje
ct Owner: K. Carls
on
4. Unit subm
itted withoutwarranty review: Turnbacksin severalshops.
See next slide.
Unit subm
itted for quote witho
ut engineeringreview: Turnbacksin
several shops. See next slide.
Planned Start Date: Pend
ing turnback data
Target Completion Date: COMPLET
ED
Proje
ct Owner: Bowm
an/ Sanchez
5. PO Review: PO review proje
ct ongoing, see kaizen newspaper.
Initiated Date: 4/1/2012 – Ongoing
Target Completion Date: 10/15
/2012
Proje
ct Owner: K. Carls
on
2013
Q1
Q2
Q3
Q4
Lighthouse
Project
Training &
Education
Pilot Cell
Dry Runs
Monitor &
Implementatio
Phase
Q1
March 31, 2014
Lighthouse project initiation
- Management Communication
- Set milestones
- Biweekly meetings to verify
milestones
- Breakdown of unit subassemblies
plan
Electric Power Line Balancing Kaizen NewspaperNo.
Action
Owner Due Date %Com plete
1 Assemble Cross functional team (Chino – Ozzie – Materials – 2 Leads - 2 techs – Eng – Quality -
Ship/Rec.)
R. Chong/O. Velazquez
11/1/122 Identify line balancing element(work tasks) of the overhaul process – (Time Study Validation)
R.Chong/O. Velazquez 2/1/20133 Setup pilotarea to debug process (validate) -3P
R.Chong/O. Velazquez 4/1/20134 Make/Revised Engineering documentation with approval
Gwain/CS Eng
TBD
5 Create STD work (Draft) for new process
R.Chong/O. Velazquez 2/1/2013
6 Develop implementation proposal including required recourses and materials
R.Chong/O. Velazquez 5/1/2013
7 Schedule implementation withoutbusiness impact
R.Chong/O. Velazquez 5/1/20138 Implementfinal balanced process
R.Chong/O. Velazquez 6/1/2013
9 Update STD for final implementation
R.Chong/O. Velazquez 7/1/2013
Q2
June 30, 2014
All personnel trained and
aligned with the
lighthouse project.
- 3P Cell Design
-Standard Work Cell Design
- Kanban
- Lineback Logistics
- Leading Lean
- Apply lessons learned from
Dijon and Singapore
Q3
September 30, 2014
Lighthouse Dry-runs
- Pilot cell design
- Part’s kitting presentation
- Kanban
- Parts distribution to pilot
cell
- Completed 3D simulation
for pilot cell