This document outlines a waste reduction plan for a company. It discusses that material losses account for higher costs than time or speed losses. The company's expected waste losses for 2013 are 42 million EGP. The plan involves implementing immediate stop gap actions like daily waste box investigations. Short term plans include setting daily waste targets and monitoring achievement. A long term permanent improvement plan will be finalized within 6 months. A core team is identified to lead the waste reduction project.
Greg Clough has over 25 years of experience in senior technical and operations management roles. He has a strong track record of managing complex projects, operations, production, and maintenance engineering. He is skilled in leadership, communication, and motivating teams. His experience spans industries including manufacturing, waste management, and gas production.
This is, I am sure, the best presentation about the SMED method. It supports our training course on SMED. For more information call us on: (+351)936.000.079
Best regards,
João Paulo Pinto.
www.cltservices.net
This document provides an introduction to set-up reduction and quick changeover concepts. It discusses lean manufacturing principles for eliminating waste and non-value-added activities. The goals of set-up reduction are to reduce cycle times, increase capacity, and eliminate bottlenecks. The document reviews concepts like takt time, value-added vs. non-value added processes, and the seven wastes. It also describes the seven steps of SMED (Single Minute Exchange of Die) methodology for improving changeover times, including separating internal and external set-up tasks. As an example, it outlines issues with the long set-up times on a 1000-ton punch press and potential solutions like standardized tooling carts and shadow boards
Surendra Bangre has over 17 years of experience in engineering management, installation, commissioning, and maintenance. He is skilled in project planning, resource management, quality control, and leadership. His roles have included shift supervisor, pre-opening maintenance executive, and shift engineer. He maintains facilities and equipment, oversees repairs and preventative maintenance, and ensures compliance with health and safety standards. Key achievements include implementing ISO standards and planned preventative maintenance programs.
Hilario C. Dicag is applying for a position as a Senior Rotating Equipment Technician. He has over 22 years of experience as a mechanical technician working on rotating equipment like compressors, pumps, and turbines in oil, gas, and power industries. His resume lists his employment history including his most recent role as a Senior Rotating Equipment Technician for Saudi Aramco Total Refining and Petrochemical Company where he performed maintenance, inspections, and repairs on rotating equipment. He is seeking a similar position where he can utilize his extensive experience maintaining critical rotating equipment.
Mohammad Rehan Akbar Khan has over 23 years of experience in project management, commissioning, operations, and maintenance of industrial liquid and gas plants. He has led commissioning of numerous air separation units, hydrogen plants, CO2 plants, and other industrial facilities in Saudi Arabia, UAE, and Oman. As a plant process and production manager, he oversees all aspects of plant operations, maintenance, budgeting, auditing, and emergency response to ensure safe and reliable production. He has extensive experience developing standard operating procedures, maintenance plans, and commissioning industrial equipment and piping systems.
Donervon Gounden's curriculum vitae provides details of his personal and professional experience. He has over 25 years of experience working at Amalgamated Appliances in various roles related to production, materials management, and store management. Currently, he serves as the Store Manager, overseeing daily operations and staff. He holds qualifications in Windows, Microsoft Office, AutoCAD, LPG, and occupational health and safety. Gounden provides three references from his current employer, Amalgamated Appliances.
OEE Financial Benefits From Component ImprovementLean Teams USA
OEE has long been used as a Lean measure for the effectiveness of production equipment. It is mainly used to determine where to focus improvement efforts, Availability, Performance, or Quality. This presentation provides an explanation of OEE and a case study of how improvements to each of the OEE factors can demonstrate financial results
Greg Clough has over 25 years of experience in senior technical and operations management roles. He has a strong track record of managing complex projects, operations, production, and maintenance engineering. He is skilled in leadership, communication, and motivating teams. His experience spans industries including manufacturing, waste management, and gas production.
This is, I am sure, the best presentation about the SMED method. It supports our training course on SMED. For more information call us on: (+351)936.000.079
Best regards,
João Paulo Pinto.
www.cltservices.net
This document provides an introduction to set-up reduction and quick changeover concepts. It discusses lean manufacturing principles for eliminating waste and non-value-added activities. The goals of set-up reduction are to reduce cycle times, increase capacity, and eliminate bottlenecks. The document reviews concepts like takt time, value-added vs. non-value added processes, and the seven wastes. It also describes the seven steps of SMED (Single Minute Exchange of Die) methodology for improving changeover times, including separating internal and external set-up tasks. As an example, it outlines issues with the long set-up times on a 1000-ton punch press and potential solutions like standardized tooling carts and shadow boards
Surendra Bangre has over 17 years of experience in engineering management, installation, commissioning, and maintenance. He is skilled in project planning, resource management, quality control, and leadership. His roles have included shift supervisor, pre-opening maintenance executive, and shift engineer. He maintains facilities and equipment, oversees repairs and preventative maintenance, and ensures compliance with health and safety standards. Key achievements include implementing ISO standards and planned preventative maintenance programs.
Hilario C. Dicag is applying for a position as a Senior Rotating Equipment Technician. He has over 22 years of experience as a mechanical technician working on rotating equipment like compressors, pumps, and turbines in oil, gas, and power industries. His resume lists his employment history including his most recent role as a Senior Rotating Equipment Technician for Saudi Aramco Total Refining and Petrochemical Company where he performed maintenance, inspections, and repairs on rotating equipment. He is seeking a similar position where he can utilize his extensive experience maintaining critical rotating equipment.
Mohammad Rehan Akbar Khan has over 23 years of experience in project management, commissioning, operations, and maintenance of industrial liquid and gas plants. He has led commissioning of numerous air separation units, hydrogen plants, CO2 plants, and other industrial facilities in Saudi Arabia, UAE, and Oman. As a plant process and production manager, he oversees all aspects of plant operations, maintenance, budgeting, auditing, and emergency response to ensure safe and reliable production. He has extensive experience developing standard operating procedures, maintenance plans, and commissioning industrial equipment and piping systems.
Donervon Gounden's curriculum vitae provides details of his personal and professional experience. He has over 25 years of experience working at Amalgamated Appliances in various roles related to production, materials management, and store management. Currently, he serves as the Store Manager, overseeing daily operations and staff. He holds qualifications in Windows, Microsoft Office, AutoCAD, LPG, and occupational health and safety. Gounden provides three references from his current employer, Amalgamated Appliances.
OEE Financial Benefits From Component ImprovementLean Teams USA
OEE has long been used as a Lean measure for the effectiveness of production equipment. It is mainly used to determine where to focus improvement efforts, Availability, Performance, or Quality. This presentation provides an explanation of OEE and a case study of how improvements to each of the OEE factors can demonstrate financial results
El documento proporciona instrucciones en 7 pasos para cambiar la configuración de los botones de inicio y apagado en un dispositivo, incluyendo entrar a la configuración del sistema, seleccionar la configuración de inicio/apagado y suspensión, y desactivar la opción de inicio rápido.
This document discusses mobile UX trends from October 2014. It covers interfaces, use of space and content, colors, pictures and effects, gestures, and animations. Specific trends mentioned include simplified interfaces focusing on key actions, use of layered and circular interface elements, infographics, blurred backgrounds, large images, swipe gestures, and animations that guide users without overusing motion effects. Examples are provided for many of these trends from apps like FIFA, Airbnb, Vine, and Google Glass. Guidelines are also referenced from Apple, Android, Windows, and other sources.
The document discusses features and changes in ASP.NET vNext, the future version of ASP.NET. It describes how vNext uses project.json for dependencies instead of references, allows editing code without recompiling, and merges MVC, Web API and Web Pages into a single framework. It also discusses tools for building, running and deploying vNext applications in Visual Studio 2015 and how the runtime will be more modular and cross-platform compared to previous versions of ASP.NET.
A mixed introduction of Lean and Agile concepts targeted at business audience, presenting 3 key lean concepts (MVP, short feedback loop, cost of delay).
NDepend is a static analysis tool for .NET managed code. This tool supports a large number of code metrics, allows for visualization of dependencies using directed graphs and dependency matrix. The tools also performs code base snapshots comparison, and validation of architectural and quality rules.
In one of our weekly training, we’ve talked about Git. Here is a quick overview of the main concepts, basic commands and branching strategy, how to work with Git, how to contribute to an OSS project, …
Everyone is busy nowadays: Day job, family, community, technology watch, blog, twitter, Facebook …
So here are a few tips to cope with it and be better organized.
Redis is an open source advanced key-value store, created by antirez. Here is a quick overview of this awesome NoSql DB.
Like a swiss knife, Redis will help you by many ways : LRU cache, high scores, UID generator, queues, social feeds, autocomplete …
TypeScript is a language for application-scale JavaScript development.
TypeScript is a typed superset of JavaScript that compiles to plain JavaScript.
Any browser. Any host. Any OS. Open Source.
Because we are not only shipping code and we are no longer Microsoft developers but .NET developers, it's time to open your mind and to see what is offering the OSS world.
Docker is an amazing tool.
Docker did popularize container and brought a way to manage it.
Ok, seems to be cool, but why do developers care?
- Static application environment: we know exactly what we are running
- Repeatable, runnable artifact: we can deploy everywhere, anytime
- Loosely coupled: we can manage, isolate, and compose at environment level easily
Please have a look to this Betclic presentation and remember that .NET CLR are coming in GNU/linux world!
'Scenario Driven Design' allow programmers to make more usable APIs and avoid performance issues. REST principles are often misunderstood and programmers expose their raw data model without any logic. Think about your scenarios first !
This document summarizes Jurgen Appelo's book "Management 3.0" and provides examples of management workout exercises. It discusses that Management 1.0 is bad management, while Management 2.0 tries to do the right thing but fails due to a lack of understanding of social systems. Management 3.0 does the right thing through good understanding. Seventeen management workout themes are then outlined that support engaging people, improving systems, and delighting clients.
This document provides information on JavaScript patterns and best practices. It discusses 3 categories of design patterns (creational, structural, behavioral), antipatterns to avoid, and best practices for code reuse, namespaces, modules, private properties, and more. Specific patterns like builder, factory, decorator, facade, and proxy are covered. jQuery techniques like chaining, DOM manipulation, and plugin development are also summarized.
A really quick introduction to Microsoft Azure Storage and all of its services. It's one of the core components of Azure and it's really important to understand it if you want to "move to the cloud".
The Model View ViewModel (MVVM) is an architectural pattern originated by Microsoft as a specialization of the Presentation Model (Martin Fowler). Similar to MVC, MVVM is suitable for client applications (Xaml-based, Xamarin, SPA, ...) because it facilitates a clear separation between the UI and the Business Logic. Examples with WPF, MvvmCross, AngularJs. It also contains solutions for common use cases.
In software engineering, a design pattern is a general reusable solution to a commonly occurring problem within a given context in software design
Patterns are formalized best practices that the programmer must implement in the application.
The document provides an introduction to lean manufacturing principles. It defines lean manufacturing as a systematic approach to eliminating waste from production processes. It discusses the seven types of waste and techniques for reducing waste, including 5S, JIT, SMED, visual management, and continuous improvement. The overall goal of lean is to maximize value while minimizing waste in order to reduce costs, improve quality, and increase profit margins and customer satisfaction.
SMED (Single Minute Exchange of Die) is a lean manufacturing technique aimed at reducing changeover times between the production of different products or product variants on a machine. The basic principles of SMED involve identifying internal and external changeover tasks, analyzing each task's purpose, and focusing on low-cost solutions to eliminate changeover time. The history of SMED began in Japan at Toyota in the 1950s when consultant Shigeo Shingo helped reduce changeover times for body molding from 2-8 hours to under 10 minutes. Implementing SMED involves 5 phases - defining the project, establishing a baseline, separating external and internal work, transforming internal work externally, and eliminating all waste from the changeover process.
The document is a presentation from Operational Excellence Consulting about identifying waste. It discusses various models for classifying types of waste, including the three MUs (muda, mura, muri), the 5Ms + Q + S, and the eight types of waste. It also provides methods for discovering, eliminating, and preventing waste through techniques like value stream mapping and waste-finding checklists. The overall goal is to teach organizations how to identify inefficiencies in their processes and work environments so they can continuously improve operations.
El documento proporciona instrucciones en 7 pasos para cambiar la configuración de los botones de inicio y apagado en un dispositivo, incluyendo entrar a la configuración del sistema, seleccionar la configuración de inicio/apagado y suspensión, y desactivar la opción de inicio rápido.
This document discusses mobile UX trends from October 2014. It covers interfaces, use of space and content, colors, pictures and effects, gestures, and animations. Specific trends mentioned include simplified interfaces focusing on key actions, use of layered and circular interface elements, infographics, blurred backgrounds, large images, swipe gestures, and animations that guide users without overusing motion effects. Examples are provided for many of these trends from apps like FIFA, Airbnb, Vine, and Google Glass. Guidelines are also referenced from Apple, Android, Windows, and other sources.
The document discusses features and changes in ASP.NET vNext, the future version of ASP.NET. It describes how vNext uses project.json for dependencies instead of references, allows editing code without recompiling, and merges MVC, Web API and Web Pages into a single framework. It also discusses tools for building, running and deploying vNext applications in Visual Studio 2015 and how the runtime will be more modular and cross-platform compared to previous versions of ASP.NET.
A mixed introduction of Lean and Agile concepts targeted at business audience, presenting 3 key lean concepts (MVP, short feedback loop, cost of delay).
NDepend is a static analysis tool for .NET managed code. This tool supports a large number of code metrics, allows for visualization of dependencies using directed graphs and dependency matrix. The tools also performs code base snapshots comparison, and validation of architectural and quality rules.
In one of our weekly training, we’ve talked about Git. Here is a quick overview of the main concepts, basic commands and branching strategy, how to work with Git, how to contribute to an OSS project, …
Everyone is busy nowadays: Day job, family, community, technology watch, blog, twitter, Facebook …
So here are a few tips to cope with it and be better organized.
Redis is an open source advanced key-value store, created by antirez. Here is a quick overview of this awesome NoSql DB.
Like a swiss knife, Redis will help you by many ways : LRU cache, high scores, UID generator, queues, social feeds, autocomplete …
TypeScript is a language for application-scale JavaScript development.
TypeScript is a typed superset of JavaScript that compiles to plain JavaScript.
Any browser. Any host. Any OS. Open Source.
Because we are not only shipping code and we are no longer Microsoft developers but .NET developers, it's time to open your mind and to see what is offering the OSS world.
Docker is an amazing tool.
Docker did popularize container and brought a way to manage it.
Ok, seems to be cool, but why do developers care?
- Static application environment: we know exactly what we are running
- Repeatable, runnable artifact: we can deploy everywhere, anytime
- Loosely coupled: we can manage, isolate, and compose at environment level easily
Please have a look to this Betclic presentation and remember that .NET CLR are coming in GNU/linux world!
'Scenario Driven Design' allow programmers to make more usable APIs and avoid performance issues. REST principles are often misunderstood and programmers expose their raw data model without any logic. Think about your scenarios first !
This document summarizes Jurgen Appelo's book "Management 3.0" and provides examples of management workout exercises. It discusses that Management 1.0 is bad management, while Management 2.0 tries to do the right thing but fails due to a lack of understanding of social systems. Management 3.0 does the right thing through good understanding. Seventeen management workout themes are then outlined that support engaging people, improving systems, and delighting clients.
This document provides information on JavaScript patterns and best practices. It discusses 3 categories of design patterns (creational, structural, behavioral), antipatterns to avoid, and best practices for code reuse, namespaces, modules, private properties, and more. Specific patterns like builder, factory, decorator, facade, and proxy are covered. jQuery techniques like chaining, DOM manipulation, and plugin development are also summarized.
A really quick introduction to Microsoft Azure Storage and all of its services. It's one of the core components of Azure and it's really important to understand it if you want to "move to the cloud".
The Model View ViewModel (MVVM) is an architectural pattern originated by Microsoft as a specialization of the Presentation Model (Martin Fowler). Similar to MVC, MVVM is suitable for client applications (Xaml-based, Xamarin, SPA, ...) because it facilitates a clear separation between the UI and the Business Logic. Examples with WPF, MvvmCross, AngularJs. It also contains solutions for common use cases.
In software engineering, a design pattern is a general reusable solution to a commonly occurring problem within a given context in software design
Patterns are formalized best practices that the programmer must implement in the application.
The document provides an introduction to lean manufacturing principles. It defines lean manufacturing as a systematic approach to eliminating waste from production processes. It discusses the seven types of waste and techniques for reducing waste, including 5S, JIT, SMED, visual management, and continuous improvement. The overall goal of lean is to maximize value while minimizing waste in order to reduce costs, improve quality, and increase profit margins and customer satisfaction.
SMED (Single Minute Exchange of Die) is a lean manufacturing technique aimed at reducing changeover times between the production of different products or product variants on a machine. The basic principles of SMED involve identifying internal and external changeover tasks, analyzing each task's purpose, and focusing on low-cost solutions to eliminate changeover time. The history of SMED began in Japan at Toyota in the 1950s when consultant Shigeo Shingo helped reduce changeover times for body molding from 2-8 hours to under 10 minutes. Implementing SMED involves 5 phases - defining the project, establishing a baseline, separating external and internal work, transforming internal work externally, and eliminating all waste from the changeover process.
The document is a presentation from Operational Excellence Consulting about identifying waste. It discusses various models for classifying types of waste, including the three MUs (muda, mura, muri), the 5Ms + Q + S, and the eight types of waste. It also provides methods for discovering, eliminating, and preventing waste through techniques like value stream mapping and waste-finding checklists. The overall goal is to teach organizations how to identify inefficiencies in their processes and work environments so they can continuously improve operations.
Provides an introduction to Lean Management and its application along with video links. The slide also details the improvement cycle with Value added, non-value added and waste in any activity or process. This slide focuses on the time and motion study and how to observe the process. This helps identify process time and determine if the process is value-added. Helps anyone who wants an idea on starting process analysis and continuous improvement in office and factory environments to reduce waste and get cost-effectiveness. Provides an overview of the lean tools and some videos to expand the basic knowledge. Provides a link for the file download for direct observation.
Links for the video & Files
https://www.youtube.com/watch?v=wfsRAZUnonI
https://www.youtube.com/watch?v=yZvsqm4Jok8
https://files.fm/f/2uhf7y8er
https://www.youtube.com/watch?v=PHOppLiEG0o
https://www.youtube.com/watch?v=jmTOuHxc4nE
https://www.youtube.com/watch?v=yOLfe37gq4g
[Note: To download the complete presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
Autonomous Maintenance (Jishu Hozen) is one of the most important building blocks in any Total Productive Maintenance (TPM) program. Autonomous Maintenance refers to TPM activities that involve operators in maintaining their own equipment, independent of the maintenance department.
One of the basic principles of TPM is that operators are the first line of defense against unplanned equipment downtime. Operators and others in daily contact with equipment can use their knowledge and familiarity with operating conditions to predict and prevent breakdowns and other equipment-related losses. They do this through regular cleaning and inspection of equipment, and through team-based autonomous. maintenance activities that tackle equipment-related problems.
Activities in an Autonomous Maintenance program include: daily inspections, lubrication, parts replacement, simple repairs, abnormality detection and precision checks.
The goals of the Autonomous Maintenance program are to prevent equipment deterioration, restore equipment to its ideal state, and establish basic conditions needed to keep equipment well maintained.
Developed by our JIPM-certified TPM instructor, this Autonomous Maintenance (Jishu Hozen) PPT presentation is packed with diagrams, examples and practical tips and can be used to train shopfloor staff participating in autonomous maintenance activities.
LEARNING OBJECTIVES
1. Understand the key concepts of TPM and AM activities
2. Learn how to implement the AM activities, step by step
3. Learn how to use activity boards, meetings and one-point lessons to promote TPM goals
4. Learn how to measure and audit AM activities and performance
5. Familiarize with the JIPM TPM excellence criteria for AM
6. Understand the critical success factors in sustaining AM activities on the shopfloor
Tanner Orban is an undergraduate student studying mechanical engineering at the University of Toledo. The document outlines several of Tanner's projects focused on eliminating non-value-added activities and reducing risks and micro-stops at various departments and production lines. Key results include a 100% reduction in high risks, writing of kaizen proposals, and projected savings of over $200,000 from reducing micro-stops at a pivot bracket welder. Current projects are in various implementation phases and aimed at further risk reduction through root cause analysis.
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 provides information about The Automation Professionals, an automation engineering company. It includes:
1) Contact details and background of the engineering manager, Mach CaoXuan, including his education and work experience in automation.
2) An overview of the company's manufacturing division and the services it provides, such as improving production processes, designing automated equipment, and project management.
3) A list of reference projects the company has completed for various clients, providing solutions for automation challenges in areas like assembly, material handling, and packaging.
The document summarizes a '5S' project implemented at San Fernando Valley Pallet Company to improve organization and efficiency in their pallet production process. The 5S methodology involves Sort, Set in Order, Shine, Standardize, and Sustain. For each step, the document provides examples of how it was applied, such as establishing areas for sorted items, improving workstation layouts, implementing cleaning schedules, creating standard operating procedures, and auditing for continuous improvement. The overall goal was to create a cleaner, more visually structured workplace for increased safety, quality and productivity.
This document summarizes a case study applying lean manufacturing techniques at a furniture factory in Jordan. The researchers used various lean tools to analyze sources of waste, including a current state value stream map of a two-door cabinet production process. They identified issues like long lead times, low value-add percentage, and bottlenecks. A future state map was proposed with recommendations to achieve continuous flow, balance processes, and continuously improve through techniques like 5S and kaizen. Suggestions included better production planning, utilizing CNC machines, and improving marketing.
Total Productive Maintenance (TPM) is a holistic approach to equipment maintenance that aims for perfect equipment performance through involvement of all employees. It combines preventive maintenance with total quality control and employee involvement to create a culture of shared responsibility for equipment. The goals of TPM include achieving minimum 80% production efficiency, 90% equipment efficiency, zero defects, accidents and breakdowns. It has eight pillars including 5S, autonomous maintenance, planned maintenance, focused improvement and training which work together to eliminate equipment losses.
Raul Adrian Coronado Reyes has over 15 years of experience in manufacturing operations and engineering roles. He is currently the Operations and Maintenance Director at Electrolux Home Products in Juarez, Mexico, where he is responsible for safety, quality, cost, delivery and continuous improvement initiatives. Prior to this role, he held various engineering and managerial positions with a focus on lean manufacturing, new product launches, productivity improvement and cost reduction. He has a Master's Degree in Industrial Engineering with a specialization in Lean Manufacturing.
Raul Adrian Coronado Reyes has over 15 years of experience in manufacturing operations and engineering roles. He is currently the Operations and Maintenance Director at Electrolux Home Products in Juarez, Mexico, where he is responsible for safety, quality, cost, delivery and continuous improvement initiatives. Prior to this role, he held various engineering and management positions with increasing responsibilities at Electrolux and Yazaki North America, focusing on lean manufacturing, new product launches, productivity improvements and cost reductions.
A throughput bulletin for Texport Syndicate, post vsmSourav Kumar
This document summarizes an apparel internship opportunity at Texport Syndicate India Limited in Bangalore. It provides details about the company's production facilities, processes, and departments involved in apparel manufacturing. It then describes a proposed lean manufacturing project to map the value stream and optimize the production process for a specific kids' plaid shirt style being manufactured, with the goal of reducing costs while ensuring efficient resource usage and throughput.
This document summarizes a project to reduce production lead time at a automotive parts manufacturing company using value stream mapping. It describes collecting data on current processes, creating a current state map showing a 12.6 hour lead time, identifying wastes like transportation delays, and proposing a future state map with a reduced 2.25 hour lead time through improvements like relocating machines, improved material handling, and adding a new welding machine. The project aimed to improve productivity, understand waste, and provide a plan for a more efficient lean production line.
MRF implemented Lean and Six Sigma techniques to improve operational efficiency at its manufacturing plants. It identified bottlenecks and defects through data analysis. The calendering process was a bottleneck due to long setup times to adjust roll temperatures. This was addressed by replacing 3-roll calendering machines with faster 4-roll machines. Defects in tire building and curing like bead misalignment and blisters were analyzed using DMAIC to determine root causes such as improper process settings. Condition-based maintenance was introduced through 3M/4M charts to standardize processes and reduce defects. Overall Lean helped optimize processes, improve productivity, quality and eliminate waste at MRF's manufacturing operations.
4 chapter i, ii, iii, iv-ha-graduation reportHoàng Hà Lê
The document provides an overview of Hossack Electronic Industrial Co., Ltd, including its history, organization structure, operations, and regulations. It was established in 2008 in Vietnam and produces electronics such as adapters, chargers, transformers, and inductors. It has over 1,000 employees in 8 departments and supplies international customers. Health, safety, fire prevention, and environmental protection are priorities as regulated by the company's policies.
Mba ii pmom_unit-1.1 introduction to production & operation management a - copyRai University
The document provides an overview of production and operations management concepts including mass production, assembly lines, and Toyota's production system. It discusses key events and individuals that shaped modern manufacturing approaches. Henry Ford introduced the moving assembly line which dramatically reduced costs for the Model T. Taiichi Ohno studied American mass production and developed Toyota's lean production system known as just-in-time to minimize waste. Toyota's approach focused on continuous improvement, eliminating defects rather than fixing them, and having production pulled by customer demand rather than pushed by production targets.
The current global recession driven by COVID-19 has literally brought sales to a halt for many businesses. Compounded by high labour and material costs and unsold inventory, it is difficult to sustain your businesses without dramatic cost reductions. Before cutting salaries and laying off staff, now is the right time to seriously take a hard look at how you can quickly and systematically discover waste in your business processes and eliminate them so as to sustain a positive cash flow.
This presentation teaches you how to discover waste. Waste are all around us, and they include all those extraneous and counterproductive assumptions, attitudes, activities, materials, machines, operations and processes. This presentation can be used to educate your management and staff on the four models that can be used to systematically discover waste on the shopfloor. To be able to discover waste is the first step towards its elimination. This training material can also be used to supplement your Lean Manufacturing, Gemba Walk, Kaizen, 5S and TPM training materials.
LEARNING OBJECTIVES:
1. Discover waste in your work environment
2. Learn how to remove waste
3. Learn how to prevent waste
CONTENTS:
1. What is Waste?
What is Value?
What is Value-added?
What is Waste?
How Does Waste Take Root?
Waste Take Root When We Accept Stopgap Improvement
Benefits of Identifying & Eliminating Waste
2. The Classification of Waste
The Three MUs
The 5M + Q + S
The Flow of Goods
The Eight Types of Waste
3. How to Discover Waste
Three Approaches to Discover Waste
Using the Back Door
Bringing Latent Waste to the Surface
Analyzing Current Conditions
Value Stream Mapping
Value-added Flow Chart
Flow Analysis Chart
4. How to Remove Waste
Adopt the Necessary Attitude
Remove Waste in the Movement of Goods
Remove Waste in the Actions of People
Remove Waste in the Way People, Goods and Machines Are Combined
5. How to Prevent Waste
Standardization
Visual Controls
Auditory Controls
5W + 1H
To download this complete presentation, please visit: http://www.oeconsulting.com.sg
2. Case for Change
• Operational Losses are : Time Losses , Speed Losses , and
Material Losses .
• Time Losses and Speed Losses make the company loose part of
the production volume : The company loose Overhead costs (15%
of the Product cost ).
• Material Losses make the company loose that part of the
volume , and also the cost of material wasted , which is much
higher (85% of the Product cost ) .
• Material losses is much higher than Time , and Speed Losses
• The 2013 expected losses in Waste is 42 Million EGP .
• A 1% reduction in Waste saves 2.3 Million EGP per year .
NAME PRESENTATION / DATE 00/00/002
3. Case for Change ( Cont . )
• Other Companies in our Industry take care first of material
Losses .
• Since early start , We in KPE management at all levels are keen
and follow up Production Volume on Daily basis , while don’t
notice Waste until end of the Month when Waste reported . Then
there’s no way back .
• Management has led the workers this way . The workers only
take care of what Management ask for and follow up daily .
• The Reason of this way of Management might be the continuous
situation of Capacity shortage since early start .
• The Capacity expanding always done long time after Capacity
Shortage .
NAME PRESENTATION / DATE 00/00/003
4. Case for Change ( Cont . )
• Now is the time to change : to make the workers keen of Waste
as a first Priority .
• This will be achieved only when there’s a real change in
management care .
• Supervisors , Managers , and MD – on daily basis – follow up ,
and ask for Waste first , then asking for productivity .
• We’re not starting from Zero .
• You already planned a list of excellent actions since start of the
year . Some finished and others are long term , need more time
and resources .
NAME PRESENTATION / DATE 00/00/004
5. NAME PRESENTATION / DATE 00/00/005
Steps
Performance
Deadline Status
Implement new reels handling system for Extrusion: All products roll will be packed by using stretch machine
before storing
Mar-13
Implement new instruments continuous quality control Jun-13
Install new set of register holders and check balance and alignment for printing cylinders in LEMO printing May-13
Waste resultant from MRBs will be returned to conserned Dep. Jun-13
Daily check for all Operation and logistic scales May-13
productivity and waste will be published for each shift every week Jun-13
Cost of waste will be published for all shifts Jun-13
All samples materials will be received by Tech. Dep. Same as for samples output
Jun-13
Any damaged resin sacks will not be received from WH Jum-13
Extrusion waste boxes will only be transferred for Waste Area in the morning shift after being reviewed by
Extrsuion Foreman
Jun-13
Install scales in front of every slitter machine to check Mother roll actual weight Jul-13
Implement online process control system July 13
Implement new reels handling system for printing and lamination: All produced reels will lay on
wooden pallets.
May-13
Existing Action Plan
6. NAME PRESENTATION / DATE 00/00/006
Implement new reels handling system for converting: replace semi finish storage from horizontal to
vertical by using rack system to store 50 MT (100 reels)
Apr-13
Follow up waste % during daily meeting and decide needed actions required to achieve waste
target
Jan. 13
Print grouping on same press ( very positive issue for waste reduction ) Jun-13
Transferring all small job and high thickness order to new machine Jun-13
Prevent reprint the same order in the same month Jun-13
Forman's during shifts assign on all data sheet in converting & Lamination for printing waste in two
departments
Jun-13
Printing department head will set waste target (In meters) for setup for all jobs and it will be recorded in
data sheet to be followed daily
Jun-13
All waste boxes for converting should be labeled and divided into 3 part also for lamination divided into two
part in order to put specific waste in separate par
Jun-13
Existing Action Plan
8. NAME PRESENTATION / DATE 00/00/008
Assessment
• Interviewing Operators , Foremen , and supervisors .
• Monitoring Setup Operations in Printing .
• Reviewing Waste Boxes in Printing , Lamination , Converting .
• Assessing effectiveness of already existing procedures , and
activities of controlling Waste .
Internal Assessment
External Assessment
• Bench marking with similar Industry Plants
9. NAME PRESENTATION / DATE 00/00/009
Workers in all levels are not alert to Waste in the same
Way like Productivity .
The individual Responsibility of Waste is not identified like
Productivity .
Productivity of each operator is monitored daily , while Waste is
being measured at the end of the month for the whole dept. This
make the individual responsibility for waste not identified .
Setup Waste in Printing – which is the highest waste category –
is out of the operator control . It depends on : Ink quality , plates
quality , and film quality .
Opportunities Identified
10. NAME PRESENTATION / DATE 00/00/0010
• Other than Production depts. ( Planners , Material
Handlers , Plate Makers , Ink cookers ) are not
accountable for waste , while they contribute heavily
in waste generating .
• Although Losses of Waste are double Losses of
Uptime , and Speed , Operators are not aware .
• Need to enhance daily follow up and reviewing Waste
Quantities with operators .
Opportunities Identified (Cont.)
11. NAME PRESENTATION / DATE 00/00/0011
• Daily Revision of Waste Boxes on all machines by a
Committee of the Section head , Foreman , and machine
Operator .
• Waste Revision Committees will be led initially by the Project
Manager . Production Managers will lead Committees later .
• The Section heads will investigate the big quantities of waste
in boxes – In the objective of taking preventive actions .
• The Committee of each dept. will include the section heads of
the preceeding depts .
Stop Gap Actions ( Ready to start
life14th of August )
12. NAME PRESENTATION / DATE 00/00/0012
• The committee will be led by project team members in
AN , Night shifts , and Weekends .
• A daily Report of Plant Waste% will be raised to OD
and MD – The Waste will be calculated in the same
way like the financial one .
Stop Gap Actions ( Ready to start
life14th of August ) – Cont.
13. WBI (Waste Box Investigation ) form
NAME PRESENTATION / DATE 00/00/0013
Day:
Date: Dept.: ____ Inspector _____________
Time:
Shift:
Machine KPE# Order Name Noticed High Waste Defect Dept. M/C Shift Operator Investigator Root Cause preventive action
General Notes
WBI Form
________________
/ /
M --- A --- N
A -- B -- C -- D
InvestigationWaste responsible
14. Stop Gap Team Tasks Identified
• WBI ; The team will inspect the Waste Boxes on all machines by end of
the shift to find out the High waste quantities .
• The team will investigate with machine operators in attendance of
Section heads to find out the reasons of the high waste .
• The team will feedback the noticed high waste quantities , and reasons
for the operations management to take preventive actions .
• The team will follow up actions executing and effectiveness .
• The team will include the waste reasons in the daily waste report .
NAME PRESENTATION / DATE 00/00/0014
15. NAME PRESENTATION / DATE 00/00/0015
Short term plan ( to start life 1st
of Oct .)
• Setting daily targets for waste for each order based on
historical waste data .
• Daily monitor of target achievement . Investigate reasons .
• This will clear out problems causing waste . Solve problems
daily .
• The Waste of each order will be calculated in all processes from
extrusion till converting , based on Fin. ( Input - output ) – The
crews in all depts contributed in the order production will be
identified – the objective is to calculate waste % for each crew .
16. NAME PRESENTATION / DATE 00/00/0016
Short term plan ( to start life 1st
of Oct .)
• Issuing waste Scorecard for each operator , and for
each team monthly based on reallocated waste data .
• Reward & Recognize best operator / best team in each
dept. monthly .
• Addressing Poor Performers Operator / Team in each
dept. monthly . A procedures to improve their
performance to be taken .
• Setting targets for support groups to measure their
contribution in waste improvement .
17. NAME PRESENTATION / DATE 00/00/0017
Permanent Improvement plan ( to be finalized in 6
months )
18. NAME PRESENTATION / DATE 00/00/0018
• Tarek Bondok .
• Mostafa Ashry .
• Ossama Aly .
• Mostafa Gaafar .
• Mohamed Youssef
• Ahmed Mansour .
• Sayed Abdella .
• Medhat Abdel Moneim
• Ashraf Gaber
• Mohamed Abdel Hameed.
• Abdel Hameed Sakr .
• Ahmed Hamouda
• Ehab Aly
• Ahmed El Refaie
• Soliman Abdel Hameed .
• Mohamed Ibrahim
• Khaled Abdo
• Mahmoud Abou Zaid .
Project Core Team
19. NAME PRESENTATION / DATE 00/00/0019
• Hesham Sharaky .
• Alaa El Sayed .
• Aly Aly .
• Dina Daebis .
Project Occasional Team
20. Specific Stop Gap Team
• Mahmoud Abou Zaid .
• Mohamed Abdel Hameed .
• Medhat Abdel Moneim .
• Ahmed Mansour .
• Sayed Abdellah .
• Mostafa Ashry .
• Soliman Abdel Hameed .
• Tarek Bondok .
NAME PRESENTATION / DATE 00/00/0020
21. NAME PRESENTATION / DATE 00/00/0021
• Hiring a Data Entry Person dedicated for the Project .
• A daily transportation for the Stop Gap team member in AN ,
Night shifts including Week Ends .
• A financial Reward for the best Operator and the best Team in
each dept. monthly .
• Other resources might be required during project progress .
Resources required immediately
22. NAME PRESENTATION / DATE 00/00/0022
• Kick Off for Management Team , Managers , and the whole
plant personal including Support Groups ( Planning ,
Purchasing , Warehouse , Ink , Plate making , Technical , Q.C ,
and QA ) – Week 33 .
• Stop Gap Team mission start life – Week 33 .
• Short Term actions start life – 1st
Oct.
• Long Term mission start 1st
Sept. and end mission by
implementing Actions 1st
March 2014
Project Time Line
Editor's Notes
Let’s explore some of the actions you planned .
Read the highlighted actions . Show its importance . Link with the new plan .
This plan is very important for reducing waste .
In paralel to our project actions , you need to continue those actions , and to finish them in time