Skip to main content

Kaizen Adapting the culture




The Kaizen culture is one that requires discipline and dedication. It is not something that is isolated to management or non-management staff. It is a way of doing business. In adapting TFS culture to The Toyota Way, we should consider matching:
• Job related requirements, including:
o Ways to act
o Ways to think
o Key accountabilities
• Corporate goals
• Staff training and development
Human Resources will play a large roll in the facilitation and management of these activities. Translating The Toyota Way into meaningful actions is necessary to encourage and develop the people of TFS. Moments of truth where staff should encounter The Toyota Way are:
• Corporate, Business and Personal goals
• Induction and Orientation
• Job descriptions
• Training and Development
• Policies and Procedures

Comments

Anonymous said…
Dear Mr.Taha
Glad to see a global share of your thinking about Improvement & 6sigma
.
Be happy & Good Luck!
sara.kh
وب لاك said…
salam
linketoon ro be weblogam ezafe kardam, albate manam mesle shoma 2nbale enteghale weblogem be bloger hastam, behetoon link midam, man ham ie porojeie FMEA ro tu sherkate foolad shoru kardam, khoshhal misham bishtar ertebat dashte bashim

Popular posts from this blog

10 Ways to Failure for a New Six Sigma Deployment

10 Ways to Failure for a New Six Sigma Deployment The returns from a well-deployed Six Sigma initiative can be richly rewarding. The results of many business organizations stand in testimony to that. But the opposite also is true. Ten major points are critical to the success or failure of a Six Sigma deployment. Here the points are outlined as the 10 ways that a Six Sigma initiative can fail: 1- Lack of Commitment from the Top 2- Part-time Black Belts 3- Projects Not Linked to Organizational Objectives 4- Focusing on Quantity Instead of Quality 5- No Review Mechanism 6- No Visible Reward and Recognition Mechanism 7- No Infrastructural Support to Teams Working on Projects 8- Copy-and-Paste Deployment 9- Too Much Insistence on Statistics and Tools 10- Expecting Too Much and Too Soon - Ref: www.isixsigma.com

Design for Six Sigma (DFSS) and Crystal Ball Case Study

Background In this case study, we are a compressor manufacturer in the process of developing a new type of compressor. Our project team was charged with developing the design for the compressor using Design for Six Sigma (DFSS) tools and techniques. As we worked through the DMA DV (Define, Measure, Analyze, Design, Verify) process, we used simulation and optimization to provide project justification, lend insight into the critical drivers of quality, and help create a cost effective design th at meets customer requirements. For DFSS, critical benefits of simulation and optimization are the ability to prototype new products or processes without an appreciable investment of time or money, minimal defects, and sales driven through improved customer satisfaction. Define The first step in our Six Sigma process was to estimate the financial impact of this project. We started by developing a simple spreadsheet model (DFSS Case Study Defin e.xls) in Microsoft ® Excel to take into

Variation is a serious thing

Many parts have to fit together to make a product, like a cell phone. When engineers design the parts, they account for the fact that all parts will display some amount of variation as they are produced. Variation is the degree to which a part, product, service, or transaction differs from all others in the same class or category. In the case of a phone, each class of parts, like the plastic casting, vary in size, weight, and even color. Just as the phone cases vary, so does the clear plastic display that covers the liquid crystal display. Then you have the many hinges, buttons, antenna, internal component, and so on. All these parts have to snap and fit together well if the phone is to perform its function to your satisfaction. In other words, you can only tolerate a certain amount of variation. A little too much variation and the phone won’t work property. A little more variation and it won’t work at all. And we all know who’s going to end up with the bad phone, right?