1.Identify the need and define the problem. 2.Assemble design team. 3.Identify constraints and criteria for success. 4.Search for solutions Feasibility Preliminary Detailed study design design 5.Analyze each potential solution. sisKjeuv 6.Choose the“best”solution(s). 7.Document the solution(s). 8.Communicate the solution(s)to management. 9.Construct the solution. 10.Verify and evaluate
4. Search for solutions 5. Analyze each potential solution. Feasibility study Preliminary design Detailed design 2. Assemble design team. 3. Identify constraints and criteria for success. 1. Identify the need and define the problem. 6. Choose the “best”solution(s). 7. Document the solution(s). 8. Communicate the solution(s) to management. 9. Construct the solution. 10. Verify and evaluate
1.Identify the need and define the problem. 2.Assemble design team. 3.Identify constraints and criteria for success. 4.Search for solutions Feasibility Preliminary Detailed study design design 5.Analyze each potential solution. 6.Choose the“best”solution(s)
Quality Function Deployment (QFD)and House of Quality
Quality Function Deployment (QFD) and House of Quality
Quality Function Deployment A methodology defining the customer's desires in the customers own voice, prioritizing these desires, ■ translating them into engineering requirements,and ■ establishing engineering targets for meeting those requirements. QFD produces a technical design specification that can be used to determine best design choices
Quality Function Deployment A methodology defining the customer’s desires in the customers own voice, prioritizing these desires, translating them into engineering requirements, and establishing engineering targets for meeting those requirements. QFD produces a technical design specification that can be used to determine best design choices
Why Use Quality Function Deployment？ In a large project with large teams from several disciplines (engineering, marketing,manufacturing,field service,etc.product definition and conception may vary from interest group to interest group. QFD makes sure everyone is viewing the product in the same way
Why Use Quality Function Deployment? In a large project with large teams from several disciplines (engineering, marketing, manufacturing, field service, etc.) product definition and conception may vary from interest group to interest group. QFD makes sure everyone is viewing the product in the same way
Design without Quality Function Deployment How the customer explained it How the Project Leader How the Analyst designed it How the Programmer wrote it How the Business Consultant understood it described it How the project was What operations installed How the customer was billed How it was supported What the customer really documented needed
Design without Quality Function Deployment
The Quality Function Deployment Method 1.Identify the Customer(s) 2.Determine Customer Requirements/Constraints 3.Prioritize each requirement 4.Competitive Benchmarking 5.Translate Customer Requirements into Measurable Engineering specifications 6. Set Target values for each Engineering Specification 7.Critique design options based on the above to arrive at the best design choice
The Quality Function Deployment Method 1. Identify the Customer(s) 2. Determine Customer Requirements/Constraints 3. Prioritize each requirement 4. Competitive Benchmarking 5. Translate Customer Requirements into Measurable Engineering specifications 6. Set Target values for each Engineering Specification 7. Critique design options based on the above to arrive at the best design choice
Experiment with the QFD Process through an example: Designing a Refrigerator Complaints about the old refrigerator include: ■ the refrigerator is unreliable and noisy, ■ the shelves can't hold large containers and ■ cannot be rearranged,and ■ the refrigerator is difficult to clean. Marketing has expressed an interest in the new refrigerator having a water and ice dispenser. Field service has indicated they have experienced failures ■ when refrigerators fall off the delivery truck and ■ have complaints that they are difficult to install
Experiment with the QFD Process through an example: Designing a Refrigerator Complaints about the old refrigerator include: the refrigerator is unreliable and noisy, the shelves can’t hold large containers and cannot be rearranged, and the refrigerator is difficult to clean. Marketing has expressed an interest in the new refrigerator having a water and ice dispenser. Field service has indicated they have experienced failures when refrigerators fall off the delivery truck and have complaints that they are difficult to install
Step 1:Identifying the Customer(s) Who wants the product? Who will build the product and how? Who will sell the product? Who will use the product?
Step 1: Identifying the Customer(s) Who wants the product? Who will build the product and how? Who will sell the product? Who will use the product?
QFD Example Designing a Refrigerator Step 1:Identify All Customer(s) ■ Families using the refrigerator ■ Marketing Specialist ■Shop resellers ■ Manufacturing Team ■Engineering Team
QFD Example Designing a Refrigerator Step 1: Identify All Customer(s) Families using the refrigerator Marketing Specialist Shop resellers Manufacturing Team Engineering Team
