Charts: Variation, Run |50 | | | | |Chart, Control Charts | | | | |26 |Process Capability, Concept of Six Sigma-Statistical Aspects,problems in process |50 | | | | |capability | | | | |27 |Benchmarking: Introduction Definition, Reasons, Process-Deciding What to Bench |50 | | | | |Mark, Understanding Current Performance, Studying Other, Learning from the Data and| | | | | |Using the Findings, Pitfalls and Criticisms. ,examples. | | | |28 |Failure Mode & Effect Analysis (FMEA)- Introduction, Reliability, Requirements, |50 | | | | |Failure Rate and Intent of FMEA | | | | |29 |Stages of FMEA and Process of FMEA |50 | | | |30 |Case Study on FMEA |50 | | | | |CAT III | | | | | | |LP- GE2022 | | | |LP Rev.
No: 01 | | | |Date: 14. 07. 2011 | | | |Page 4 of 6 | | |Sub Code: GE2022 | | | |Sub Name: TOTAL QUALITY MANAGEMENT | | | |Unit:IV Branch: Common to MECH,ECE and BIO-TECH Semester: 7 | |
UNIT IV Syllabus: TQM TOOLS & TECHNIQUES II 9 Quality circles – Quality Function Deployment (QFD) – taguchi quality loss function –TPM Concepts, improvement needs – Cost of Quality – Performance measures. Objective: To explore industrial applications of Quality function deployment, taguchi quality concepts and TPM. |Session |Topics to be covered |Time in |Books Referred |Teaching Method | |No | |Minutes | | | |31 |Quality circles and its activities in the manufacturing, service and IT industries. 50 |1,2,4 |BB/OHP | |32 |Quality Function Deployment (QFD)- Introduction, QFD Team, QFD Process, Benefits of QFD |50 | | | |33 |Building a House of Quality, |50 | | | |34 |Building a House of Quality, Contd. with examples |50 | | | |35 |Taguchi Quality Loss Function-Introduction, Loss Function, Nominal The Best, Average |50 | | | | |Loss, Other Loss Functions, simple problems | | | | |36 |Total Productive Maintenance-Introduction, Plan, Learning the New Philosophy,
The Term Paper on Quality Function Deployment Systematic Diagram
PREFACE Product development knits a new technology or novel idea together with specific customer requirements to fill a corporate strategic need. The customer requirements are deployed through the hierarchy of the product and through time as the technology being embodied in the product is refined. The deployment of customer requirements into a product involves numerous decisions at all product ...
Training & |50 | | | | |Improvement Needs | | | | |37 |Quality Costs: Categories and Elements-Preventive Cost, Appraisal Cost, Internal & |50 | | | | |External Failure Cost. Collecting & Reporting: System Design, Cost Bases, Report | | | | |38 |Performance Measures: Concepts, Strategy, Measures Presentation- Charts, Index, Graphs, |50 | | | | |Taguchi’s Quality Loss Function. Analysis. | | | |39 |Case Study on TPM |50 | | | | |CAT IV | | | | | | |LP-GE2022 | | | |LP Rev. No: 01 | | | |Date: 14. 07. 011 | | | |Page 5 of 6 | | |Sub Code: GE2022 | | | |Sub Name: TOTAL QUALITY MANAGEMENT | | | |Unit:V Branch: Common to MECH,ECE and BIO-TECH Semester: 7 | | UNIT V syllabus: QUALITY SYSTEMS 9 Need for ISO 9000- ISO 9000-2000 quality system –
Elements, Documentation, Quality auditing- QS 9000 – ISO 14000 – Concepts, Requirements and Benefits – Case studies of TQM implementation in manufacturing and service sectors including IT. Objective: Detailed exposure to students on various quality systems like ISO and its standards. |Session |Topics to be covered |Time |Books Referred |Teaching Method | |No | |in | | | | | |Min. | | |40 |Introduction to ISO 9000 and QS 9000, Benefits of ISO 9000,Series of standards, ISO |50 |1,2,3,6 |BB / OHP | | |9000-2000 quality system | | | | |41 |Requirements of Quality System (Contd. ,) –Management responsibility, Resource Management,|50 | | | | |Product Realization. | | | | |42 |Requirements of Quality System (Contd. )- Measurement, Analysis & Improvement |50 | | | | |Documentation | | | | |43 |Implementation & Documentation, Case study |50 | | | |44 |Quality Auditing, Registration |50 | | | |45 |ISO 14000: Introduction, Series, Standards, Benefits and Concepts. |50 | | | |46 |ISO 14000: Requirements-General, Policy and Planning |50 | | | |47 |Introduction of CMM and CMMI-CMMI model-Maturity levels |50 | | | |48 |Discussion on standard models MBNQA, EFQM, AQA, Deming Award and others.
The Term Paper on Quality Issues In System Development
Quality Issues In System Development The period between the 1970's and 1980's was a time of great advancement in computer hardware technology which took an industry still in it's infancy, to a level of much sophistication and which ultimately the information storage and processing needs of every other industry and that of the entire world. However, it was also during this period when the ...
50 | | | |49 |Case study on ISO 9001 implementation |50 | | | |50 |Case study on TQM Implementation Issues |50 | | | |51 |Revision of syllabus with reference to previous year question papers |50 | | | | |CAT V | | | | | | |LP-GE2022 | | | |LP Rev. No: 01 | | | |Date: 14. 07. 011 | | | |Page 6 of 6 | | |Sub Code: GE2022 | | | |Sub Name: TOTAL QUALITY MANAGEMENT | | | |Branch: Common to MECH,ECE and BIO-TECH | | | |Semester:7 | | Course Delivery Plan: | |1 |2 | |Week | | | |Signature | | |Name |S. GOPINATH | Dr. N. NALLUSAMY | |Designation |ASSISTANT PROFESSOR | HOD-MECHANICAL | |Date | 14-07-2011 | 14-07-2011 | ———————– [pic] LESSON PLAN DOC/LP/01/28. 02. 02 DOC/LP/01/28. 02. 02 LESSON PLAN [pic] DOC/LP/01/28. 02. 02 LESSON PLAN LESSON PLAN DOC/LP/01/28. 02. 02 [pic] LESSON PLAN DOC/LP/01/28. 02. 02 DOC/LP/01/28. 02. 02 [pic] [pic] DOC/LP/01/28. 02. 02 [pic] LESSON PLAN
