The lectures
1. Introduction to the Quality Management. Interpretation and requirements of ISO 9000, standards leadership role in the quality management system. Policy and a quality objectives. Legislation in construction, certification. Construction, development requirements for the construction and functional parts, regulated requirements for buildings. Quality and reliability of buildings.
2. Concept of the quality management (ISO, corporate standards, TQM, EFQM). 7 basic tools of quality management.
3. Methods of Quality Planning (7 new quality management tools, QFD, FMEA, DOE, APQP).
4. Processes and systems in construction, options of process control in the preparation, construction and operation of buildings. Risks buildings and risks of building technology, risk prevention and management, inspection and test plan. Introduction to metrology.
5. Methods of evaluation results, statistical evaluation of the results, the measurement uncertainty. Statistical process control. Evaluation of process capability, statistical inspection.
6. Examples of the use of selected statistical methods in practice. Evaluation of organizational performance, Benchmarking. Internal and external audits.
7. Surveys buildings, survey Methodology, degradation of buildings, loading tests of structures static and dynamic.
Exercises
1. Examples of structures and functional parts, quality characteristics and reliability - entering seminary work: Quality Plan thesis.
2. Laboratories: the basic non-destructive and destructive methods of construction testing.
3. Brainstorming, Ishikawa diagram.
4. The method QFD, house of quality.
5. Compilation of data and their statistical evaluation, determination of strength of concrete.
6. Statistical methods – Parret´s diagram, control chart, histogram.
7. Presentation of seminar work.
1. Introduction to the Quality Management. Interpretation and requirements of ISO 9000, standards leadership role in the quality management system. Policy and a quality objectives. Legislation in construction, certification. Construction, development requirements for the construction and functional parts, regulated requirements for buildings. Quality and reliability of buildings.
2. Concept of the quality management (ISO, corporate standards, TQM, EFQM). 7 basic tools of quality management.
3. Methods of Quality Planning (7 new quality management tools, QFD, FMEA, DOE, APQP).
4. Processes and systems in construction, options of process control in the preparation, construction and operation of buildings. Risks buildings and risks of building technology, risk prevention and management, inspection and test plan. Introduction to metrology.
5. Methods of evaluation results, statistical evaluation of the results, the measurement uncertainty. Statistical process control. Evaluation of process capability, statistical inspection.
6. Examples of the use of selected statistical methods in practice. Evaluation of organizational performance, Benchmarking. Internal and external audits.
7. Surveys buildings, survey Methodology, degradation of buildings, loading tests of structures static and dynamic.
Exercises
1. Examples of structures and functional parts, quality characteristics and reliability - entering seminary work: Quality Plan thesis.
2. Laboratories: the basic non-destructive and destructive methods of construction testing.
3. Brainstorming, Ishikawa diagram.
4. The method QFD, house of quality.
5. Compilation of data and their statistical evaluation, determination of strength of concrete.
6. Statistical methods – Parret´s diagram, control chart, histogram.
7. Presentation of seminar work.