System Analysis of Objects Qualimetry

Major: Quality, Standardization and Certification
Code of subject: 7.152.06.E.020
Credits: 4.00
Department: Measuring Information Technologies
Lecturer: Tetiana Bubela
Semester: 2 семестр
Mode of study: денна
Мета вивчення дисципліни: The purpose of teaching the discipline is for students to study the systematic analysis of qualimetric objects in order to apply the acquired knowledge in engineering practice in various branches of industry, science, technology, and everyday life.
Завдання: Based on the results of studying the discipline, a specialist should be able to: - Analyze objects of qualimetry - systems using cognitive maps; - Apply the methods of formalized presentation of quality measurement objects as systems; - Conduct mathematical modeling of objects in order to optimize their parameters; - Apply elements of mathematical statistics for quality control; - Apply methods of system analysis to synthesize rational systems; - Build graphs and adjacency matrices for system analysis; - Use mathematical methods for system diagnostics.
Learning outcomes: As a result of studying the academic discipline, the student must to have • Knowledge of modern methods and means of measurement, control and testing, including quality control of products, processes and services; • Knowledge of evaluation systems and determination of product parameters; • Knowledge of methods, means, as well as the regulatory framework for product quality assurance. • Ability to formalize the description of the object of research, determine its parameters and make proposals for their improvement; • Ability to organize and conduct scientific research work at enterprises and organizations of various forms of ownership. • Ability to organize testing and quality control of products, investigate their safety in relation to health, property of consumers, environmental and state requirements, apply the principles of continuous improvement and ensuring product competitiveness.
Required prior and related subjects: - Measuring quality control - Quality management - Metrology and product quality engineering - Quality management systems
Summary of the subject: Within the scope of the study of the discipline, the object of qualimetry is considered as a system of interconnected elements, which are characterized, in turn, by a system of interconnected quality indicators. In order to reliably assess quality measurement objects and make the right management decisions during their design, manufacture and operation, it is necessary to use the apparatus of system analysis.
Опис: Chapter 1. System analysis methodology. Basic concepts and principles of the system approach. Properties of systems. Chapter 2. Classification of objects of qualimetry and methods of their system analysis Principles of classification of systems and their structuring Obtaining primary information for system analysis Theoretical foundations of the analytical hierarchy method The goal tree method Methods of functional analysis The Delphi method Other methods of system analysis (scenario method, commission method...) The role of experiment and measurements in system analysis Chapter 3. Methodological aspects of modeling using a system approach. Analysis and synthesis in the study of complex systems. Basic operations of analysis and synthesis: decomposition and aggregation. Analysis of systems using cognitive maps. Decision tables. Modeling systems using Petri nets. Mathematical methods in system diagnostics. Prospects for the development of systems analysis methods.
Assessment methods and criteria: Oral interviews, referencework ; Final evaluation (control test): written-oral form .
Критерії оцінювання результатів навчання: - Current control – 30 points - Conducting a semester assessment - 70 points
Recommended books: 1. Катренко А.В. Системний аналіз /А.В. Катренко. // Підручник, Львів: «Новий Світ-2000», 2011. 396с. 2. Масахіко Тамаі. Система стратегічного менеджменту та система збалансованих показників / Тамаі Масахіко // Матеріали семінару «Система стратегічного менеджменту: корпоративна політика та система збалансованих показників» – К.: УЯЦ НТУУ «КПІ», 2007. 3. Бобало Ю.Я. Системний аналіз якості виробництва прецизійної радіоелектронної апаратури / Ю.Я. Бобало, М.Д. Кіселичник, Л.А. Недоступ // За редакцією Л.А. Недоступа. Монографія. - Львів, ДУ «Львівська політехніка».- 1996. - С.168 . 4. Новосельцев В.И. Теоретические основы системного анализа / В.И. Новосельцев и др.// под ред. В.И. Новосельцева. – М.: Майор, 2006. - 592с. 5. Катренко А.В. Дослідження операцій /А.В. Катренко. // Підручник, Львів: «Магнолія-2006», 2009. - 349с. 6. Бубела Т.З. Системный подход к оцениванию качества / Т.З. Бубела // Международный журнал Технического университета Варна «Устойчивое развитие» - 2013.- №12. - С.56 - 62. 7. Самней С. Методы контроля качества// Хёдзюнка то хинсицу канри (Япония).—1988.—№ 4.— С. 24—54. 8. Наятани Ё. Что такое «Семь новых инструментов контроля качества»// Хёдзюнка то хинсицу канри (Япония),— 1986,— № 1.— С. 71—81. 9. Яно Х., Тагути Г. и др. Что такое методы Тагути// Хёдзюнка то хинсицу канри (Япония),— 1988.— № 5. — С. 4—15. 10. “Семь инструментов качества» в Японской экономике. - М.: Издательство стандартов, 1990, 88 с. 11. Павлов В.І., Павліха П.В., Мишко О.В. Основи стандартизації, сертифікації та ідентифікації товарів: Навчальний посібник. – Луцьк: Настир’я, 2002. – 152 с.