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16-B80ODV - Maintenance

Course specification
Type of study Bachelor academic studies
Study programme
Course title Maintenance
Acronym Status Semester Number of classes ECTS
16-B80ODV mandatory 8 2L + 2E 6.0
Lecturers
Lecturer
Lecturer/Associate (practicals)
Prerequisite Form of prerequisites
there are no prerequisites
Learning objectives
Overview of the position and maintenance costs within the life cycle of technical systems. Getting to know the factors that influence the design of the maintenance organization. Practical determination and analysis of the reliability of technical systems. Familiarization with standard failures, condition monitoring methods and measuring equipment. Mastery of methods for determining replacement and repair strategies, maintenance costs and inventory optimization. Familiarization with the possibilities of optimization of the maintenance system and application of information systems. Forecasting the direction of further maintenance development.
Learning outcomes
By mastering the study program, one masters the necessary knowledge and skills (models, optimization procedures, familiarization with measuring equipment, settings of information systems) for application in the organization of complex technical systems maintenance (analysis, synthesis, forecasting of solutions and forecasts of consequences, mastering of research methods, procedures and processes , development of critical and self-critical thinking and approach, application and use of knowledge in practice, professional ethics).
Content
Significance, organizational factors and structure of the maintenance system. Reliability of technical systems – element reliability until the first failure. Empirical determination of reliability of elements and reliability of complex systems. The recovery process and replacement and repair strategy. Replacement models. Categorization of works and planning of maintenance works. Standard breakdowns and machine condition monitoring methods. Methodology for searching for weak points. Maintenance costs. Spare parts. Stock optimization. Inventory management - deterministic and stochastic models. Determination of performance indicators of the maintenance system. Closed service system. Safety and health at work. Inspections and tests of work equipment. Examining the conditions of the working environment. Security of technical systems as an integral part of the reliability problem, assessment of the criticality of parts of technical systems, protection during maintenance work. The future of maintenance development.
Teaching Methods
Lectures in written and electronic form, auditory exercises in written and electronic form, examples of calculation tasks, computer support. Independent preparation and presentation of the seminar paper. As part of the class, the student will get to know more specific technical systems by visiting them in the field.
Literature
  1. Papić Lj., Milovanović Z.: Održavanje i pouzdanost tehničkih sistema Systems Maintainability and Reliability, Biblioteka DQM monografije „Kvalitet i pouzdanost u praksi, Knjiga 3, Istraživački centar za upravljanje kvalitetom i pouzdanošću, Prijevor, 2007. (Original title)
  2. Milovanović Z., Branković D.: Održavanje industrijskih sistema Maintainability of Industrial Systems, Biblioteka DQM monografije „Kvalitet i pouzdanost u praksi, Knjiga 11, Istraživački centar za upravljanje kvalitetom i pouzdanošću, Prijevor, 2021., 434 str. (Original title)
  3. Bulatović M.: Održavanje i efektivnost tehničkih sistema, Mašinski fakultet, Podgorica, 2008. (Original title)
  4. Vujanović, N.: Teorija pouzdanosti tehničkih sistema (drugo dopunjeno izdanje), Vojnoizdavački i novinski centar, Beograd, 1990. (Original title)
  5. Hillier, F. S., Lieberman, G. J.: Introduction to Operations Research (seventh edition), McGraw-Hill, New York, 2000. (Original title)
Evaluation and grading
The knowledge test is realized with two tests from the theoretical areas of teaching, review and evaluation of the seminar assignment and report on the visit to the industrial plant.