The main criterion for the completion of the educational process for preparing masters in a specialized field is that students have completed at least 25 credits of theoretical training, 14 credits of industrial practice, at least 13 credits of experimental research work of a master's student and at least 8 credits for the preparation and defense of a master's project. Total 60 credits.
1 year.
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Awarded degree / qualificationMaster of Engineering and Technology in educational program 7M07501 “Standardization and certification (by industry)”
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Name of the profession / list of positions of a specialist- junior researcher - process engineer - laboratory engineer - quality engineer - standardization engineer --production preparation engineer - laboratory assistant in production laboratories
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OQF qualification level (industry qualification framework)7
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Area of professional activityTerritorial centers of the Department of Technical Regulation and Metrology; certification centers; accredited testing laboratories; audit and consulting firms; commercial organizations; manufacturing enterprises and laboratories of the processing industry
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Object of professional activityManagement bodies, enterprises, organizations of state and non-state ownership that are directly related to products (services), processes (works), equipment of enterprises and testing laboratories (centers), testing and control, regulatory documentation, standardization, certification and quality management systems.
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Types of professional activityDevelopment of regulatory documentation; Professional activity in quality departments and services at the enterprise, quality management system department; in patent offices; Work in product conformity assessment bodies; consumer protection organizations; standardization bodies.
Learning outcomes for the module:
Has a command of professional foreign terminology and communication skills, acquires knowledge and skills in the field of management and management psychology, ensuring effective interaction and decision-making in professional activities.
Learning outcomes for the module:
Possess knowledge and skills in the development and planning of experimental research, possess methods of data collection and analysis, apply system analysis to model and comprehensively solve professional problems, as well as make informed decisions based on the integration of experimental and systemic approaches.
Learning outcomes for the module:
Able to develop and implement quality management systems, use modern methods and tools for monitoring and improving the quality of products and processes, and ensure the effective functioning of the quality system at the enterprise to achieve the strategic goals of the organization.