Industrial Training

Description: Formation of fundamental knowledge, skills and competencies necessary in the professional activity of the inspector of non-ferrous metallurgy products without a qualification category

Amount of credits: 2

Course Workload:

Component: University component

Cycle: Base disciplines

Goal

• Formation of fundamental knowledge, skills and competencies necessary in the professional activity of the inspector of non-ferrous metallurgy products without a qualification category

Objective

• - acquiring the ability to sample products and evaluate them
• - familiarization and training in the performance of control operations in this profession
• - ability to formalize the results of quality control and testing in accordance with established requirements
• - application of methods of statistical control of products

Learning outcome: knowledge and understanding

• To be able to realize the social significance of their future profession, to choose measuring instruments in accordance with the required accuracy and operating conditions

Learning outcome: applying knowledge and understanding

• - perform work in accordance with the requirements for safety and labor protection, fire, in the workplace - operate equipment, fixtures and tools for sampling and sample preparation; - apply measurement systems - use weighing devices.

Learning outcome: formation of judgments

• - able to make non-standard decisions; - owns modern computer technologies; - understands the principles of work and is able to work on modern scientific equipment; -owns the theory and skills of practical work; - is able to analyze the literature in order to choose the direction of research on the proposed topic; - is able to analyze the results obtained, draw the necessary conclusions and formulate proposals; - able to present the results in the form of reports.

Learning outcome: communicative abilities

• - be able to correctly explain and formalize the results of practical exercises - be able to successfully develop new directions; - independently solve practical problems; - deeply learn the theoretical foundations of modern methods of analysis. - be able to compare different methods of analysis, - choose the necessary methods of analysis and evaluate the error of the analysis.

Learning outcome: learning skills or learning abilities

• skills of working with literary sources and electronic databases; the ability to use the basic laws of natural sciences in professional activities, the ability to operate modern electronic equipment and information and communication technologies in accordance with the goals of the bachelor's educational program.

Teaching methods

Training is conducted using the following educational technologies: - method of problem learning; - project-based learning method; - research teaching methods; - method of lecture-seminar system

Topics of lectures

• Introduction to the practice program. Requirements for safety and labor protection, fire safety. The procedure for the selection, preparation, packaging of product samples and internal quality control of the results of measurements and tests carried out by the laboratory
• Device, purpose and use of equipment, fixtures and tools for sampling and sample preparation. The procedure for the operation and maintenance of equipment, fixtures, tools
• Types of documentation. Rules for reading drawings
• The procedure for selecting, preparing, completing product samples and conducting internal quality control of the results of measurements and tests conducted by the laboratory.
• Management system issues
• Questions of industrial safety.
• Statistical control methods
• The order of preparation for work and the order of completion of work
• Technological process of production, parameters of technological processes and their impact on product quality
• Requirements of regulatory documentation, technological documentation for controlled products
• The procedure for obtaining and checking the accompanying documentation for samples and products during control in accordance with the requirements of technological documentation, instructions for control and testing
• Types of nonconformities and reasons for receiving nonconforming products. The procedure for isolating nonconforming products and registration of identified nonconformities
• Requirements for packaging, weighing, marking and sealing containers with products during control
• The procedure for entering data on product quality during control into a personal computer
• Study tours to metallurgical enterprises

Key reading

• 1 Nemenyonok B.M., Gurchenko P.S., Rafal'skij I.V. Tekhnicheskij analiz v metallurgii. - Minsk: Izdatel'stvo BNTU, 2005 g. – 409 s.
• 2 Instrukciya po kontrolyu i ispytaniyam dlya kontrolerov AO "UMZ". Obshchie trebovaniya, 2019 g. - 30 s.
• 3 Utkin N.I. Proizvodstvo cvetnyh metallov. – M.: Intermetinzhiniring, 2004. -442 s.
• 4 Belyakov, G.I. Bezopasnost' zhiznedeyatel'nosti. Ohrana truda v 2 t. Tom 2: Uchebnik dlya akademicheskogo bakalavriata / G.I. Belyakov. - Lyubercy: YUrajt, 2016. - 352 c.
• 5 Belyakov, G.I. Bezopasnost' zhiznedeyatel'nosti. Ohrana truda v 2 t. T.1: Uchebnik dlya akademicheskogo bakalavriata / G.I. Belyakov. - Lyubercy: YUrajt, 2016. - 404 c.

Further reading

• 1 Karpenko N.V. Oprobovanie i kontrol' kachestva produktov obogashcheniya rud. - M., Nedra, 1987. – 215 s.
• 2 GOST 14180-80 Rudy i koncentraty cvetnyh metallov. Metody otbora i podgotovki prob dlya himicheskogo analiza i opredeleniya vlagi (izm. 1 - 2)
• 3 3 Statisticheskie metody: Uchebnik V. Abbakumov, T. Lezina. - M.: Ekonomika, 2009. - 374 c.