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Information Technologies in the Railway Industry
Major: Railway constructions and track management
Code of subject: 6.273.03.M.078
Credits: 4.00
Department: Department of Railway Transport
Lecturer: Doctor of Technical Sciences, Professor Kovalchuk Vitalii
Semester: 6 семестр
Mode of study: денна
Learning outcomes: 4. To carry out professional activities using information technologies, "Information databases", navigation systems, Internet resources, software and other information and communication technologies.
5. Use the principles of formation of labor resources; identify reserves for improving the work efficiency of employees of railway infrastructure facilities.
9. Apply international and national standards and practices in professional activities.
11. Know the main historical stages of development of the subject area and be able to operate with basic categories and concepts of the specialty.
12. To know the basic provisions of the regulatory and legislative acts of Ukraine in the field of railway transport, the Rules for the technical operation of railways of Ukraine, instructions and recommendations for the operation, repair and maintenance of railway infrastructure objects, its systems and elements.
13. To be able to identify and distinguish objects of the railway track and structures, their systems and elements.
14. To organize a measuring experiment on railway infrastructure objects and to evaluate its results.
15. To develop and implement technological processes, technological equipment and technological equipment, means of automation and mechanization during the construction, operation, repair and maintenance of railway track objects and structures, their systems and elements.
16. Develop, draw up and introduce into production documentation on the certainty of technological processes of construction, operation, repair and maintenance of railway track objects and structures, their systems and other instructions, rules and methods.
17. Develop technical tasks and technical conditions for the design of railway track objects and structures, their systems and individual elements; draw up plans for the placement of equipment, technical equipment and organization of workplaces, calculate the loading of mechanisms and indicators of product quality.
18. To calculate the main characteristics and parameters of the technological processes of production and repair of railway track objects and structures in order to compare them and form management decisions regarding the further functioning of enterprises (track distances, railway machine station, railway track and construction diagnostic center) with evaluation the quality of its products.
19. Know the structure of operation management, maintenance and repair of railway track objects and structures, their systems and individual elements.
20. To know the purpose and specifics of the work of the structural units of linear enterprises (track distance, railway machine station, railway track and facilities diagnostic center) and factories, small groups of performers (brigades, patrols, stations), regarding the construction, operation, repair and maintenance of objects of railway transport, their systems and elements.
21. Know the methods and be able to use the means of technical measurements, technical regulations, standards and other normative documents during the technical diagnosis of objects of the railway infrastructure, its systems and elements.
22. To use modern software tools for the development of design and construction and technological documentation for the creation, operation, repair and maintenance of railway track objects and structures, their systems and elements.
23. Organize the operation of the system of reporting and accounting (management, statistical, accounting and financial) work of objects and systems of railway infrastructure.
25. Know the basic requirements of occupational health and safety, safety technology, fire safety and sanitary and hygienic regime when performing professional activities in the maintenance of railway infrastructure facilities.
Required prior and related subjects: Previous and related academic disciplines:
Engineering and computer graphics.
Basics of information technologies.
General course of railways.
Technical mechanics.
Track management. Part 1.
The following academic disciplines:
Automation of drawing up estimate documentation for construction.
ACS in the railway industry.
Management of capital construction of railways.
Summary of the subject: The main tasks of studying the discipline are familiarizing students with the use of automated track design systems and performing engineering calculations using special software. Studying the methods of computer-aided design and calculations in the practical activity of a civil engineer. Study of methods of designing structures and elements of the railway track using SolidWorks software.
Assessment methods and criteria: Students' knowledge is assessed using the following methods:
1. Protection of reports for laboratory works by conducting an oral survey on the subject of the work.
2. Conducting a written test based on the results of studying the discipline, which consists of three-level theoretical and practical tasks.
3. Conducting the oral component based on the results of the written test, the questions of which are based on the content of the lectures and laboratory sessions.
Recommended books: 1. Suchasni informatsiini tekhnolohii v koliinomu hospodarstvi [Tekst]: metod. rekomendatsii do provedennia praktychnykh zaniat / uklad.: M. A. Arbuzov, V. S. Andrieiev, O. V. Hubar; Ukr. derzh. un-t nauky i tekhnolohii. – Dnipro, 2022. – 40 s.
2. Instruktsiia z ulashtuvannia ta utrymannia kolii zaliznyts Ukrainy. TsP 0269 / E. I. Danilenko, A. M. Orlovskyi, O. M. Patlasov, M. I. Karpov, V. P. Shramenko, O. I. Bielorusov, V. O. Yakovliev, V. M. Molchanov, K. V. Kornoukhova, M. B. Kurhan, D. M. Kurhan, V. M. Tverdomed, R. M. Yosyfovych, O. O. Soroka. Kyiv, 2012. 456 s.
3. Pravyla rozrakhunkiv zaliznychnoi kolii na mitsnist i stiikist. TsP-0117 : zatv. nakazom Ukrzaliznytsi vid 13.12.2004 r. Kyiv, 2006. 168 s.
4. Moroz V. I., Bratchenko O. V., Lohvinenko O. A. Osnovy konstruiuvannia i SAPR: Elementy suchasnoi metodolohii avtomatyzovanoho proektuvannia: Konspekt lektsii. – Kharkiv: UkrDAZT, 2014. – 32 s.
5. Matematychni metody ta modeli v spetsialnykh zadachakh: Metod. vkazivky / Dnipropetr. nats. un-t zalizn. transp. im. akad. V. Lazariana. Ukl.: Kurhan M.B., Kurhan D.M., Bondarenko I.O. – D., 2005. – 27 s.
6. Lanets O. S. Osoblyvosti zastosuvannia CAD/CAE prohram dlia proektuvannia ta analizu avtomatyzovanoho obladnannia/ O.S. Lanets, V.M. Hurskyi, Ya.V Shpak. – Lviv Polytechnic National University Institutional Repository, 2012 – s. 6-13.
7. Sham Tickoo. SolidWorks Simulation 2018. A Tutorial Approach. Publisher: CADCIM Technologies, 2018. – 312 p.
8. Stankevych V. Z. Vyznachennia napruzheno-deformivnoho stanu valu pid chas kruchennia u prohramnomu paketi SolidWorks: metodychni vkazivky do vykonannia laboratornoi roboty z dystsypliny «Opir materialiv» dlia studentiv budivelnykh ta mekhanichnykh spetsialnostei / V. Z. Stankevych, V. V. Kovalchuk, N. V. Stankevych. – Lviv: Kameniar., 2022. – 22 s.
9. Stankevych V. Z. Rozrakhunok stupinchastoho valu na vtomnu mitsnist u prohramnomu paketi SolidWorks: metodychni vkazivky do vykonannia laboratornoi roboty z dystsypliny «Opir materialiv» dlia studentiv budivelnykh ta mekhanichnykh spetsialnostei / V. Z. Stankevych, V. V. Kovalchuk, N. V. Stankevych. – Lviv: Kameniar., 2023. – 18 s.
Information Technologies in the Railway Industry
Major: Railway constructions and track management
Code of subject: 6.273.03.M.078
Credits: 4.00
Department: Department of Railway Transport
Lecturer: Doctor of Technical Sciences, Professor Kovalchuk Vitalii
Semester: 6 семестр
Mode of study: денна
Learning outcomes: 4. To carry out professional activities using information technologies, "Information databases", navigation systems, Internet resources, software and other information and communication technologies.
5. Use the principles of formation of labor resources; identify reserves for improving the work efficiency of employees of railway infrastructure facilities.
9. Apply international and national standards and practices in professional activities.
11. Know the main historical stages of development of the subject area and be able to operate with basic categories and concepts of the specialty.
12. To know the basic provisions of the regulatory and legislative acts of Ukraine in the field of railway transport, the Rules for the technical operation of railways of Ukraine, instructions and recommendations for the operation, repair and maintenance of railway infrastructure objects, its systems and elements.
13. To be able to identify and distinguish objects of the railway track and structures, their systems and elements.
14. To organize a measuring experiment on railway infrastructure objects and to evaluate its results.
15. To develop and implement technological processes, technological equipment and technological equipment, means of automation and mechanization during the construction, operation, repair and maintenance of railway track objects and structures, their systems and elements.
16. Develop, draw up and introduce into production documentation on the certainty of technological processes of construction, operation, repair and maintenance of railway track objects and structures, their systems and other instructions, rules and methods.
17. Develop technical tasks and technical conditions for the design of railway track objects and structures, their systems and individual elements; draw up plans for the placement of equipment, technical equipment and organization of workplaces, calculate the loading of mechanisms and indicators of product quality.
18. To calculate the main characteristics and parameters of the technological processes of production and repair of railway track objects and structures in order to compare them and form management decisions regarding the further functioning of enterprises (track distances, railway machine station, railway track and construction diagnostic center) with evaluation the quality of its products.
19. Know the structure of operation management, maintenance and repair of railway track objects and structures, their systems and individual elements.
20. To know the purpose and specifics of the work of the structural units of linear enterprises (track distance, railway machine station, railway track and facilities diagnostic center) and factories, small groups of performers (brigades, patrols, stations), regarding the construction, operation, repair and maintenance of objects of railway transport, their systems and elements.
21. Know the methods and be able to use the means of technical measurements, technical regulations, standards and other normative documents during the technical diagnosis of objects of the railway infrastructure, its systems and elements.
22. To use modern software tools for the development of design and construction and technological documentation for the creation, operation, repair and maintenance of railway track objects and structures, their systems and elements.
23. Organize the operation of the system of reporting and accounting (management, statistical, accounting and financial) work of objects and systems of railway infrastructure.
25. Know the basic requirements of occupational health and safety, safety technology, fire safety and sanitary and hygienic regime when performing professional activities in the maintenance of railway infrastructure facilities.
Required prior and related subjects: Previous and related academic disciplines:
Engineering and computer graphics.
Basics of information technologies.
General course of railways.
Technical mechanics.
Track management. Part 1.
The following academic disciplines:
Automation of drawing up estimate documentation for construction.
ACS in the railway industry.
Management of capital construction of railways.
Summary of the subject: The main tasks of studying the discipline are familiarizing students with the use of automated track design systems and performing engineering calculations using special software. Studying the methods of computer-aided design and calculations in the practical activity of a civil engineer. Study of methods of designing structures and elements of the railway track using SolidWorks software.
Assessment methods and criteria: Students' knowledge is assessed using the following methods:
1. Protection of reports for laboratory works by conducting an oral survey on the subject of the work.
2. Conducting a written test based on the results of studying the discipline, which consists of three-level theoretical and practical tasks.
3. Conducting the oral component based on the results of the written test, the questions of which are based on the content of the lectures and laboratory sessions.
Recommended books: 1. Suchasni informatsiini tekhnolohii v koliinomu hospodarstvi [Tekst]: metod. rekomendatsii do provedennia praktychnykh zaniat / uklad.: M. A. Arbuzov, V. S. Andrieiev, O. V. Hubar; Ukr. derzh. un-t nauky i tekhnolohii. – Dnipro, 2022. – 40 s.
2. Instruktsiia z ulashtuvannia ta utrymannia kolii zaliznyts Ukrainy. TsP 0269 / E. I. Danilenko, A. M. Orlovskyi, O. M. Patlasov, M. I. Karpov, V. P. Shramenko, O. I. Bielorusov, V. O. Yakovliev, V. M. Molchanov, K. V. Kornoukhova, M. B. Kurhan, D. M. Kurhan, V. M. Tverdomed, R. M. Yosyfovych, O. O. Soroka. Kyiv, 2012. 456 s.
3. Pravyla rozrakhunkiv zaliznychnoi kolii na mitsnist i stiikist. TsP-0117 : zatv. nakazom Ukrzaliznytsi vid 13.12.2004 r. Kyiv, 2006. 168 s.
4. Moroz V. I., Bratchenko O. V., Lohvinenko O. A. Osnovy konstruiuvannia i SAPR: Elementy suchasnoi metodolohii avtomatyzovanoho proektuvannia: Konspekt lektsii. – Kharkiv: UkrDAZT, 2014. – 32 s.
5. Matematychni metody ta modeli v spetsialnykh zadachakh: Metod. vkazivky / Dnipropetr. nats. un-t zalizn. transp. im. akad. V. Lazariana. Ukl.: Kurhan M.B., Kurhan D.M., Bondarenko I.O. – D., 2005. – 27 s.
6. Lanets O. S. Osoblyvosti zastosuvannia CAD/CAE prohram dlia proektuvannia ta analizu avtomatyzovanoho obladnannia/ O.S. Lanets, V.M. Hurskyi, Ya.V Shpak. – Lviv Polytechnic National University Institutional Repository, 2012 – s. 6-13.
7. Sham Tickoo. SolidWorks Simulation 2018. A Tutorial Approach. Publisher: CADCIM Technologies, 2018. – 312 p.
8. Stankevych V. Z. Vyznachennia napruzheno-deformivnoho stanu valu pid chas kruchennia u prohramnomu paketi SolidWorks: metodychni vkazivky do vykonannia laboratornoi roboty z dystsypliny «Opir materialiv» dlia studentiv budivelnykh ta mekhanichnykh spetsialnostei / V. Z. Stankevych, V. V. Kovalchuk, N. V. Stankevych. – Lviv: Kameniar., 2022. – 22 s.
9. Stankevych V. Z. Rozrakhunok stupinchastoho valu na vtomnu mitsnist u prohramnomu paketi SolidWorks: metodychni vkazivky do vykonannia laboratornoi roboty z dystsypliny «Opir materialiv» dlia studentiv budivelnykh ta mekhanichnykh spetsialnostei / V. Z. Stankevych, V. V. Kovalchuk, N. V. Stankevych. – Lviv: Kameniar., 2023. – 18 s.