Students: Veselkova DA 4th year student NIU "MGSU-IISS" IGES Galkin MV 4th year student NIU "MGSU-IISS" ISA Scientific adviser: Ph.D., Associate Professor. - презентация

1 Students: Veselkova DA 4th year student NIU "MGSU-IISS" IGES Galkin MV 4th year student NIU "MGSU-IISS" ISA Scientific adviser: Ph.D., Associate Professor Narezhny TK

2 Computer engineering CAE (англ. Computer-aided engineering) generic name for software and software packages for solving various engineering tasks: calculation, analysis and simulation of physical processes.

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4 Instrumentation computer engineering in the organization of building production - Increase, ceteris paribus, the efficiency of investments in connection with the advent of real levers of influence on the estimate / budget for the project; - Reduction of performance time and production costs; - Appeal to customers' prospects of consolidation in the hands of the required set of services related to the implementation of investment projects; - The emergence of real prerequisites for the transition to an efficient professional management in connection with the concentration in the hands of the company's engineering, technical and cost information on the project; - Reduction of investment and other risks to the company using the system engineering; - Improving the competitiveness of the domestic and foreign markets due to the recognition of the business world efficiency engineering.

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10 Primavera P6

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12 Microsoft Office Project

13 Turbo Planner

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15 Designing object flow of the production process: raw data Enter initial project data The possibility of linking the sequence of work, taking into account the user- selected method of construction production Changing the number of grips on different spatial areas: the ability to calculate any enlarged operation without splitting into zahvatki. Using a database of technological maps for the object stream

16 Designing object flow of the production process: the calculation The calculation of the basic parameters of the planned schedule, sequence diagrams, network diagrams Plotting schedule, diagrams of the movement of labor, patterns Conclusion statements table of physical volumes, the cost of labor and machine time table schedule calculation, card- identifier of the network schedule Conformity assessment formed close-stream regulatory restrictions

17 Designing object flow of the production process: the results Possibility of manual optimization of flow close-up in the event of non-compliance with the limits (changes in the amount and duration of the grips of the integrated works) Possibility of manual optimization enlarged to meet the rhythm of the flow (change in the number and duration of the grips of the integrated works) Validation future use the calculation of the number of grips Confirmation of the duration of each enlarged in order to maintain the rhythm of the flow

18 Designing specialized stream of the production process: raw data Enter detailed work with reference to the enlarged bloc work The possibility of linking the sequence of work, taking into account the user-selected method of construction production Using a database of detailed process maps work

19 Working with base routings Loading technological base maps for the object and the custom stream Viewing the loaded routing Removing routing from the base routings

20 Designing specialized stream of the production process: the calculation The calculation of the basic parameters of the planned schedule, network schedule Plotting schedule, diagrams of the movement of labor Conclusion statements table of physical volumes, the cost of labor and machine time table schedule calculation, card- identifier of the network schedule Conformity assessment formed a specialized stream regulatory restrictions Calculation, color display and output of the difference in days between the total duration of the detailed work belonging to one block of the integrated works, and the length of the enlarged work confirmed that the design of the object stream. Possibility of manual optimization of a specialized stream in the event of non- compliance with the limits (change in the number of shifts and teams of detailed work by the use of the control elements of the program)

21 Conclusion With the development of computer engineering solved the problem of organization of building production at the lowest cost: time, material and others. That is an important factor in the construction.