Тема выпускной квалификационной работы: «Моделирование срока задержки строительства объектов газопровода и его регламентация». Работа посвящена определению причин задержек сроков строительства объектов капитального строительства нефтегазовой отрасли, газопроводов, а также разработке регламентов, направленных на определение схем работы и сокращение сроков строительства новых объектов. Задачи, которые решались в ходе исследования: 1. Анализ литературных источников в части организации процесса строительства в рамках инвестиционных договоров. 2. Определение участников инвестиционного процесса и описание процесса строительства газопровода и передачи документов. 3. Определение причин задержек сроков строительства. 4. Моделирование срока задержки строительства на основе выявленных характеристик. 5. Разработка регламентов, ускоряющих процессы взаимодействия участников инвестиционно-строительных проектов. Регламенты были разработаны для выполнения определенных задач. Были отобраны характеристики, наиболее влияющие на задержки работ на объектах капитального строительства, проанализировано взаимодействие между участниками процесса и разработаны регламенты именно для этих процессов. Данные регламенты можно считать базовыми. Существует возможность дальнейшей доработки и более углубленной проработки остальных бизнес процессов для участников инвестиционно-строительной деятельности. Был представлен алгоритм по подбору оптимального срока строительства с учетом выявленных причин задержек при выполнении работ. Таким образом, при определении точных сроков строительства, и возможности учета задержек, можно более точно подходить к планированию и финансированию инвестиционного проекта. Как следствие это приводит к экономии средств.

Theme of final qualification work: "Modeling the delay period for the construction of gas pipeline facilities and its regulation." The work is devoted to determining the causes of delays in the construction of oil and gas industry capital construction projects, gas pipelines, as well as the development of regulations aimed at determining work schemes and reducing the construction time for new facilities. Tasks that were solved during the study: 1. Analysis of literary sources regarding the organization of the construction process in the framework of investment agreements. 2. Identification of participants in the investment process and description of the gas pipeline construction and document transfer process. 3. Determining the reasons for delays in the construction period. 4. Modeling the construction delay period based on the identified characteristics. 5. Development of regulations accelerating the processes of interaction between participants in investment and construction projects. Regulations have been developed to perform certain tasks. The characteristics most affecting the delays of work at the capital construction facilities were selected, the interaction between the participants in the process was analyzed and the regulations for these processes were developed. These regulations can be considered basic. There is the possibility of further refinement and more in-depth study of the remaining business processes for participants in investment and construction activities. An algorithm was presented for selecting the optimal construction period taking into account the identified causes of delays in the performance of work. Thus, when determining the exact terms of construction, and the possibility of taking into account delays, you can more accurately approach the planning and financing of the investment project. As a result, cost savings.

• Introduction
• Chapter 1. Analysis of theory and practice of management schemes of the investment project in the industrial sector and lean construction issues
  • 1.1. Scheme interaction subjects investment and construction processes
  • 1.2. Analysis schemes of implementation and management in investment agreements on the example of gas pipelines construction
  • 1.3. Conclusions for the chapter. Statement of the research problem
• Chapter 2. An analytical model of the dependence: delay time for the construction on identified characteristics, the gasification program of the regions of the Russian Federation
  • 2.1. The reasons for the delay in the construction and their quantitative assessment
  • 2.2. Prediction model for the delay in the construction of gas pipelines
    • 2.2.1. The solution of a mathematical task
    • 2.2.2. Clarification of variable specifications
    • 2.2.3. Forecast
  • 2.3. Conclusions for the chapter. Practical implementation of the developed method and ways to solve problems of delaying construction time
• Chapter 3. Ways to optimize and reduce the construction time of capital construction
  • 3.1. Main methods for the reduction of terms of building facilities
  • 3.2. Regulation of the business process “Lease of land for the construction period”
  • 3.3. Regulation of the business process “Registration of contracts by an investor for work and services at capital construction facilities”
  • 3.4. Regulations of the business process “Construction and installation work”
  • 3.5. Regulations of the business process “Coordination and acceptance of a report of an agent for payment of services of third parties”
  • 3.6. Conclusions for the chapter
• Conclusion
• References
• Appendix 1. Calculated results of solving the task obtained with application of “Microsoft Excel” software, sample for linear regression analysis