Business Analytics in Civil Engineering Projects
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= Information Technology in Civil Engineering Project Analysis 3D = | = Information Technology in Civil Engineering Project Analysis 3D = | ||
| − | = | + | = Time scheduling Analysis 4D = |
| − | == | + | == Monte-Carlo Analysis PERT Distribution== |
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= Project Finance Analysis 5D = | = Project Finance Analysis 5D = | ||
== Time Value of Money == | == Time Value of Money == | ||
== Free Cash Flow in the Project== | == Free Cash Flow in the Project== | ||
| − | = | + | == Equity and Debt == |
| − | = Colombian | + | = common problems in industry constroction Colombian case = |
| − | + | = Buisness analytics good case= | |
=References= | =References= | ||
<references/> | <references/> | ||
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Revision as of 14:42, 9 February 2018
Contents |
Abstract
Business Analytics in Civil Engineering Projects and Civil Engineering Companies has become a significant solution in problems of operational management and in decision making. Nowadays with the development of the Information Technology is possible for management team to do the pricing of any kind of project (Infrastructure, Housing and Building, Energy, Environmental) taking into account stakeholders, time, costs, risk, macroeconomic and political context. However, to be able to use the methodology is necessary to understand the importance of using analytical tools such as Project Finance, Monte-Carlo Analysis and in some cases Statistics Linear Methods. The outstanding fact about doing pricing to a civil engineering project with business analytics is that managers and investors will have resume data and factual information about a predicted project, moreover to forecast the project would not only create future indicators but also will support managers in the planning of other areas like legal area (Contracts with suppliers, Governmental, Institutional client, customer) and Risk Management Area.
The reader must comprehend that the role of the manager or management team of a civil engineering company is to create and generate the most amount of value possible to the organization and therefore to the investors. In order to be able to achieve that objective, knowledge in business analytics (probability, accounting, finance, statistics, programing) and data analysis is essential and compulsory. This article will focus on how managers should apply business analytics in construction companies and civil engineering projects and at the same time will illustrate examples with good practice in business analytics and others in common problems that construction industry usually faces.
