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Application of Value Engineering in Construction Projects Case Solution & Answer

Application of Value Engineering in Construction Projects Case Solution 

PROJECT DESCRIPTION:

The work includes the Engineering, Procure and Construction (EPC) for the T12 Access Road, (4km) & By-Pass 1 Expressway Interchange (65 Ha). The project is located in Madinat Yanbu Al-Sinaiyah (MYAS).

The Scope of Work includes:

  • Storm Water Drainage System
  • Road Works
  • Potable Water System
  • Process Water System.
  • Reclaimed Water System
  • Wastewater Collection System
  • Power Distribution System
  • Street Lighting System
  • Telecommunication
  • Structures
  • Preliminary design of a new section of road consisting of 2 X 3 lanes (3 lanes in each direction) with a raised median (9.0m wide) including safety features and drainage corridor, etc.

VALUE ENGINEERING JOB PLAN:

The VE Team employed the SAVE International® VE Job Plan, which consists of the following stages and phases:

STEPS OF VALUE ENGINEERING:

1. Information Phase

In this first stage, the group endeavors to comprehend the reason why the venture exists and who for sure it is to create. They get project information, present the first plan and comprehend the venture scope. Plan, costs, spending plan, hazard, and other non-money related issues are examined until the group is OK with the idea of the task, what it is to deliver, and who its end clients are.

2. Function Analysis

The motivation behind this stage was to distinguish and characterize the essential and optional capacities of the task. A Functional Analysis System Technique (FAST) was utilized to rapidly characterize the elements of the task.Examination of the capacities planned to be performed by the task assisted the VE With joining zero in on the reason and need of the venture and, thusly, how to create suggested ideas that would give the necessary capacities.

The VE Team examined the venture utilizing the VE Job Plan and related devices. Utilizing capacity investigation and Function Analysis System Technique (FAST) graph, the group characterized the essential capacity of this task with different rules. The group talked about all capacities to be performed by project parts/things and arranged the accompanying FAST Diagram.

3. Creative Phase

During the innovative/conceptualizing stage, it was not permitted to assess any thought, yet to

Urge the group to make however many thoughts as would be prudent. During this stage, it was

Prescribed to expand the quantity of thoughts without zeroing in on the quality.

Some of civil ideas are:

  • Use lift station framework rather than gravity in sewer profound framework
  • Prohibit the expense of raising high pressure links from contract (discrete
  • expert worker for hire)
  • Decrease the thickness of black-top base course from 15cm to 10 cm
  • Change the area of the extension out and about

Some of Electrical ideas are:

  • Remove 34.5KV lean cement encased channel bank by utilizing protected links direct
  • Covered in ground according to IEEE sexually transmitted disease. 525 and SEC guidelines.
  • Erase 13.8KV lean cement encased channel bank by utilizing protected links direct
  • Covered in ground according to IEEE sexually transmitted disease. 525 and SEC guidelines.
  • Erase power dispersion framework, add another worker for hire and build utility

Parts going across streets as it were.

  • Decrease the no. of ways for electrical conduit banks from 9 different ways to 6 different ways
  • Delay establishment of road lighting posts and execute establishments as it were………………………..
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