Content Modules
Introduction to Heavy Civil Construction Case Studies
0/1
Cost Overrun
0/15
Project Delay
0/19
Quality Control
0/22
Differing Site Conditions
0/25
Subcontract
0/30
Project Owner
0/18
Skilled Labor
0/22
Supply Chain
0/19
Design
0/21
Project Delivery Method
0/24
Interactive Case Studies Related to Project Controls – Analyze for Corrective Project Control Measures
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Catalog of Over 300 Heavy Civil Construction Case Studies

Project Overview
Name: I-95 Corridor Reconstruction
Location: Virginia
Year: 2013
Project Size: $1.1 billion
Scope: Widening and resurfacing of interstate highway section
Lead Agencies/Contractors: Virginia Department of Transportation (VDOT) /


Category of the Issue, Problem, or Challenge
• Weather Impact
• Project Delay


Summary of the Issue, Problem, or Challenge
Frequent heavy rains and storms disrupted work schedules, leading to project delays.


Root Cause Analysis

  • Unpredictable Weather Patterns: Higher-than-average rainfall for the region during construction.
  • Insufficient Contingency Planning: Limited allowances for weather in schedule and budgets.
  • Inadequate Drainage Controls: Site flooding further hampered progress.
  • Delayed Weather Response: Slow implementation of weather mitigation measures.

Impacts Due to the Issue, Problem, or Challenge

  • Construction delayed by 7 months.
  • Increased costs due to extended equipment rentals and labor.
  • Negative impacts on traffic management and public perception.

Corrective Actions Taken

  1. Improved weather forecasting integration into project management.
  2. Increased schedule contingencies for weather-related impacts.
  3. Enhanced site drainage systems to mitigate flooding.
  4. Developed rapid response plans for weather-related disruptions.

Lessons Learned

  • Weather risk must be explicitly addressed in planning.
  • Effective drainage and site prep reduce weather delays.
  • Proactive mitigation and contingency planning improve resilience.

Audit & Prevention: Project Control Questions to Ask on Future Projects to Help Control the Situation

  • Are weather impacts realistically factored into the schedule?
  • Is site drainage designed to handle extreme conditions?
  • Are rapid response procedures for weather disruptions established?