Greenfield Development
Project Overview
Engineering Design Services supported a $78 million Total Installed Cost (TIC) greenfield industrial facility development, serving as the Engineer’s Representative throughout the project lifecycle. The project involved close coordination between the client, prime contractor, and multiple engineering disciplines to ensure alignment between design intent and field execution over a 10-month construction schedule.
Result & Impact
• Supported successful execution of a $78M greenfield industrial facility
• Ensured alignment between engineering design intent and field construction activities
• Improved coordination across multiple engineering disciplines and stakeholders
• Helped maintain project schedule adherence over a 10-month execution period
• Verified constructability and operational practicality of facility layouts
• Contributed to the delivery of a fully optimized, efficient, and reliable industrial asset
Engineering Tools & Technologies
• Multidisciplinary engineering coordination (civil, structural, mechanical, process)
• Engineering deliverable review and management systems
• Construction coordination and field support processes
• Project lifecycle and schedule tracking tools
• Design review and constructability analysis methodologies
• Technical documentation and stakeholder communication workflows
Scope
• Serve as Engineer’s Representative for a large-scale greenfield development
• Support review and coordination of detailed engineering deliverables
• Facilitate multidisciplinary engineering coordination across project teams
• Track design progress and alignment with project schedule
• Support resolution of technical design and field execution issues
• Assist in ensuring compliance with client requirements and regulatory standards
• Review and validate facility layout and constructability considerations
• Coordinate technical communication between stakeholders and contractors
Solution
Engineering Design Services provided continuous engineering oversight and coordination support to ensure successful project execution. Acting as the Engineer’s Representative, EDS reviewed engineering deliverables, supported technical decision-making, and helped resolve design and field challenges as they arose. The team ensured that design intent was effectively translated into construction activities while maintaining alignment with operational, safety, and regulatory requirements.
