Green University

Client: Higher Education Authority  |  Location: Iraq  |  Sector: Education & Civic Infrastructure

ESG provided the structural engineering design for the Green University, a sustainable campus development in Iraq. The project set a new benchmark for energy-efficient educational facilities in the region. Our brief was to deliver safe, efficient structures that supported the client’s green certification goals. The campus was planned as a long-term investment in higher education.

Project Overview

The campus spans roughly 180,000 m². It brings together five colleges, modern learning facilities, and dedicated student housing. Each building had to balance structural efficiency with the project’s sustainability targets. ESG worked alongside the design team from concept through to detailed design. The works were phased to suit the construction programme. Clear structural grids simplified coordination between disciplines.

Scope of Work

• Structural scheme design and detailed engineering for multiple campus buildings.
• Reinforced concrete frame design to local seismic and loading codes.
• Foundation engineering informed by a site geotechnical assessment.
• Coordination with sustainability consultants to support green building certification.
• Peer review and value engineering of the structural systems.

Sustainable Design Approach

Green certification shaped every structural decision. We optimised member sizes to reduce concrete and steel use. Lower material quantities cut both embodied carbon and project cost. Durable detailing was specified to extend each structure’s service life. A longer service life lowers lifetime carbon and maintenance cost. Seismic detailing followed the local code to keep occupants safe. The structural layout also supported efficient building services and daylighting. This kept the engineering aligned with the architectural and sustainability brief.

Project Outcomes

• Structural systems designed to meet green certification requirements.
• Optimised material quantities, delivering cost efficiency without compromising performance.
• Structural grids that simplified multidisciplinary coordination on site.
• A coordinated design that matched the client’s sustainability and architectural vision.

The Green University shows how early structural input can advance sustainability goals. Early engineering input also reduced rework and protected the construction programme. ESG continues to support education and civic projects that target green certification across the region.