Iraq International Airport External Wall Project

The project is located at Iraq International Airport and involves a large-scale exterior wall system based on custom metal fabrication. Each letter needs to be uniquely designed and produced, making the project highly customized and technically demanding.

This exterior wall project covers the fabrication of approximately 1,700 square meters of custom metal exterior wall structures for Iraq International Airport.

As a high-visibility façade, the project required a strong balance between visual impact and structural precision. The design includes complex letter forms with multiple intersections and layered elements, which created significant challenges in both design coordination and execution.

One of the main challenges is the large number of intersecting and interlocking letter components. Each element needed to connect precisely with others at different angles and positions. In this type of structure, even a small deviation at one connection point could affect multiple surrounding parts.

During assembly, these small errors could lead to misalignment between components. Installation effects might include visible gaps, uneven joints, or difficulties in fitting pieces together. In many cases, this would require additional grinding and manual adjustment on site, which slows down installation and introduces uncertainty in the final effect.

Another major challenge is the complexity of each letter structure. Instead of a single piece, each letter consists of multiple metal components that need to be fabricated separately and then assembled.

Before production could begin, the design team needed to break down each letter into detailed, manufacturable parts. This process required a significant amount of time and effort. 

If the drawing decomposition was not handled properly, it could lead to confusion during fabrication, inefficient use of materials, and a higher risk of errors. It could also create difficulties during installation, as unclear or inconsistent drawings often result in mismatched components. Managing both the accuracy and efficiency of this process became a key challenge in the early stage of the project.

To address the risk of dimensional deviation, the team did not rely only on theoretical drawings. Instead, they introduced a process based on sample validation.

At the early stage, the team produced initial samples of key structural components. Designers and technical workers reviewed these samples together and tested how the parts fit during actual assembly. This allowed them to identify problems that might not be obvious in drawings alone.

After each round of testing, the team adjusted the drawings based on real feedback. This approach helped resolve potential issues before full-scale production began. It reduced the need for on-site adjustments, improved overall assembly accuracy, and made the installation process more efficient.

To handle the heavy workload of drawing decomposition, the technical team works together in an organized way.

They divided the project into sections based on structural logic and assigned designers to work on them in parallel. The team also paid special attention to key connection areas and reviewed them carefully to avoid inconsistencies.

This collaborative approach significantly improved efficiency during the design phase. It shortened the time required for drawing preparation while maintaining a high level of accuracy. It also reduced the risk of errors being passed on to the manufacturing stage.

Inside the production of the Karbala International Airport's external wall. Watch how we handle the entire process to bring this large-scale Iraq project to life.

Edges and joints were refined during processing, improving the overall visual appearance and making transitions between components cleaner and more consistent.

All the letter components have an even color and uniform texture, with no visible differences between individual components.

The finish supports a clean and stable appearance under outdoor conditions, helping the structure maintain its visual quality over time while keeping the overall look consistent at a large scale.