Pan Gulf Technologies Engineering Services
IFLY Precast 3D Modeling Shop Drawings
Get to know more about the project below
The IFLY Precast 3D Modeling Shop Drawings project involved delivering high-precision BIM-based precast modeling and fabrication-ready shop drawings for a specialized commercial facility. This IFLY Precast 3D Modeling Shop Drawings assignment required detailed coordination between architectural and structural teams.
Project Overview – IFLY Precast 3D Modeling Shop Drawings:
Pan Gulf Technologies Limited delivered advanced precast modeling and shop drawings for the iFly project, which involved more than 36 complex sloping units. The scope focused on Tekla-driven precision modeling to ensure constructibility, stability, and fabrication accuracy.
Client Overview:
The client required an engineering partner capable of managing complex geometries and ensuring stability in sloping structures. Pan Gulf Technologies was engaged to create fabrication-ready 3D models and shop drawings to support manufacturing and installation.
Scope of Work:
Preparation of 3D models in Tekla for over 36 complex sloping units.
Development of shop drawings aligned with fabrication and installation needs.
Key Challenges of IFLY Precast 3D Modeling Shop Drawings:
- Locating and arranging bracing for sloping units was difficult due to the lack of intermediate horizontal support.
- Ensuring structural stability and accuracy in detailing under unconventional geometrical constraints.
Solutions Delivered:
Pan Gulf Technologies leveraged Tekla’s advanced modeling capabilities to develop precise 3D models and shop drawings. Special attention was given to reinforcement, bracing placement, and connection detailing to counter the challenges of sloping geometries without horizontal supports.
Software Used:
Tekla Structures — for 3D modeling and shop drawing preparation.
Results Achieved:
Delivered accurate Tekla-based 3D models for more than 36 complex units.
Produced high-quality shop drawings, enabling smooth fabrication and on-site assembly.
Successfully addressed structural stability challenges through optimized bracing design.
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