The helideck design structure was developed in SolidWorks using a systematic, parametric modeling approach suitable for offshore and industrial applications. The helideck geometry was first defined based on the required D-value, creating an octagonal deck layout that ensures adequate rotor clearance. The primary structural system consists of perimeter steel beams, internal truss members, and vertical support columns, which together provide efficient load distribution and structural stability.
In SolidWorks, individual components such as beams, trusses, columns, deck plates, stairs, handrails, and safety features were modeled as separate parts and assembled using accurate mates. Truss members were designed to resist bending and axial forces, while the perimeter beams support deck loads and helicopter landing forces. Heli-wells, access stairs, walkways, and safety railings were incorporated to meet operational and safety requirements.
The design also considered practical construction aspects, including member sizing, connection layout, and modular assembly. Preliminary load considerations such as dead load, live load, helicopter impact load, and wind load were reviewed to validate the structural arrangement.
This project demonstrates skills in SolidWorks part and assembly modeling, structural layout design, parametric sketching, truss and beam configuration, basic load assessment, design coordination, and engineering documentation.