Structural and heavy engineering comes into play where loads are high, environments are unforgiving, and failure is not an option. These systems often carry complex load paths, experience cyclic and environmental forces, and must be installed, transported, or operated under tight constraints.
At Seashore, we engineer heavy structures with a full lifecycle perspective—from fabrication and transport through installation and long-term service. Our focus is on structural integrity, constructability, and durability, ensuring assets perform safely and predictably in demanding industrial and infrastructure environments.
Well-executed structural engineering goes beyond meeting code requirements. It reduces risk during installation, protects long-term performance, and ensures structures behave as intended under real operating conditions. A disciplined approach helps to:
We design and analyze large-scale structural systems built to withstand high loads, cyclic stresses, and severe service conditions, while remaining practical to fabricate and install.
Our offshore structural work addresses wave, wind, current, and operational loads, with designs aligned to offshore codes and installation realities.
Seashore engineers modular process and utility structures optimized for fabrication, transport, lifting, and site installation—helping reduce project schedules and field risk.
We design skids and support structures to ensure proper load transfer, vibration control, alignment accuracy, and long-term maintainability of mounted equipment.
Detailed analyses are performed to validate lifting points, rigging arrangements, and transport conditions, reducing risk during handling and mobilization.
We engineer sea fastening systems and temporary installation aids that maintain stability and structural integrity during marine transport and offshore installation.
Structural assessments and design support are provided for cranes and lifting systems, addressing capacity, stability, fatigue, and operational safety.
Structures exposed to corrosive marine environments and dynamic loading are designed with durability, fatigue resistance, and lifecycle performance in mind.
We engineer foundations and anchoring systems that account for soil–structure interaction, load transfer, and long-term stability in both onshore and offshore settings.
Our team supports mission-critical defense and tactical structures where reliability, mobility, and survivability under extreme loading are essential.
We design support structures for solar trackers and wind-exposed systems, focusing on fatigue resistance, alignment stability, and long-term outdoor exposure.
Complete CAD and FEA files deliver transparency, traceability, and efficient future modifications.
Structured reports covering governing loading, stress and stability checks, fatigue, and validation conclusions.
Comprehensive documentation for fabrication, installation, inspection, and lifecycle management.
Documented calculations validate loads, assumptions, and code compliance.
Detailed drawings for accurate fabrication, erection sequencing, and efficient site execution.
Evaluations of performance and service life under cyclic and environmental loading.
Clear layouts and schemes for safe load transfer and long-term stability.
