STRUCTURAL DESIGN AND ANALYSIS

Lattice or frame structures, e.g. crane boom, pipelay stinger, flare tower, gangway girder, and etc.

Mechanical structures, e.g. bearing support, bogie, skidding device, rubber pad, toothed rack, and etc.

Hull structures of ships, semi's and jackups, jacket lattice structure, and etc.

Design for heavy lifting and marine operations

Tubular joint strength, SCF and fatigue verification

Seismic analysis for bottom fixed structures

Simplified mooring analysis and chain OPB design

Calculation for wind vortex or galloping

Manual calculation of various wave loads

Simplified and spectrum-based fatigue analysis

Finite element analysis for complex issures, like progressive failue (push over analysis), contact with plastic deformation, non-linear buckling, transient dynamic, crack-tip modeling, and etc.

Proficiency in DNV/Sesam programs, i.e. Genie, framework, platework and USFOS

ENGINEERING MISSION EQUIPMENT

Large offshore revolving cranes (>1000mT)

Pedestal cranes or other lifting appliances

Offshore telescopic gangways

Pipe S-lay, J-lay or Reel-lay system structures

Jack-up jacking and cantilever skidding systems

FPSO turret or spread mooring system

Specifications of complete system, like basis of design and certification requirements, etc.

Product development and IP protection

ASSISTANCE PROJECT MANAGEMENT

Project management of EPCI projects

Fabrication inspection and FAT

Suppervision yard construction and SAT

Tolerence control during fabrication or construction

Project level specifications, e.g. materials spec, fabrication and welding spec, package criticality assessment, installation procedures, scope of works spec, and etc.