Naval architecture and offshore engineering.
Full-scope intact/damage stability checks, drawings and statutory plans for approvals, hull form and CFD-based design studies, strength and structural analysis for marine systems, hydrostatics and trim assessments, scantling and structural integrity programs, stability assessments for marine transport, analysis of mooring configurations, 3D steel installation and flotation studies, engineered lift planning and offshore units, and evaluation of launch/jacking requirements.
Structural analysis and engineering.
Verification of scantlings per classification standards, tailored weather/towing structural designs, hull girder strength evaluations, finite element modeling for structural systems, load-out design for BWTS and exhaust systems, design of personnel transfer structures, sea fastening and grillage arrangements, and ramp interface and spreader beam layouts.
Vessel design and stability evaluation.
Preliminary vessel design and evaluation, analysis of propulsion requirements, towing plan preparation, lightship data and lightweight surveys, intact stability modeling, damage stability analysis (ABS, SOLAS), conversion plans for SPS regulations, and documentation for flag/class regulatory approval.
Marine surveys.
On-Hire and Off-Hire vessel surveys, bunker quantity surveys, draft and water ingress surveys, cargo loading and discharge surveys, hold condition and hatch cover surveys, and pre-purchase vessel assessments.
Yacht design and consulting.
Initial design concepts for leisure and special-purpose crafts, vessel evaluation and refit studies, technical documentation aligned with RCD/marine codes, stability and subdivision studies, and yacht survey and inspection reporting.
3D laser scanning and visualization.
High-definition 3D laser scanning, point cloud registration and cleanup, engine room and compartment visualization, 3D modeling of structural arrangements, hull line extraction from 3D models, and as-built drawing generation.
Electrical and piping engineering.
Single-line diagram development, load flow and short-circuit studies, lighting and power distribution design, antenna and cable routing plans, electrical equipment arrangement schemes, cable tray route optimization, 3D modeling of electrical and piping systems, class-compliant layouts for ballast, bilge, fuel, fire, and cooling systems, stress analysis (ASME B31/B31.3), isometrics, material take-offs, fabrication calculations, support design and installation, and 3D scanning with as-built modeling.
EEXI consultancy and implementation.
Technical review for EEXI compliance, development of EEXI documentation, EPL strategy support, engine power limitation installation, interface support with classification bodies, and customized EEXI planning tailored to vessel types.
