PAXOCEAN ENGINEERING PTE. LTD. Hiring! Full Time Engineer, Naval Architecture in West Region (Singapore), Earn up to SGD 4,200 - Ricebowl

Position Summary

Support the engineering team in developing stability and hydrodynamics numerical models and performing the associated analyses under the guidance of the Lead Engineer.

Conducting data processing, and preparing technical documentation, including reports and drawings.

Ensure all deliverables are completed in accordance with project requirements, engineering standards, and classification society guidelines.

Tasks and Responsibilities

Stability and Hydrodynamic Analysis

Perform stability and hydrodynamic analyses for floating structures, including barges, vessels, and offshore platforms - under the supervision of the Lead Engineer.

Engineering Support

Attend inclining experiments and related surveys and support preparation of all associated documentation.

Perform Light Ship Weight (LSW) estimation calculations and act as a weight control engineer during construction, ensuring accurate tracking and reconciliation of weight data.

Support transportation and installation (T&I) analysis for various structures when required.

Verify that analysis results are consistent with design assumptions and project requirements.

Coordination

Coordinate with structural and naval architecture teams to provide hydrodynamic inputs for structural assessment.

Assist in addressing technical queries from clients or project teams.

Documentation

Prepare complete and accurate documentation packages, including analysis reports, drawings, and all applicable engineering deliverables.

Maintain proper record of models, assumptions, and simulation results.

Professional Development

Continuously improve knowledge in stability and hydrodynamics, offshore engineering analysis, and related software tools.

Participate in internal training and knowledge sharing within the engineering team.

Job Requirements
Minimum 2years of relevant work experience in the marine/offshore industry, preferably in hydrodynamic analysis, motion analysis, or offshore structural response analysis.