Description
Job description:
- Join a team to develop a ship structural health management system via digital twin technology.
- Conduct FE modelling and structural analysis of marine and offshore structures, e.g., global, and local strength analysis, S-N curve based spectral fatigue assessment, fatigue remaining life evaluation based on fracture mechanics.
- Research and develop the risk-based structural health assessment framework and tools.
- Assist in conducting physical model tests, field experiments and numerical simulations to support the development of integrated physical-numerical modelling and simulations.
- Collaborate with industry partners, affiliated research institutes and other relevant stakeholders to contribute to grant proposals for research funding consistent with the strategic goals of TCOMS.
- Any other duties as assigned by supervisor.
Job Requirements:
Qualification & Field of Study:
Minimum Bachelor?s Degree in Civil Engineering, Naval Architecture, Ocean Engineering, or equivalent.
Work Experience:
- Must have solid knowledge on Finite Element, Ship Structural Mechanics, Naval Architecture, etc.
- Preferably having relevant research/industry experience with competent knowledge in CAD, FE modelling, First Principal Structural Analysis, LEFM, concept and basic design of marine and offshore structures.
Prior knowledge in following numerical methods/software/programming languages will be an advantage:
CAD software such as SolidWorks, Rhino, AutoCAD.
- FE analysis package such as FEMAP, SESAM, ABS DLA/SFA, BV Homer, etc.
- Programming codes such as C++, FORTRAN, Python, MATLAB, Unity3D or equivalent.
Other Requirements
- Good interpersonal and communications skills.
- Good organization skills and ability to adapt and work effectively as team player.
- Curious, resourceful, and self-driven with a high degree of professional integrity.
Type of Employment: Full-Time
Minimum Experience: 1 Year
Work Location: NUS