Research Fellow (Fire engineering, Mechanical engineering )
NANYANG TECHNOLOGICAL UNIVERSITY
Singapore
Phd in fire or mechanical engineering
Openfoam framework experience
Battery fire model development
The role involves leading the development of a coupled Computational Fluid Dynamics and fire dynamics model to simulate battery thermal runaway within the OpenFOAM framework
Job Summary
The role involves leading the development of a coupled Computational Fluid Dynamics and fire dynamics model to simulate battery thermal runaway within the OpenFOAM framework.
Key responsibilities include managing research on electric vehicles and power-assisted bicycles while validating models against burning test data.
The successful candidate will mentor junior team members and lead the preparation of project reports, publications, and intellectual property applications.
Matching Summary
Match Score: 85
The role involves leading the development of a coupled Computational Fluid Dynamics and fire dynamics model to simulate battery thermal runaway within the OpenFOAM framework.
Skills & Requirements
Must-have
PhD in fire or mechanical engineering
OpenFOAM framework experience
Battery fire model development
C, C++, Fortran programming skills
Fire Dynamics Simulator (FDS) familiarity
Nice-to-have
Experience with conjugate heat transfer
Semi-reduced-order modeling knowledge
Stakeholder interfacing skills
Project management capabilities
IP application drafting experience
Key Requirements
PhD in fire engineering, mechanical engineering, or related field
At least 1 year of hands-on experience in battery fire model development
Proficiency in C, C++, or Fortran programming languages