+ Develop and execute CFD-based fire and explosion simulations using:

+ FLACS for gas dispersion, flame acceleration, and vented/unvented deflagration analysis

+ FDS for gas dispersion, fire dynamics, smoke movement, heat transfer, and plume behavior


+ Model ESS/BESS fire and explosion scenarios, including:

+ Battery off-gas release and dispersion

+ Ignition and overpressure development

+ Large-scale enclosure and outdoor fire scenarios

+ Apply strong fundamentals in heat transfer (convection, conduction, radiation), fluid flow and turbulence, combustion, and fire dynamics


+ Analyze simulation outputs such as:

+ Temperature fields, heat fluxes, and thermal exposure

+ Overpressure and impulse

+ Gas concentration and visibility


+ Support performance-based fire and explosion safety design (PBD) aligned with applicable codes and standards

+ Interpret sim...