The iptse 1d/3d cfd section is responsible for analyzing the engine airpath, combustion, cooling, fuel, air intake, hot end exhaust and lubrication systems.
members of the section use various cfd methods to quantify hardware impacts on engine performance, fuel consumption, emissions, nvh, and durability to help drive the engine design and address issues that arise during the engine development process.
specific studies may include intake and exhaust port flow, secondary gas (egr, pcv, purge) distribution, 1d3d for intake and exhaust manifold performance, exhaust manifold htc map generation, in-cylinder combustion for fuel consumption and cser emissions, fuel injector targeting, catalyst brick face utilization, uego sensor response, oil pan dynamics, fuel and urea tank sloshing, low pressure fuel system restriction, and air intake system restriction.
*minimum requirements*
- b.s. in mechanical engineering or related field
- a strong understanding of fluid dynamics, thermodynamics, heat transfer and combustion
- 2+ years minimum experience in thermal/fluid cfd simulation.
multiphysics modeling preferred
- proficient in common computer languages: java, python, shell script, matlab, etc.
- self-directed, confident and resilient individual with excellent communication skills.
- excellent work planning and issue resolution skills
*preferred requirements*
- master's degree or higher in mechanical engineering or related field
- proficient in the use of analytical tools including star-ccm+, converge, simerics, gt-suite, amesim, etc.
- perform 3d thermal/fluid cfd (computational fluid dynamics) simulations at the system, subsystem, and component levels of an ice (internal combustion engine) using commercial cfd software
- work with component and system engineers and provide technical guidance