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Must haves:
- M.S. degree in Mechanical Engineering or a PH.D.
- 2+ years of industrial work experience
- Expertise in 1D sub model development, implementation, and validation
- Knowledge/understanding of engine combustion or engine performance and emissions, or ICE-based hybrid system simulation.
- Proficiency with the 1D engine/system simulation tools (e.g., GT Power, AVL Boost, Siemens Amisom, Ricardo Wave, Dynasty) applied to analyze and optimize engine and hybrid systems.
- Hands-on engine test experience to complement simulation skill set.
- Experience working with turbo chargers, air systems, or compressors.
Plusses:
- 1D modeling of hydrogen combustion systems
- Experience integrating engine models into hybrid power system and vehicle simulations.
- Experience with modeling combustion of low-Carbon/zero-Carbon fuels
Job Responsibilities:
- The successful candidate will have the technical skills, initiative, and communication skills necessary to execute and deliver on simulation technology development projects in the energy and power systems space.
- Create 0D/1D engine and hybrid power system models, to simulate both liquid and gaseous low-C fuels (e.g., hydrogen, methanol, ethanol, DME, OME, etc.) in off-road machine applications.
- Use 0D/1D power system and machine models to integrate, evaluate and optimize novel engine and hybrid components and subsystems.
- Utilize 0D/1D system simulation to optimize hybrid power systems configurations against multiple off-road transient duty cycles
- Compare/validate simulation results to both physical engine test data (both single and multi-cylinder engines including optical engines) identify gaps in predictive capability or propose solutions to improve engine/power system performance.
- Develop, implement, and test new sub models for improved prediction of engine performance and emissions from 0D/1D simulation tools.
- Report simulation results and make recommendations to improve engine performance or resolve issues.
