Essential Responsibilities:
Develop methodologies for 0-D, 1-D and CFD applications for chemical kinetics in combustion systems
Validate and reduce kinetics mechanisms
Model combustion systems using commercial tools for prediction of emissions in gas turbines and reciprocating engines
Qualifications/Requirements:
Doctorate in Mechanical Engineering or Aerospace Engineering
Demonstrated knowledge of combustion, thermodynamics, fluid mechanics and reaction chemistry
Background in performing combustion simulations or experience using commercial engineering simulation/analysis tools (such as Fluent) or Chemical Reactor Networks to model combustion systems
Demonstrated ability to investigate, model and provide critical insight into complex physical phenomena
Additional Eligibility Qualifications:
Desired Characteristics:
Background in combustion kinetics & chemistry and modeling of combustion systems
Knowledge of FLUENT, CHEMKIN, CANTERA or other combustion/kinetics modeling programs
Experience working in teams and creating innovative technology solutions
Peer reviewed journal publications
Strong analytical skills
