This is an outstanding opportunity for an Engineer with gas turbine engine experience to join the Performance & Operability team. Our gas turbine engines power a wide range of commercial and military aerospace platforms. This position requires the individual to be an expert in steady state and transient physics and to be highly capable of building, debugging, refining, and maintaining NPSS system thermal models. Effective knowledge sharing of NPSS modeling techniques is an important aspect of this role. Operates in a Model Based Systems Environment and experience connecting NPSS models to MBSE tools such as Cameo is desired. The Engineer is responsible for engine definition through all phases of the new product introduction (NPI) processes. For a complete understanding of this opportunity, and what will be required to be a successful applicant, read on.
Responsibilities:
Build, debug, refine, and maintain steady state and transient thermal models using NPSS (Numerical Propulsion System Simulation) Develop NPSS customer models Foster productive knowledge transfer of NPSS modeling techniques Perform requirements analysis & requirements decomposition Desired Characteristics: Expert understanding of gas turbine engine steady state and transient thermodynamics and physics Highly skilled and experienced with building, debugging, and refining NPSS engine cycle models. Productive mentoring skills that result in technical growth, particularly with NPSS modeling. xihmbke Experience in MBSE environments and connecting NPSS models to MBSE tools such as Cameo Professional verbal & written communication skills; adept in presenting to upper leadership and customers Ability to collaborate seamlessly with diverse and global teams Self-motivated, able to work with little supervision and take the initiative to get things done Adapt quickly and effectively to changing priorities and program needs. Manage a variety of complicated tasks simultaneously Proven track record of solving complex engineering problems
Required Qualifications:
Bachelor’s degree from an accredited institution in a technical discipline such as the sciences, technology, engineering Experience with turbine engine Performance & Operability Modeling and Analysis
