Director Engineering- Internal Combustion Engine New Technology Introduction, Analysis and Simulation
Core
Lead the development and maturation of advanced internal combustion engine technologies by building a high-performing engineering organization and translating simulation insights into products for the industrial/commercial market.
Role type
Director of Engineering, Internal Combustion Engine Technology
Builds
Advanced engine technologies, simulation capabilities, and product development processes for industrial/commercial generators
Domain
Industrial machinery / Internal Combustion Engines / Energy
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure | physical/clinical work
Required skills
Internal combustion engine design and operation, 1-D and 3-D simulation, CFD, FEA, in-cylinder combustion modeling, team building and leadership, strategic planning, cross-functional collaboration, process improvement, benchmarking, emissions strategy, thermal management, predictive analytics
Preferred skills
Master's or PhD in engineering, global product lifecycle experience, advanced engine analysis/simulation team leadership, expertise in engine hardware controls and emissions, experience with GT-SUITE, GT-xCHEM, CHEMKIN, Converge, Ansys Fluent, MATLAB/Simulink, Python
Technologies
GT-SUITE, GT-xCHEM, CHEMKIN, Converge, Ansys Fluent, MATLAB/Simulink, Python, CFD, FEA
Responsibilities
Design and direct the work of the functional area and manage organizational talent; Establish vision and strategy for global engines engineering team; Drive results targeted to the industrial/commercial market; Lead the application of simulation tools to evaluate performance requirements; Work with cross-functional teams to develop technology roadmaps; Manage expenses and ensure regulatory compliance; Lead benchmarking activity for engine technology.
Seniority
Director, strategic leadership with hands-on technical oversight